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HomeMy WebLinkAbout20050118Taylor Exhibits Part II.pdf, ~. . . I-t') 3. ~r:rn - ""d , " -.1 & M~".~V' l' Exhibit No. 24 CASE NO. PAC-O5-1 Witness David L. Taylor PACIFICORP COST OF SERVICE FUNCTIONALIZATION, CLASSIFICATION & ALLOCATION PROCEDURES INTRODUCTION The Class Cost of Service Study is based on PacifiCorp s normalized results of operations. It employs a three-step process referred to as functionalization , classification and allocation. These three steps recognize the way a utility provides electrical service and assigns cost responsibility to the groups of customers for whom the costs are incurred. Functionalization Functionalization recognizes the different roles played by the various facilities in the electric utility system. It is the process of separating expenses and rate base items to determine a separate revenue requirement for each of five major electric utility functions; Production (or Generation), Transmission, Distribution (Poles and Wires), Retail Services and Miscellaneous Services. These functions are also referred to as P, T, D (or DPW), Rand M. The production function consists of the costs associated with power generation , including coal mining and wholesale purchases. ' The transmission function includes the costs associated with the high voltage system utilized for the bulk transmission of power from the generation source and interconnected utilities to the load centers. The distribution function includes the radial distribution system that connects the customer to the transmission system. This includes distribution substations, poles and wires, line transformers, service drops and meters. The Retail Service function includes the retail activities associated with customer service including Meter Reading, Customer Accounting, Customer Service activities and Sales. The Misc. Services function is a catchall for expenses that are associated with regulatory activities. These activities include franchise requirements and regulatory commission expenses. Classification Classification identifies the component of utility service being provided. The Company provides, and customers purc~ase, service that includes at least three different components: demand-related , energy-related, and customer-related. Demand-related costs are incurred by the Company to meet the maximum demand Tab 1 Page 1 of 11 , ~ -- - r Exhibit No. 24 CASE NO. PAC-O5-1 Witness David L. Taylor imposed on generating units, transmission lines, and distribution facilities. The maximum demand influences the size of these facilities , and correspondingly, the amount of Company investment and related expenses. Energy-related costs vary with the output of a kWh of electricity. Typical energy-related costs include fuel , maintenance that occurs on the generating unit due to running of the unit, purchased energy and other costs that are impacted by the decision to supply energy. Customer-related costs are driven by the number of customers served. Once the Company makes a commitment to serve a customer, these costs continue , even if the customer uses little or no electricity. At a minimum, they consist of the costs associated with meters, service drops, meter reading, billing, and customer service related expenses. Allocation After the costs have been functionalized and classified , the next step is to allocate them among the customer classes. Some utility plant and expenses can be identified as serving one or a small group of customers and can be directly assigned to those customers. In most cases, however, utility plant and expenses are used to serve multiple classes of customers. As such, those costs must be equitably shared among the customer classes. This is achieved by the use of allocation factors, which specify each class' share of a particular cost driver such as system peak demand, energy consumed , or number of. cust9mers. The appropriate allocation factor is then applied to the respective cost element to determine each' class' share of cost. Factors with two digits (Le. F30 - MWH) identify allocation factors that are calculated using cQst driver information that is external to the cost study. Many expense and rate base items track plant investment or some other value in the cost of service study. The allocation factors for these items are internally generated within the cost of service model. Internally identified factors are identified with three digits (Le. F102 - Gross Plant). Many plant related allocation factors are identified by function and are so identified (F102G -Generation Plant, F1 02T - Transmission Plant, F1 020 - Distribution Plant and so on). FUNCTIONALIZATION PROCEDURES For regulatory reporting purposes costs are collected into the Jurisdictional Allocation Reporting System (JARS). Each account balance in the JARS database is assigned a functional identification or FUNC Factor. Account balances captured in the JARS database that are directly related to one of the primary business functions: P, T, D (or DPW), R, or M are so designated. The functional designation is generally driven by the location code associated with an asset or transaction. In some cases , the customer service system for example, the business purpose of the asset or transaction is used rather than the physical location. Assets and expenses that support more than one of the Tab 1 Page 2 of 11 - ___n_.- r Exhibit No. 14 CASE NO. PAC-O5-1 Witness David L. Taylor five (for example administrative and general expenses and general office rate base) are apportioned between the functions. Those items that are considered plant related are split between functions in the same proportion as generation , transmission , and distribution plant (PTD FUNC factor). Those items that are considered directly related to employee compensation are split in the same proportion as company labor (LABOR FUNC factor). In the Results of Operations Model (Jurisdictional Allocation Model or JAM), account balances from JARS are aggregated by FERC account and by Protocol jurisdictional allocation factor and roll up to a single line item. Each of these line items is also assigned or allocated to one or more of the functions using a series of functionalization factors (FUNC Factors). When all , or essentially all, of the account balance associated with one FERC account and Protocol factor have the same functional designation that FUNC factor is used. For example any item allocated to a jurisdiction using the SE factor is generally fuel related and assigned to the generation function using the lip" FUNC factor. When the various account balances from JARS that roll up to one line in the JAM have more than one functional designation , a new FUNC factor is developed. An example of this is the SCHMAT-SO FUNC factor. Of the Schedule M Additions Temporary account balances allocated on the SO Protocol factor, some are labor related , some are directly associated with generation and some are overall plant related. Each of these account balances is assigned or apportioned to the appropriate function. The SCHMAT-SO FUNC factor is derived from the summation of the account balances by function. The Schedule M Additions Temporary allocated to a state using the SO Protocol factor are then assigned to functions using the SCHMA T -SO FUNC factor. Some FUNC factors, s~ch as the Production, Transmission and Oistribution (PTD) factor or the Cash Working Capital (CWC) factor are calculated from data inside the JAM . model. Operation Revenues: General Business Revenue: Account 440-445. Residential Revenues, and Account 442 , . Retail - Commercial and Industrial Revenues, are not functionalized. The dollar amounts assigned to PTDRM for retail revenues have been derived to produce the jurisdictional normalized ROE. Interdepartmental: Account 448. Interdepartmental Sales, is allocated to Distribution Poles & Conductor (DPW) Special Sales: Account 447. Firm Wholesale Sales (sometime referred to as Sales for Resale), are allocated on the Wholesale Sales Factor , " WSF". This factor is developed by identifying the production transmission components of wholesale sales. Other Operating Revenue: Accounts 450 to 456. Other Revenues , is functionalized on the "OTHREV" factors. The vast majority of revenue in this line item are associated with Tab 1 Page 3 of 11 , ~ .. """"'UII' Exhibit No. 24 CASE NO. PAC-O5-1 Witness David L. Taylor account 456 and have been functionalized using the "OTHSE" factor. These factors are developed by identifying each specific revenue item as PTDRM. Operating Expenses: Production: Accounts 500-557. Production expense includes all generation maintenance expenses as well as fuel and purchased power expenses. All of these costs are assigned to P. Transmission: Accounts 560-573. Transmission costs, including wheeling expenses are assigned to T. Distribution: Accounts 580-598. Maintenance and operation expenses are assigned to Customer Accounts & Sales: Accounts 901-916. Customer Accounts and Sales are assigned to R. Administrative & General: Accounts 920-935. Most A&G expenses are functionalized on the "PTD" functionalization factor. The "PTD" factor used here is based on the ratio of total company plant investment between P, T & O. Costs that have been identified as supporting customer systems are considered part of the retail function. Account 926, Pension Benefits and Account 929 Duplicate Charges are functionalized on the "LABOR" functionalization factor. The "LABOR" factor is based on the FERC Form 1 breakdown of labor expenses between P, T D '& R (As shown above, Customer Accounting, Service and Sales are considered part o~ the R function). Account 927, Franchise Requirements, and Account 928, Regulatory Commission Expense are assigned to M. Account 928, FERC annual charge is functionalized on the "FERC" factor with the balance going to M. Account 935 is functionalized on the General Plant "G" factor Depreciation: Account 403. The functionalization of depreciation matches the functionalization of rate base. For example, the functionalization of General Plant Depreciation expense matches the functionalization of General Plant rate base. Amortization: Accounts 404-407. Account 404, Amortization of Limited Term Electric Plant is functionalized based on analysis of the items being amortized to this account with the vast majority of the money being functionalized by PTD or GUST. Account 405, Other Electric Plant Amortization is allocated on the "GP" factor. Account 406, Plant Acquisition Adjustment Amortization and Account 407 , Amortization of un-recovered Plant are assigned to P Taxes Other Than Income: Account 408. Property tax, Excise and Super-fund taxes are functionalized to P, T D & R using the "GP" factor. The "GP" factor is different than the PTD" factor in that the "GP"includes General and Intangible plant balances in the calculation. Generation Taxes and Idaho kWh tax are assigned to P. The Washington Tab 1 Page 4 of 11 - __-0-__- r Exhibit No. 24 CASE NO. PAC-O5-1 Witness David L Taylor Business Tax, Regulatory Commission fees for Wyoming and Idaho and other situs taxes are assigned to R. Income Taxes - Federal: The federal income tax calculations for PTDRM are based on the functionalized breakdown of revenues and expenses as described above. In addition to the above expense deductions, Account 427, Interest Expense , is functionalized to PTDRM using the "GP" factor and deducted from PTDRM revenue. Schedule M Additions and Deductions are functionalized and netted against PTDRM operating revenues to arrive at total taxable income before state income tax. Schedule M items that can be specifically identified with P, T , D or R are so assigned. Those items that are salary or benefit related are functionalized using the "LABOR" factor. Items associated with bond refinancing are functionalized using the "PTD" factor. The reversal of book deprecation is functionalized according to book depreciation. Income Taxes - State: Account 409.11. The total income before state taxes is calculated for PTDRM in the same manner as done for Federal income taxes. This amount is multiplied by the composite state tax rate to arrive at functionalized state income taxes for each function. Income Taxes Deferred - Net: Accounts 410 & 411. The Tax Department determines whether the plant deferred income taxes are production, transmission , distribution or general plant related. These items are functionalized into PTDRM accordingly, 4sing the DITEXP" factor. Deferred taxes associated with employee benefits are functionalized using the IILABOR" factor. Items associated with property taxes are functionalized usi the IIGP" factor. Items that can be directly associated with a function are directly functionalized using "P" or "PT" factors Investment Tax Credit Adjustment: Accounts 411.40 & 411.41. The Federal deferred investment tax credit was functionalized on the "PTO" factor. Miscellaneous Revenue & Expense: Accounts 411.8, 421 & 431.1 The gains and losses arising from the sale of utility property are identified and assigned to P, T, or D. Emission allowances are assigned to P. The interest expense associated with customer deposits in Account 431.1 is assigned to R. Rate Base: Electric Plant in Service: Production plant rate base, Accounts 310 - 346, are assigned to P. Likewise, transmission plant accounts are assigned to T. Distribution plant accounts are split between D and R based upon asset utilization. General and Intangible Plant: General plant rate base accounts, except coal mine plant which is assigned to P, are functionalized using functionalization factors. The General Plant factors were developed using the functional identification in the Jurisdictional Allocation Reporting System (JARS) reports of general plant. JARS identifies investments Tab 1 Page 5 of 11 , ~ - ___n_.- r Exhibit No. 24 CASE NO. PAC-O5- Witness David L. Taylor by accounting location , as steam, hydro, transmission , distribution, general office, or the customer service system. The identified generation items are assigned to P and known transmission items are assigned to T. General plant items that are assigned situs because they are associated with distribution property are assigned to that function. The general office items within the JARS listing were functionalized on the "PTD" factor and those items associated with the customer service system were functionalized to R. separate General Plant functionalization factor was developed to correspond to each PITA allocation factor. Intangible plant was functionalized in the same manner. Plant Held for Future Use: JARS tracks Account 105 transactions to production transmi~sion, general and mining totals. Production and mining are assigned to P, and transmission to T. The general amount is functionalized using the "G" factor. Deferred Debits: The JARS system tracks and collects deferred debits that are related to production. These costs are assigned to P directly. Situs and system overhead debits are functionalized using the "DEFSG" , " DDSO2" and "DDSO6" functionalization factors. These three factors were developed by generating a detailed listing of JARS debits to situs and system overhead (see page 20). Electric Plant Acquisition Adjustments: Account 114. All Electric Plant Acquisition Adjustments are assigned to P. Prepayments: Account 169. Situs prepayments for franchi~e taxes and regulatory commission fees are assigned to R. Fuel related prepayments a~e assigned to P. Property insurance was functionalized using "PTD". Other prepayments are functionalized using the "PT" functionalization factor. Fuel Stock: Account 151 assigned to P. Materials & Supplies: Accounts 154 , ' 163 & 253.18. Materials and Supplies are functionalized using the "MSS" factor. This functionalization factor was developed using FERC form 1 data. Working Capital: Accounts CWC, 131 135 , 143,232 & 253. Cash Working Capital is calculated by subtracting the expense lag days from the revenue lead days and multiplying this difference times the daily cost of service. The daily cost of service is calculated within the model by adding 12 months of O&M , Taxes Other than Income, and State and Federal Income Taxes and dividing by 365. This amount is functionalized using the "CWC" factor. The "CWC" factor is internally calculated by adding the O&M , Taxes Other than Income and State and Federal Income Taxes, for each of the three functions and dividing by the functional total , (ProductionlTotal, TransmissionlTotal, DistributionlTotal). Tab 1 Page 6 of 11 .. .."..a,,-ua I' Exhibit No. 24 CASE NO. PAC-O5-1 Witness David L. Taylor Weatherization: Accounts 124, 182, 186. Weatherization loans and other deferred debits related to conservation and DSM programs are assigned to M. Other Miscellaneous Rate Base: Accounts 182.22 & 141 Other misc. rate base includes the deferred debits related to the Trojan Nuclear Plant which are assigned to P. Accumulated Provision for Depreciation & Amortization: Accounts 108 & 111 The functionalization of the accumulated depreciation matches the functionalization of rate base. For example, accumulated depreciation for production plant is assigned to P, and the accumulated depreciation for general plant is functionalized in the same manner as described in line 37. Accumulated Deferred Income Taxes: Accounts 190,281-283. The largest component of accumulated deferred income taxes is due to timing differences between book depreciation and tax depreciation. This timing difference is functionalized on the ACCMDIT" factor. Detail to develop this factor is supplied by the Tax Department, see page 9. The percentage for P in the "ACCMDIT" factor, for example, is developed by taking the total of production items as determined by the Tax Department and dividing it by the total of all PTDRM items. This includes the accumulated deferred income taxes arising from general plant which are functionalized using the "G" factor for the purposes of developing the "ACCMDIT" factor. Unamortized Investment Tax Credits: Account 255. The accumulated investment tax credits are functionalized using the "PTD" factor. Customer Advances for Construction: Account 252. State situs customer advances for construction are assigned to D. System allocated advances are assigned to T. Customer Service Deposits: Account 253. Customer service deposits are assigned to Other Miscellaneous Rate Base Deductions: Account 228. All items are functionalized using the "PTD" factor. CLASSIFICATION AND ALLOCATION PROCEDURES Generation and Transmission Costs The methodology used in this study for the classification and allocation of generation and transmission costs is consistent with the MSP Protocol method filed with the Utah Commission on June 28, 2004. The MSP Protocol identifies four categories of Resources: Seasonal Resources, Regional Resources , State Resources , and System Resources. Fuel costs are classified as 1000/0 energy related. Production and transmission plant and non-fuel related expenses for all resources are classified ~s 75% demand related and 250/0 energy related. The costs of Seasonal Resources are allocated Tab 1 Page 7 of 11 , ~ ril~.I1\...uq' Exhibit No. 24 CASE NO. PAC-O5-1 Witness David L. Taylor using seasonal factors because they are designed to be used more intensively at certain times of the year. All other resources are allocated using non-seasonal factors. The non-seasonal energy related costs are allocated using each class' share of annual MWH (F30). Demand-related costs of non-seasonal resources are allocated using each class contribution to the 12 monthly peaks coincident with the PacifiCorp system firm peak. Non-seasonal demand costs are allocated in this manner because capacity is important to the Company each month for meeting peak loads, load following, and accommodating plant maintenance. For these reasons, the Company supports the use of all twelve monthly peak loads in the non-seasonal capacity allocation factor (F12). The energy portion is allocated using class MWH adjusted for losses to generation level (F30). The fixed costs composite factor is (F10). There are three types of Seasonal Resources, simple-cycle combustion turbines, seasonal contracts and the Cholla Unit IV (adjusted for megawatt hours delivered to and received from APS). The cost of each type of Seasonal Resource is allocated using a set of seasonal allocation factors that reflect the monthly portion of the total annual energy generated by the Seasonal Resource. Prior to summing each class' monthly energy usage or contribution to the twelve monthly Coincident Peaks, each monthly energy or CP measurement is weighted by the monthly portion of the total annual energy generated or delivered to PayifiCorp by the ~easonal Resource. For example, if 30 percent of the annual generation of a particular Seasonal Resource occurs in July, the monthly Coincident Peak for July would be weighted by 30 percent in the calculation of the allocation factor. This, in essence, allocates 30 percent of the de~and related cost for that resource among classes based upon their contribution to the July Coincident Peak and 30 percent of the energy related costs based on each class' July energy usage. The demand costs associated with seasonal simple cycle combustion turbines, SCCT' are allocated on factor (F13) and the energy portion is allocated on (F32). The fixed costs composite factor for the SCCT's is (F14). The demand costs associated with Seasonal Contracts are allocated on factor (F17) and the energy portion is allocated on (F37). The fixed costs composite factor for the Seasonal Contracts is (F18). The demand costs associated with Cholla IV are allocated on factor (F15) and the ener,gy portion are allocated on (F35). The fixed costs composite factor for the Cholla IV is (F16). The Embedded Cost Differentials are allocated using the generation fixed costs composite factor (F1 0). Transmission plant is classified and allocated using the same methods described for non- seasonal generation resources. Tab 1 Page 8 of 11 paCiflCorp Exhibit No. 24 CASE NO. PAC-O5-1 Witness David L. Taylor Distribution Costs All distribution costs are classified as either demand related or customer related. There are no significant energy related costs associated with the distribution system. In this study only meters and services are considered customer related with all other costs considered demand related. To understand how demand related costs are treated it is first necessary to understand the concept of diversity. Diversity is the characteristic whereby individual customer peak demands usually occur at different times. Because of this, a piece of equipment, such as a power plant or a substation, that is used by many customers does not need to be large enough to meet the sum of the individual customer peak demands (non-coincident or billing demands). Rather it needs to be just large enough to meet the coincident peak demand (demand that occurs at the same time) of those customers. The demand related costs fall into two subclassifications: those that vary with changes in overall system load (system costs) and those that are established at the time customers are connected to the distribution network and seldom vary after that time (facilities costs). PacifiCorp s distribution system is primarily a set of radial lines extending from substations connected to the transmission system. As you move through these radial branches , from the substation to the meter, the number of customers using each piece of equipment declines and, with that decline, the amount of diversity in the load on each piece of equipment also declines. While the transition between system costs and faC?ilitie~ costs occurs gradually over the distribution system, it becomes necessary in a cost study to draw a line between equipment which is judged to fit best into each of the categories. Substations and Primary Lines . Distribution substations and primary lines fall into the system costs category. Because many customers use substations and primary lines, an allocation methodology that recognizes the diversity of load among the customers is used. Distribution substations and primary lines are allocated using the weighted monthly coincident distribution peaks (F20). The coincident distribution peak is the simultaneous combined demand of all distribution voltage customers at the hour of the distribution system peak. These monthly values are weighted by the percent of substations that achieve their annual peak in each month of the year. Line Transformers Distribution line transformers are used either by'only one or by a small number of customers. As such , they are considered part of the facilities category. Since the cost responsibility for line transformers is incurred at the time a load is added to the system that cost responsibility should be assigned on the basis of individual customer installed capacity. Assignment of cost based on installed capacity cannot be done directly because ofa lack of detailed property records. As a surrogate for installed capacity, we use the maximum monthly class NCP estimates from load research data. Tab 1 Page 9 of 11 , ~ .. ""1 II,"-U I l' Exhibit No. 24 CASE NO. PAC-O5-1 Witness David L. Taylor Only customers taking service at secondary voltage are allocated distribution line transformer costs. The allocation factor (F21) is based on summing the individual customer NCPs for all customers in the class each month and selecting the month with the highest value. This may be a different month for each class. For classes of customers where transformers are shared by more than one customer, the NCP is weighted by the appropriate coincidence factor from the Company s Job Designer's Manual to recognize the diversity of load at the transformer. Secondary Lines Distribution secondary lines operate as an extension of the line transformer. They are also allocated using the weighted NCP method. Only customer classes where transformers are shared by more than one customer are allocated the costs of distribution secondary lines. (F22) Services and Meters Services costs are allocated to secondary voltage delivery customers only. The allocation factor is developed using the installed cost of newly installed services for different types of customers. (F70) Meter costs are allocated to all customers. The meter allocation factor is developed using the installed costs of new metering equipment for different types of customers. (F60) Customer'Accounting, CustQmer Services & Sales Customer accounting, customer service, and sales expenses are considered customer- related costs. They are allocated to customers using weighted customer factors. The weightings reflect the resources required to perform such activities as meter reading, billing, and collections for different types of customers. The customer weightings for Meter Reading expenses, Account 902 , are determined by the typical time, including travel time between meters, to read meters for different classes of customers. Typical meter reading time is calculated from the elapsed time between meter reads captured by the itron meter reading system. (F47) The customer weighting for Customer Accounting and Records expenses , Account 903 are a composite of several factors such as number of customers receiving manual bills number of billing adjustments, and average account balances 90 days delinquent. (F48) Uncollectible Accounts expense is allocated based on class net write off history. (F80) Customer service expenses are allocated on number of customers (F40). General & Intangible Plant, Administrative & General Expenses Most general plant, intangible plant, and administrative and general expenses are functionalized and allocated to classes based on generation, transmission , and distribution plant (F1 02). Employee Pensions and Benefits costs have been assigned to functions Tab 1 Page 10 of 11 ~ -_...~~. rExhibit No. 24 CASE NO. PAC-O5- Witness David L. Taylor and classes on the basis of labor (F138). Costs that have been identified as supporting customer systems are considered part of the retail function and have been allocated using customer factors (F42). Regulatory Commission Expense is allocated on Revenue (F 141 ). Taxes State and Federal Income Taxes are allocated on Rate Base (F1 01). An embedded cost of service study is designed to determine the revenues needed to provide an equal rate return for all classes. At full cost of service, allocating income taxes on rate base produces the same result as allocating on income. This simplifies and reduces the size of the cost model by eliminating the need to allocate all of the taxable income adjustments. Deferred Income Taxes are allocated primarily on Net Plant (F1 04). Most deferred taxes are a result of plant investment. Deferred Income Taxes associated with bad debt are allocated using customer factors (F42). Deferred Income Taxes associated with employee benefits are allocated using labor (F138). Taxes Other Than Income Taxes are allocated on Plant (F1 01). The bulk of taxes other than Income Taxes are property taxes. Property Taxes are assessed on plant investment. Rate Base Additions and Deductions Additions and deductions that relate to Generation and Transmission plant are allocated accordingly (F1 0). Items that are associated with Distribution plant are allocated,in a similar manner (F20). Items directly relating to fuel or coal mining are allocated on energy (F30). Weatherization investments are allocated on (F40) consistent with customer service expense. Accumulated Deferred Income Taxes are allocated consistent with Deferred Income Tax Expense (F1 04). Customer advances for Construction are allocated . based on recent history for Contributions in Aid of Construction (F50). Where applicable Customer Deposits are allocated on recent deposit history (F51). All other additions and deductions are allocated on Plant (F1 02). Revenue Credits In the class COS study, no costs are assigned to wholesale transactions or fixed priced contracts approved under the IPUC Contract Standard. The revenue from these types of sales are treated as a revenue credit and are allocated to customer groups using appropriate allocation factors. Other electric revenues are also treated as revenue credits. Revenue credits reduce the revenue requirement that is to be collected from firm retail customers. Sales for Resale revenues are classified between demand-related (F10) and energy- related (F30) and allocated consistent with the treatment of purchased power. Other Electric Operating Revenues are assigned as closely as possible to the specific customer classes providing the revenue. Tab 1 Page 11 of 11 , I , ~;;.\: . n ~ ~ ~ fi "'r1I-t') 5 (') "'0 =.n 0 C\) _. ::s Nen 2.. , ". ' "u""~"n "'"uu.. ~II;; V I~II;;U r ~'" I """"I..raCIIl\.-orp Exhibit No. 24 CASE NO. P AC-O5- Witness David L. Taylor BEGINNING/ENDING RESULTS OF OPERATIONS SUMMARY IDAHO-UPL Desc Uon of Account Summa ormalized Production Transmission tribution 8m!!Mise ~.)perating Revenues 163,367,214 114,121.969 11,162,047 31,427,402 789,983General Business Revenues 865,813 General Business Revenues .;, Interdepartmental Special Sales 57,659,204 49,281,868 377,335 Other Operating Revenues 646 757 644,890 135,388 315,645 354,290 196,545 ToCal Operating Revenues 225,673,175 164.048,728 22,674,770 31,743.047 144,273 062,357 Operating Expenses: Steam Production 48,110,159 48,110,159 Nuclear Production Hydro Production 893,668 . 2,893,668 Other Power Supply 78,344,011 76.344,012 (0) Transmission 764,690 764,690 Distribution 158,224 158,224 Customer Accounts 914,022 914,022 Customer Service 426,622 426,622 Sales 144 144 Administrative & General 14,238,229 325,407 092,675 423,039 104,476 292,632 Total 0 & M Expenses 162,849,771 133,673,246 857,365 13,581,263 445,265 292,632 Depreciation 21,086,177 10,890,882 700,846 450,689 43,760 Amortization Expense 635,450 910 547 591,498 747217 386,188 Taxes Other Than Income 637,786 043,959 937,616 614,854 41,357 Income Taxes. Federal 018,491 (26,271)338,045 408,174 32,083 266,460 Income Taxes - State 335,206 35,945 97,013 116,803 904 76,541 Income Taxes - Def Net 156 994 120,979 613,311 435,922 (13 217) Investment Tax Credit Adj.(774,576)(371,206)(175,667)(227,703) Mise Revenue & Expense (21,826)(41 700)(14,266)34,141 Total Operating ~es 200,923.474 152.236,380 16,945,761 25,161,360 944,340 635,632 iperating Revenue for Retum 24,749,701 11,812,347 729,009 581,687 199,933 426,725 Rate Base: Electric Plant in Service 793,337,921 382,105,831 172,256,240 233,904,613 071,236 Plant Held for Future Use 86.684 66,460 20.224 Misc Deferred Debits 459,954 967,738 365,450 55,941 253,146 (182,320) .40 Elec Plant Acq Adj 131,129 .131,129 Nuclear Fuel Prepayments 918,334 505,252 134,954 205,073 162 89,894 Fuel Stock 088,440 088,440 Material & Supplies ~1,934 714 813 291,779 725,342 Wormg Capital 416,572 303,570 374,802 639,813 89,714 672 Weatherization Loans 135,137 135,137 Miscellaneous Rate Base 004,811 004,811 Total Electric Plant 828,310,916 405,888,044 174,443,449 235,530,782 417 258 031,383 Rate Base Deductions: Accum Prov For Depr (324 793,998)(166,121,214)(61.180,596)(97.246.700)(243,487) Accum Prev For Amort (16,335,064)(7,022,544)(3,019,033)(3,970,467)(2,323,020) Accum Def Income Taxes (69,570,167)(31,389,172)(14,519,737)(24 104,512)443,254 Unamortized ITC (68,345)(32,754)(15,500)(20,091) Customer Adv for Const (40,362)(40,760)398 Customer Service Deposits Misc. Rate Base Deductions (9,688 792)683,936)(1,308 610)696,245) Total Rate Base Deductions (420,496,727)(211,249 620)(80,043 476)(127 080,775)(2,122,855) Total Rate Base 407,814 189 194,638,424 94,399.972 108,450,008 294,402 031.383 6r'etum on Rate Base 069%069%069%8.1)69%069%089% Retum on Equity 762%762%762%762%782%782% Tab 2 Page 1 MARCH 2004 REVISED PROTOCOL BEGINNINGIENDING FERC BUSINESS PITA DESCRIPTION FUNCTION Sales to Ultimate Customers 440 Residential Sales 442 Commercial & Industrial Sales 444 Public: Street & Highway Lighting 445 Other Sales to Public Authority 100 101 448 IntenIepartmenta 102 DPW 103 104 105 106 Total &1.. to Uhlmate Customer. 107 108 109 110 447 Sales for Resale 111 WSF 112 WSF 113 WSF 114 WSF 115 118 117 449 ProvIsIon for R8te Refund . 1 WSF WSF 120 121 122 123 124 Total Sale. from EI8c:trIdty & .....au,-ua Exhibit No. 24 CASE NO. PAC-O5-1 Witness David L. Taylor IDAHO-UPL ormalized Production ransmission tribution BmiI M!G (0)(0)(0)(0) 43,769,079 114,121,969 11,182,047 31,427402 789,983 865,813 43,769,079 114,121,969 11,162,047 31,427,402 789 983 865,813 119.385,802 119,385,802 212,333 212,333 163 367 214 114,121 969 11,162,047 427402 789 983 865813 57,659,204 281,868 377,335 57,659,204 281,868 377 335 221 026 418 163,403,838 19,539 382 427402 789983 865 813 . . Tab 2 Page 2 , ~ 125 MARCH 2004 REVISED PROTOCOL 128 BEGINNINGIENDING 127 FERC BUSINESS PITA 128 ACCT DESCRIPTION FUNCTION FACTOR 129 450 forfeited Discounts & Interest 130 CUST 131 CUST 134 451 Misc Electric Revenue 135 CUST 138 137 138 139 140 453 Water Sales 141 142 143 144 454 Rent of Electric Property 145 DPW 148 147 148 149 150 151 152 456 Other Electric Revenue 153 DMSC 154 CUST 155 OTHSE 158 OTHSO 157 OTHSGR 158 159 160 161 162 Total Other Electric Revenues 163 164 Total Electric Operating Revenues 165 166 Summary of Revenues by Factor 167 168 169 1', 172 DGP 173 174 Total Electric Operating Revenues raclII\..orp Exhibit No. 24 CASE NO. PAC-O5-1 s David L. TaylorWitnes IDAHO-UPL nnallzed roduction ransmission Distribution B!!I!l MIs 248.579 248.579 248,579 248,579 105,633 105.833 105,633 105,633 237.308 237.308 318.126 318.128 656 789 759 030 564,088 789 319.886 240,336 198.517 198.517 191,274 202.637 988.609 213.894 93.835 44,750 75,309 126,773 344,629 782.143 728,457 641,101 815,503 75,309 198,545 646 757 644,890 135 388 315,645 354 290 196 545 225 673 175 164 048 728 674 770 31,743 047 144273 062,357 164 155,249 114 121,969 11.162.047 31.664 708 144.195 082.330 191,274 202.637 988.609 222,550 97;824 48.509 78.339 80.104 102 49.628.498 10.477 605 , - 225,673,175 164,048,728 22,674 770 743,047 144 273 082,357 Tab 2 Page 3 175 MARCH 2004 REVISED PROTOCOl 178 BEGINNINGIENDING 177 FERC BUSINESS PITA 178 DESCRIPTION FUNCTION 179 MIscellaneous Revenues 180 41180 GaIn on. Sale of Utility Plant- CR 181 DPW 184 185 188 187 188 41170 Loss on Sale of Utility Plant 189 DPW 190 191 192 193 4118 GaIn from Emission Allowances 194 195 198 197 198 41181 GaIn from DIIposI1Ion of NOX Credits 199 200 201 202 4194 Impact Hou8Ing Interest Income 203 204 205 208 421 (GaIn) Loss on 5ale of Utility Plant 207 DPW 208 209 210 211 PTD 212 213 214 215 Total Miscellaneous R....nues 216 Miscellaneous Expenses 217 4311 Interest on Customer Deposits 218 CU5T 219 .2'ot8I MI8c8I"~ Expen... 222 Net Mise Revenue and Expense CII~III\"U"I' Exhibit No. 24 NO. P AC-O5-1 s David L. Taylor CASE Witnes IDAHO-UPL Normaliz roduction Trans sion stribution Bm!!MIs 141.253)141.253) 141.253 141,253) 34,069 34,069 (14 321)(14,321) 242 116 (563)(563) 19,427 (4471 (14.266)34.141 121826\141,7001 114266)34,141 .. . . '21 8261 '41,7001 '14 266)34,141 Tab 2 Page 4 , ~ 223 224 MARCH 2004 REVISED PROTOCOL 225 BEGINNINGIENDING 228 FERC BUSINESS PITA 227 DESCRIPTION FUNCTION FACTOR 228 500 Operation Supervision & Engineering 229 DGU 2;,SSGCH 232 233 234 501 Fuel Related 235 238 237 238 DEU 239 SSECT 240 SSECH 241 242 243 502 Steam Expenses 244 DGU 245 246 SSGCH 247 246 249 503 Steam From Other Spurces 250 251 252 253 505 Electric Expenses 254 255 SSGCH 256 257 258 506 Misc. Steam Expense 259 DGU 260 261 262 SSGCH 263 264 265 507 Rents 266 DGU 267 SSGCH 21. 270 271 510 Maint Supervision & Engineering 272 DGU 273 274 SSGCH 275 276 277 278 279 511 Maintenance of Structures 280 DGU 281 282 SSGCH 283 284 285 512 Maintenance of Boiler Plant 286 DGU 287 288 SSGCH 289 290 291 513 Maintenance of Electric Plant 292 DGU 293 294 SSGCH 295 296 297 514 Maintenance of Misc. Steam Plant 298 DGU 299 300 SSGCH 301 302 303 Total Steam PoWer Generation . ""IIl'-UII' Exhibit No. 24 CASE NO. PAC-O5- s David L TaylorWitnes IDAHO-UPL onnallzed Prod ctio ission Distri tion B!!!!!!MIs 111,473 111,473 78,680 78,680 190,153 190,153 28,336,174 28,336,174 2,553,833 553,833 30,890,007 30,890,007 973).79 973,279 123,215 123,215 096,493 096,493 267,924 267,924 267,924 267,924 143,507 143,507 082 60,082 203,590 203 590 681.492 681,492 54,772 54,772 736,264 736 264 293,609 293,609 578 578 295,187 295 187 347,058 347 058 125 157 125 157 472,215 472,215 091,683 091 683 862 862 115,545 115,545 983,974 983,974 259,296 259,296 5,243 270 243270 927,139 927 139 51,139 51,139 978 278 978,278 498,854 498,854 122,379 122.379 621,232 621,232 . , 48,110159 48,110 159 Tab 2 Page 5 304 MARCH 2004 REVISED PROTOCOL 305 BEGINNINGIENDING 306 FERC BUSINESS PITA 307 DESCRIPTION FUNCTION FACTOR 308 517 Operation Super & Engineering 309 310 31' Nucl88' Fuel Expense 31;:. 314 315 318 317 519 Coolants and Water 318 319 320 321 520 Steam Expenses 322 323 324 325 328 327 523 Electrtc Expenses 328 329 330 331 524 MIsc. NucJeao Expenses 332 333 334 335 528 Maintenance Super & Engineering 336 337 338 339 529 Maintenance of Structures 340 341 342 343 530 Maintenance of Reactor Plant 3404 345 346 347 531 Maintenance of Electric Plant 348 34' 31. 35~ ..J2 M81ntenance of Mise Nuclear 352 353 354 355 Total Nudur Power Generation raclII~orp Exhibit No. 24 NO. PAC-O5-1 David L. Taylor CASE Witness IDAH~PL ormaliz Production rans sion tri ution BU!!!M!s Tab 2 Page 6 , r 356 MARCH 2004 REVISED PROTOCOl 357 BEGINNINGIENDING 358 FERC BUSINESS PITA 359 DESCRIPTION FUNCTION 360 361 535 Operation Super & Engineering 362 DGP . 3l 365 366 367 366 536 Water For 369 DGP 370 371 372 373 374 375 537 H)'draulic Expenses 376 DGP 377 376 379 380 381 382 538 EIec:trk: Expenses 363 DGP 364 385 386 387 388 389 539 Misc. Hydro Expenses 390 DGP 391 392 393 394 395 396 397 540 Rents (H)'dro Generation) 398 DGP 399 400 403 404 541 Maint Supervision & Engineering 405 DGP 406 407 408 409 410 411 542 Maintenance of Structures ~12 DGP 413 414 415 416 417 418 419 420 421 543 Maintenance of Dams & Waterways 422 DGP 423 424 425 426 427 428 544 Maintenance of Electric Plant 429 DGP 430 431 432 433 434 435 545 Maintenance of Misc. H)'dro Plant 438 DGP 437 438 4:' 44- 441 442 Total Hydraulic Power Generation CII~IU\..Ul"p Exhibit No. 24 CASE NO. P AC-O5- s David L. TaylorWitnes IDAHQ.UPL Nonnalized roduction ransm ion Distribution B!!!!!M!G 285.121 285.121 125.352 125.352 410,473 410473 473 473 473 473 237,005 237,005 11.019 11.019 248.024 248024 387 387 387 387 392,172 392,172 303794 303 794 695,966 695,966 3,258 3,258 973 973 4,231 4,231 74,205 205 6,279 6,279 80,484 80,484 60,159 60,159 72,729 72,729 132,888 132,888 82.726 82.726 35.332 35,332 118,057 118,057 150.383 150.383 46,304 46.304 196,686 196 686 893 668 893 668 Tab 2 Page 7 443 MARCH 2004 REVISED PROTOCOL 444 BEGINNINGIENDING 445 FERC BUSINESS PITA 448 DESCRIPTION FUNCTION 447 448 548 Operatkin Super & Engineering 449 452 547 Fuel 453 454 SSECT 455 458 457 548 Generation Expense 458 459 SSGCT 480 461 462 549 Miscellaneous Other 463 464 465 466 467 468 469 550 MaInt Supervision & Engineering 470 471 SSGCT 472 473 474 551 Main! Supervision & Engineering 475 476 477 478 552 Maintenance of Structures 479 480 481 482 483 553 Main! of Generation & Electric Plan! 484 485 SSGCT 488 487 Maintenance of MIse. Other 490 SSGCT 481 492 493 Total Other Power Gener8t1on PacitiCorp Exhibit No. 24 CASE NO. PAC-O5- David L. TaylorWitness IDAHO-UPL onnallzed rod cti ransmission Disbibution BI!i!!I 629 20,629 20,629 20,629 189,736 189,736 801,509 801,509 991 245 991 245 36,277 36,277 819,035 819,035 855,312 855,312 86,383 86,383 86,383 86,383 21,159 21,159 145,648 145,648 166,807 166 807 756 756 756 756 202 16,202 641 641 17,643 17,843 648 648 705 705 152.679 152 679 Tab 2 Page 8 , ~ 494 495 496 MARCH 2004 REVISED PROTOCOL 497 BEGINNINGIENDING 498 FERC BUSINESS PITA 499 DESCRIPTION FUNCTION FACTOR 50(\'is Purchased Power DMSC 50'.. 503 504 SSGC 505 DGP 506 507 508 509 556 System Control & Load Dispatch 510 511 512 513 514 515 516 557 Other Expenses 517 518 519 SGCT 520 521 TROJP 522 523 524 525 Embedded Cost Differentials 526 Company Owned Hydrc P DGP 527 Company Owned Hydrt P 528 Mid-C Contract 529 Mid-C Contract 530 Existing OF Contracts 531 Existing OF Contracts 532 533 534 535 T~I o.her Power Supp~ 536 537 TOTAL PRODUCTION EXPENSE 53' 5411 -eRC 541 ACCT DESCRIPTION FACTOR 542.Summary of Production Expense by Factor 543 544 545 546 SNPPH 547 TROJP 548 SGCT 549 DGP 550 DEU 551 DEP 552 SNPPS 553 SNPPO 554 DGU 555 556 SSGCT 557 SSECT 558 SSGC 559 . SSGCH 560 SSECH 561 Tota/Production Expense by Factor 562 MARCH 2004 REVISED PROTOCOL 563 BEGINNING/ENDING 564 FERC BUSINESS PITA 565 ACCT DESCRIPTION FUNCTION FACTOR 566 560 Operation Supervision & Engineering 567 568 569 570 571 561 Load Dispatching 572 573 574 raCI1ILOrp Exhibit No. 24 CASE NO. PAC-O5-1 David L. TaylorWitness IDAHQ.UPL Nonnaliz roduction Trans sion tribution BmI!I M!G (0)(0) 54,152,586 54,152,586 . 399,152 399,152 3.294,321 3.294,321 62,846 059 62,846,059 (0) 176,588 176,588 176,588 176,588 289,019 289,019 525,342 525,342 814,361 814,361 532,128 532,128 (878 228)(878,228) 012,880 012,880 113 268 113,268 (3,425,724)(3,425,724) 354,324 354,324 191,332 191,332 10) 127347,838 127,347,838 (01 IDAHQ.UPL nnalized rod tion Tran mis ion tribution M!G 402,287 402.287 , - (0) 114 589 114589 37,192,987 37,192,987 (878,228)(878,228) 966,381 966 381 801,509 801,509 900,160 900,160 553.833 553,833 124053 517 124 053,517 10) IDAHO-UPL Nonnalized Production nsmi ion tribution B!!Ii!M!K . 491,629 491 629 491 629 491.629 271,678 271,678 271,678 271,678 Tab 2 Page 9 575 MARCH 2004 REVISED PROTOCOL 576 BEGINNINGIENDING 577 FERC BUSINESS PITA 578 DESCRIPTION FUNCTION FACTOR 579 562 SI8llon Expense 580 581 51" 584 563 Ov8lhe8d Line Expense 585 586 587 586 589 584 Underground Une Expense 590 591 592 593 594 565 Transmission of Elec:trtclty by OthI!lS 595 598 597 598 599 600 601.566 MIse. TnnmIssIon Expense 602 603 604 605 606 567 Rents. Transmission 607 608 609 610 611 568 Maint Supervision & Engineering 612 613 614 615 616 569 Mainten8lC8 of Structures 617 818 819 s-. M81nt8n81c:e of Station Equipment 822 823 624 625 828 571 Mainlen8nc8 of Overtlead Lines 827 628 829 630 631 572 Melnlen8nc8 of Underground Lines 632 633 634 635 636 573 Malnt of Misc. Transmission Plant 637 638 639 640 641 TOTAL TRANSMISSION EXPENSE 642 643 SummlWY of Transmission Expense by Factor 644 645 846 SNPT 647 Total Transmission Expense by Factor ca~llI\..urp Exhibit No. 24 CASE NO. PAC-O5- s David L. TaylorWitnes IDAHO-UPL rmaliz Prod ctio Transmission tribution Retail M!& 80.604 80,604 80.804 80,804 189.102 169.102 169.102 169 102 552.325 552,325 149.645 149,845 702,170 702,170 11,429 11,429 11.429 11,429 37,597 37,597 597 597 276 276 276 276 513.800 513800 513.800 513800 477,206 477,206 477,206 477,206 819 819 819 819 175 175 175 175 764690 764 690 149,845 149845 614845 614845 764,690 764690 Tab 2 Page 10 , r 648 MARCH 2004 REVISED PROTOCOL 649 BEGINNINGIENDING 650 FERC BUSINESS PITA 651 DESCRIPTION FUNCTION FACTOR 652 580 Operation Supervision & Engineering 653 DPW 654 DPW SNPD 65r 65;Load Dispatching 658 DPW 659 DPW SNPD 660 661 662 582 Station Expense 663 DPW 664 DPW SNPD 665 668 667 583 Ov8ltlead LIne Expenses 668 DPW 669 DPW SNPD 870 671 872 584 Underground LIne Expense 873 DPW 674 DPW SNPD 675 676 677 585 Street Lighting & Signal Systems 678 DPW 679 DPW SNPD 680 681 682 586 Meter Expenses 683 DPW 684 DPW SNPD 685 686 687 587 Customer Installation Expenses 688 DPW 689 DPW SNPD 690 691 692 588 Misc. Distribution Expenses 69"DPW DPW SNPD 69b 696 697 589 Rents 698 DPW 699 DPW SNPD 700 701 702 590 Malnt SupelVision & Engineering 703 DPW 704 DPW SNPD 705 706 707 591 Maintenance of Structures 708 DPW 709 DPW SNPD 710 711 712 592 Maintenance of Station Equipment 113 DPW 114 DPW SNPD 115 .. A"au,",u, l' Exhibit No. 24 NO. PAC-O5-1 David L. Taylor CASE Witness IDAHO-UP!.. Normaliz roduction rans ion Distribution BI!!!!!M!I5i 468.454 468.454 468.414 468,474 354.533 354.533 354.533 354,533 177.667 177.667 19.559 19.559 197.425 191425 668.985 866,985 266.532 266.532 133 516 133,516 568 568 568 568 689 689 689 689 316,875 318.875 59.451 59,451 318,325 318,325 13.558 13.558 13.558 558 ,473.243 413.243 213.016 213,076 746.319 146.319 30.896 30,896 984 36.964 67.680 880 27.674 27.674 674 21,614 85.972 85.972 15,500 15,500 101,472 101 472 354.370 354.37d 101.853 101,853 456,223 456,223 Tab 2 Page 11 718 MARCH 2004 REVISED PROTOCOL 717 BEGINNINGIENDING 718 FERC BUSINESS PITA 719 DESCRIPTION FUNCTION FACTOR 720 593 Maintenance of Ovelhead LInes 721 DPW 722 DPW SNPD 72~ :i94 Maintenance of Underground Lines 728 DPW 727 DPW SNPD 728 729 730 595 Maintenance of LIne Transfonners 731 DPW 732 DPW SNPD 733 734 73S 596 MaInt of Street Lighting & Signal Sys. 738 DPW 737 DPW SNPD 738 739 740 597 MaInt8nance of Meters 741 DPW 742 DPW SNPD 743 744 745 599.MaInt of MIse:. Dlsb1but1on Plent 748 DPW 747 DPW SNPD 748 749 750 TOT At DISTRIBUTION EXPENSE 751 752 753 Summary 01 Distribution Expense by Factor 754 755 SNPD 756 757 Total Distribution Expense by Factor 758 759 MARCH 2004 REVISED PROTOCOL 780 ~EGINNINGIENDING BUSINESS PITA DESCRIPTION FUNCTION fACIQB 783 901 Supervision 784 CUST 765 CUST 766 787 788 902 'Meter Re8Ilng Expense 769 CUST 770 CUST 771 773 903 Customer Receipts & CoIIec:Iions 774 CUST 775 CUST 778 777 778 904 Uncollectible Accounts 779 CUST 780 781 CUST 782 783 784 905 Mise, Customer ACCXlUflts Expense 785 CUST 786 CUST 787 788 789 TOTAL CUSTOMER ACCOUNTS EXPENSE 790 791 Summary of ~lOmer Accts Exp by Factor 792 793 714 795 TotII Customer Accountl ExpelWe by Factor . ""'II'-'U' P Exhibit No. 24 CASE NO. PAC-O5- David L. TaylorWitness IDAHO-IJPl Normaliz roduction rans sion tributi BmIi!M!!!; 491,896 491,896 12,665 498)12,665498) 826,198 826 198 822,783 822,783 22,740 22,740 845,523 845,523 118593 118,593 535 11,535 128,129 128 129 160,062 160,062 160,062 160,062 283,297 283.297 65,794 65,794 349,091 349,091 083,535 083,535 (186,972)(186,972) 896,563 896,563 158 224 158 224 9,267,761 267,761 (109 538)(109,538) 158,224 158224 IDAHO-IJPL Normaliz Production rans sion tribution Bm!!!! 52,820 52,820 294,876 294,876 . - 347,697 347,697 317,558 317,558 (4,089)(4,089) 313,468 313 468 347 107 347,107 741,746 741,746 088,853 088,853 113,230 113,230 917 917 119,147 119,147 44,858 858 44,858 858 914 022 914 022 830 714 830,714 083 308 083,308 914 022 914 022 Tab 2 Page 12 , ~ 796 797 MARCH 2004 REVISED PROTOCOl 798 BEGINNINGJENDING 799 FERC BUSINESS PITA 800 DESCRIPTION FUNCTION FACTOR 801 907 Supervision 802 CUST 80'CUST eo... 808 908 Customer Assistance 807 CUST 808 CUST 809 810 811 812 813 909 Infonnatlonal & Instructional Adv 814 CUST 815 CUST 816 817 818 910 MIsc. Customer Service 819 CUST 820 CUST 821 822 823 824 TOTAL CUSTOMER SERVICE EXPENSE 825 826 827 Summary of Customer Service Exp by Factor 828 829 830 831 Total Customer Service Expense by Factor 832 833 MARCH 2004 REVISED PROTOCOL 834 BEGINNING/ENDING 835 FERC BUSINESS PITA 836 ACCT DESCRIPTION FUNCTION FACTOR 837 838 911 Supervision 839 CUST 840 CUST 843 ::112 Demonstration & SellIng Expense 844 CUST 845 CUST 846 847 848 913 Advertising Expense 849 CUST 850 CUST 851 852 853 916 Misc. Sales Expense 854 CUST 855 CUST 856 857 858 TOTAL SALES EXPENSE 859 860 861 Total Sales Expense by Factor 862 863 884 Total Sales Expense by Factor 865 866 Total Customer Service Exp Including Sales Jr ""III"-UII' Exhibit No. 24 NO. PAC-O5- s David L. Taylor CASE Witnes IDAHO-UPL Nonnalized roductio Transmission tri ution Bm!l MIs 247,619 247,619 247,619 247,619 091,986 091,986 45,718 45,718 137,703 137 703 12,433 12,433 12,433 12,433 20,131 20,131 738 738 28,867 867 426,622 426,622 112,117 112,117 314,506 314 506 426,622 426,622 IDAHO-UPL Nonnalized Production Transmission Distribution Retail 144 144 144 144 144 144 144 144 144 144 426 767 426 787 Tab 2 Page 13 887 MARCH 2004 REVISED PROTOCOl 888 BEGINNINGIENDING 889 FERC BUSINESS PITA 870 DESCRIPTION FUNCTION FACTOR 871 920 Administrative & General Salaries 872 PTD 873 CUST PTD 87, 876 877 921 OfIIce Supplies & expenses 878 PTD 879 CUST 880 PTD 881 882 883 922 0ftIce Supplies & expenses 884 PTD 885 CUST 886 PTD 887 888 889 923 Outside Sell/Ices 890 PTD 891 CUST 892 PTD 893 894 895 924 PIoperty Insurance 896 PTD 897 898 899 925 Injuries & Damages 900 PTD 901 902 903 926 Employee Pensions & Benefits 904 LABOR 905 CUST 906 LABOR 907 908 909 927 Franchise Requirements 810 DMSC 811 DMSC 11~ 81~ 814 928 Regulatory Commission Expense 815 DMSC 916 CUST 917 DMSC 818 FERC 819 920 921 929 Duplicate ChaIges 922 LABOR 923 LABOR 924 925 928 930 Mise General Expenses 927 PTD 928 CUST 929 LABOR 930 931 932 931 Rents 933 PTD 934 PTD 935 936 937 935 Maintenance 01 Gener81 Plant 938 939 CUST 940 941 942 943 TOTAL ADMINISTRATIVE & GEN EXPENSE 944 845 Summery of A&G Expense by F8C1Dr Its Its N'" aI A&G Expense by F8C1Dr 851 852 TOTAL aiM EXPENSE CII\:III\...orp Exhibit No. 24 CASE NO. PAC-O5-1 David L. TaylorWitness IDAHO-UPL Normalized roduction ransmission tribution Retail MIs 18.372 805 167 401 128 128 781 517 249,960 537,988 993,568 800.017 258,765 542,155 998,969 128 955 955 021.311 489 451 231,624 300,236 022,266 489.451 231,624 300,236 955 12,234,405)11,070812)1506.743)1656,850) 12,234.405\11,070812)1506,743)(656.850) 046 046 314913 109,394 525.002 680,517 317,959 109.394 525,002 680.517 046 512,735 724,960 343,075 444,700 512,735 724,960 343.075 444,700 098,352 526 372 249096 322,883 098.352 526 372 249,096 322,883 265;137 265.137 27.495 27.495 75,068 52,864 22,204 367.700 52.864 22,204 292,632 1814036)1416,509)142.386)(208,948)(146.192) 18140361 1416,509)142,386)(208 948)(146,192) 130408 541,734 256.366 332.307 141283 583,948 59.425 292.947 204,963 271 694 125 683 315,792 625 254 204,966 260.914 125 040 59,173 701 260.914 125.040 59,173 76.701 173,076 42,284 369 88,707 716 059)(3.059) 465.018 357,917 316.314 750,871 39,917 635,035 400,201 353,683 839 578 41.573 238 229 325407 092 675 423 039 104 476 292 632 588.993 592.823 297.902 426,415 716 265.137 12,575.095 679.721 568 996,624 98,687 27,495 75,068 52.864 22,204 074 074 14.238229 325 407 092,675 423 039 104.476 292.632 182.849771 133 673 246 857 365 .581 263 445265 292.632 Tab 2 Page 14 , ~ 953 MARCH 2004 REVISED PROTOCOL 954 BEGINNINGIENDING 955 FERC BUSINESS PITA 956 DESCRIPTION FUNCTION FACTOR 957 4O3SP Steam Depreciation 958 95P 96.DGU 962 SSGCH 963 984 965 4O3NP Nuclear Depreciation 968 967 968 969 403HP Hydro Depreciation 970 Pre-Merger Pacific 971 Pre-Merger Utah 972 Post-Merger Pacific 973 Post-Merger Utah 974 975 976 4030P Other Production Depreciation 977 978 979 SSGCT 980 SSGCH 981 982 983 4O3TP Transmission Depreciation 984 985 986 987 988 969 990 991 403 Distribution Depreciation 992 360 land & land Rights DPW 993 361 Structures DPW 994 362 Station Equipment DPW 995 364 Poles & Towers DPW 996 365 OH Conductors DPW 997 ;366 UG Conduit DPW 367 UG Conductor DPW 99..368 line Trans DPW 1000 369 Services DPW 1001 370 Meters DPW 1002 371 Inst Cust Prem DPW 1003 372 leased Property DPW 1004 373 Street lighting DPW 1005 1006 1007 4O3GP General Depreciation 1006 G-SITUS 1009 G-DGP 1010 G-DGU 1011 1012 CUST 1013 G-SG 1014 PTD 1015 DGU 1016 G-SG SSGCT 1017 G-SG SSGCH 1018 1019 1020 403GVO General Vehicles 1021 G-SG 1022 1023 1024 403MP Mining Depreciation 1025 1026 1O2! 1026 403EP Experimental Plant Depreciation 1029 1030 1031 raCIIILorp Exhibit No. 24 CASE NO. PAC-O5- David L. TaylorWitness IDAH~PL llz roduction ransmission Distribution MIs 524,919 524,919 774,449 774,449 618,165 818,165 523,355 523355 440666 440,666 335,038 335,038 81.299 81.299 287.225 287.225 83,966 83,966 787,529 787,529 934 934 410,938 410,938 518,505 516,505 930,377 930,377 606,672 806,672 670,866 670,666 533 392 533 392 210,930 210,930 469 17,469 14,359 359 343,320 343320 761 465 761,465 823,913 823,913 133,007 133,007 403,739 . . 403,739 195,819 195,819 383,584 383,584 454,324 45i\,324 116 116 127 127 012 29,012 567,256 567 256 716,661 144,295 572,344 33,955 330 14,625 58.272 33,447 22 , 902 923 041 041 43,760 43,760 246,203 170 629 69,605 970 029,953 493 593 233,584 302,776 339 12,017 902 420 149,197 732,066 469,916 663.433 760 Tab 2 Page 15 1032 MARCH 2004 REVISED PROTOCOL 1033 BEGINNINGIENDING 1034 FERC BUSINESS PITA 1035 DESCRIPTION FUNCTION FACTOR 1036 1037 1036 10:r 1041 \JTAL DEPRECIATION EXPENSE 1042 Summary of Amortization Expense by Factor 1043 1044 DGP 1045 DGU 1048 1047 1048 1049 1050 SSGCH 1051 SSGCT 1052 Total DePreciation Expense By Factor 1053 1054 MARCH 2004 REVISED PROTOCOL 1055 BEGINNINGIENDING 1056 FERC BUSINESS PITA 1057 DESCRIPTION FUNCTION FACTOR 1058.4O4GP Amort of L T Plant . CapItal Lease Gen 1059 !-SITUS 1080 !-SG 1061 PTD 1062 I.oGU 1063 CUST 1064 I-DGP 1065 1066 1067 4O4SP Amort of L T Plant - Cap Lease Steam 1068 1069 1070 1071 1072 4O4IP Amort 01 L T Plant - Intangible Plant 1073 !-SITUS 1074 1075 !-SG 1078 PTD tOT CUST 10;!-SG 1079 I-SG 1080 I-DGP 1081 I-DGU DGU 1082 I-DGU 1083 1084 1085 4O4MP Amort of L T Plant . Mining Plant 1088 1067 1088 1089 4O4HP Amortization 01 Other Electric Plant 1090 Pr8-Mlllger PacifIC DGP 1091 Pre-Merger Utah DGU 1092 Post-MlIIget Plant 1093 1094 1095 Twl Amortization of Umlted Term P~nt 1096 1097 1098 405 Amortization of Other EIec:tIic Plant 1099 1100 1101 1102 1103 406 Amortization of Plant Acquisition AlIi 1104 1105 1108 1107 1108 1109 raCtliLOrp Exhibit No. 24 NO. PAC-O5- s David L. Taylor CASE Witnes IDAHQ..UPL Nonnallzed Production Transmission Distribution B!!i!il M!I!& 21,086177 10,890 882 700 846 450 689 43,760 6.283,918 144.295 139,599 12,868.295 342.341 318,062 893 029.953 493,593 233,584 302,776 43,760 43,760 041 041 540,694 535,372 902 420 516,517 516,513 086,177 10.890 882 700 846 450,689 43,760 IDAHQ..UPL onnallz Production rans tri tion B!!!!!! 38,108 18.263 643 11.203 545 545 654 18,263 643 11,203 545 123,628 102 896 48,629 612 612 119670 105.223 12,452 996 323,556 113,536 526962 683,058 378,643 378,643 328 336 335 656 40,461 35,576 4.210 675 043 043 733 733 110,675 413,163 582,856 736,014 378643 839 839 839 839 158,168 1.433 265 591 498 747 217 386,188 - . 353 208 353208 353,208 353.208 Tab 2 Page 16 , ~ 1110 1111 1112 1113 1114 1115 1118 1119 1120 1121 1122 1123 1124 1125 1126 1127 1128 1129 1130 1131 1132 1133 1134 1135 1136 1137 1138 1139 1140 1141 1142 1143 1144 1145 1146 1147 1148 1149 1150 1151 1152 1153 , 11~' MARCH 2004 REVISED PROTOCOL BEGINNINGIENOING FERC 407 BUSINESSDESCRIPTION FUNCTION Amort of Prop Losses, Unrec Plant, etc DPW TOTAL AMORTIZATION EXPENSE Summary of Amortization Expense by Factor TROJP DGP DGU SNPPO Total Amortization Expense bY Fac1or MARCH 2004 REVISED PROTOCOL BEGINNINGIENOING FERC ACCT 408 DESCRIPTION Taxes Other Than Income BUSINESS FUNCTION DMSC DMSC TROJP GPS OPRV- EXCTAX J'acitit:orp Exhibit No. 24 CASE NO. PAC-O5-1 s David L. Taylor PITA FACTOR Witnes IDAHQ.UPL liz Prod ctio ransmission tri tion B!!!!!MIs 157 157 116,917 116,917 124,074 124 074 3,635,450 910547 591,498 747,217 386,188 123,628 102 28,896 48,629 612 612 116,917 116,917 361,665 131,799 535,605 694,261 386,188 386.188 644,440 613,116 26,997 327 635,450 910 547 591 498 747,217 386,188 IDAHQ.UPL Nonnalized Production Transmission tribution Retail Misc 185,506 832,112 850,704 465,167 37,524 427,608 187.176 86,911 149.687 834 24,671 24,671 637,786 043.959 937.616 614 854 41.357 PITA FACTOR Tab 2 Page 17 1156 1157 MARCH 2004 REVISED PROTOCOL 1158 BEGINNINGIENDING 1159 FERC 1160 DESCRIPTION FACTOR 1161 41140 Deferred Investment Tax Credit - Fed 1162 PTD DGU 11F- 11& 1168 41141 Deferred Investment Tax Credit -Idaho 1167 PTD DGU 1168 1169 1170 1171 TOTAL DEFERRED ITC 1172 1173 1174 FERC BUSINESS PITA 1175 DESCRIPTION FUNCTION FACTOR 1178 427 Interest on Long- Tenn Debt 1177 1178 SNP 1179 1180 1181 428 AmortIzatIon of Debt Disc & Exp 1182 SNP 1163 1184 1185 429 AmoItIzaIIon of Premium on Debt 1188 SNP 1187 1188 1189 431 Other Interest Expense 1190 NUTIL OTH 1191 1192 SNP 1193 1194 1195 432 AFUDC - Bo~ 1196 SNP 1197 1198 1199 Total EIec1ric: Interest Deductions for Tax 1200 12'Non-UtIHty PortIon of InIienIsI 121.427 NUTIL NUTIL 1203 428 NUTIL NUTIL 1204 429 NUTIL NUTIL 1205 431 NUTIL NUTIL 1206 1207 Total Non-utillty Intef8st 1208 1209 Total Interest Deductionl for Tax 1210 1211 1212 419 Interest & Dividendi 1213 SNP 1214 Total Operating Deductions for Tax PacifiCorp Exhibit No. 24 NO. P AC-O5- s David L. Taylor CASE Witnes IDAHQ.UPL Nonnaliz Productio ransmission tri tio Retail MIs (774,576)(371,206)(175,667)(227,703) (774576\(371,206)(175,667)(227,703) m4,576 1371,2061 (175,6671 (227,7031 IDAHQ.UPl rmalized roducti Transmis ion Distri ution BJmiI MIs (897952)(393,058)(182,509)(314,335)(8,050) 12,849,331 624507 611,627 498,001 115,196 11,951,379 5,231,449 429,118 183,666 107,145 644,615 282 166 131,018 225,652 779 644,615 282,166 131,018 225,652 779 (5,163)(2,260)(1,049)(1,807)(46) (5,163)(2,260)(1,049)(1,807)(46) 043,040 456 567 211 998 365.124 351 043 040 456,567 211,998 365.124 351 (441,366)(193 198)(89,708)(154,504)(3,957) (441.366)(193,1981 (89708)(154,504)(3,957) 13,192,504 774 723 661.377 618 131 118.272 13,192.504 774.723 681,377 618.131 118.272 Tab 2 Page 18 , ~ 1215 MARCH 2004 REVISED PROTOCOL 1216 BEGINNINGIENDING 1217 FERC BUSINESS PITA 1218 DESCRIPTION FUNCTION FACTOR 1219 41010 Deferred Income Tax . Federal-OR 1220 1221 TROJD 12.'DGP 12.LABOR 1224 SNP 1225 1226 1227 GPS 1228 DITEXP DITEXP 1229 CUST SADDEBT 1230 CUST 1231 SGCT 1232 DPW SNPD 1233 1234 1235 41011 Deferred Income Tax . State-DR 1236 CUST 1237 DGP 1238 LABOR 1239 1240 1241 GPS 1242 TROJP 1243 SNP 1244 CUST SADDEBT 1245 DITEXP DITEXP 1246 SGCT 1247 DPW SNPD 1248 1249 1250 1251 1252 1253 41110 Deferred Income Tax - Federal-CR 1254 1255 1256 DGP 1257 SNP 1258 1259 GPS 12'LABOR 12.SNPD 1262 CUST SADDEBT 1263 DITEXP DITEXP 1264 TROJD 1265 SGCT 1266 1267 1268 1269 1270 41111 Deferred Income Tax - State-CR 1271 1272 SNP 1273 DITEXP DITEXP 1274 SNPD 1275 SGCT 1276 1277 CUST BADDEST 1278 GPS 1279 LABOR 1280 1281 TROJP 1282 1283 1284 1285 1286 1287 1288 TOTAL DEFERRED INCOME TAXES nu:lU\..urp Exhibit No. 24 NO. P AC-O5- David L. Taylor CASE Witness IDAHO-UPL onnalized Production Transmission istribution 8m!MIs 470,331 470,331 86,268 66,268 337,011 195,754 121,685 599,869 419.703 223,217 97.708 45,369 78,139 001 025,456 025.456 387,110 282.762 124,348 45,359 19.855 9,219 15,878 407 15,092,744 552,242 086,544 435,145 18,814 76,121 76.121 189.502 189.502 22,913.118 11.766,497 387,164 316,532 440925 (816,857)(357561)(166.026)(285,947)(7,323) (2,334544)(2,334 544) (112,650)(49,310)(22,896)(39,434)(1,010) (645,823)(438,371)(207.452) (39034)(17.086)(7.934)(13,664)(350) I (20.134,485)(1.092,130)(111,140)(547,884)(383,331) (18775)(12 744)(6,031) (51.758)(51.758) (8,318,648)(3,060,222)(2,252,375)(2,99~,682)(10 370) (144 759)(144,759) (138,791)(138,791) (14 756.124)(7,645,519)(2,773,853)882 610)(454 142) 156,994 120 979 613 311 435,922 (13 217) Tab 2 Page 19 1289 MARCH 2004 REVISED PROTocOL 1290 BEGINNING/ENDING 1291 FERC BUSINESS PITA 1292 DESCRIPTION FUNCTION FACTOR 1293 SCHMAF Additions - Flow Through 1294 SCHMAF 1295 SCHMAF SNP 12r .SCHMAF 129.SCHMAF 1298 SCHMAF TROJP 1299 SCHMAF DGP 1300 1301 1302 SCHMAP Additions - Permanent 1303 1304 LABOR SNP 1305 SCHMAP-SO 1308 1307 1308 1309 SCHMAT Additions - Temporary 1310 SCHMA T -SITUS 1311 SGCT 1312 DPW CIAC 1313 SCHMAT-SNP SNP 1314 TROJD 1315 DGP 1318 SCHMAT. 1317 1318 SCHMAT-GPS GPS 1319 SCHMAT-SO 1320 SCHMAT-SNP SNPD 1321 DPW SADDEST 1322 SOOKDEPR SCHMDEXP 1323 1324 1325 TOTAL SCHEDULE - M ADDITIONS 1326 1327 SCHMDF Deductions - Flow Through 1328 SCHMDF 1329 SCHMDF DGP 1330 SCHMDF 1331 1332 133.~ 13: 133...:HMDP Deductlonl - Permanent 1338 SCHMDP 1337 1338 PTD SNP 1339 SCHMDP 1ST 1340 SCHMDP- 1341 1342 1343 SCHMDT Deductions. Temporaty 1344 1345 DPW SADDEST 1348 SCHMDT-SNP SNP 1347 CUST DGP 1348 1349 SCHMDT- 1350 SCHMDT -GPS GPS 1351 SCHMDT- 1352 BOOKDEPR TAXDEPR 1353 DPW SNPD 1354 1355 1358 TOTAL SCHEDULE - M DEDUCTIONS 1357 1358 TOTAL SCHEDULE. M ADJUSTMENTS 1359 1380 NOTE: 1381 .. ."un..uII' Exhibit No. 24 CASE NO. PAC-O5- s David L. TaylorWitnes IDAHO-UPL nnallz roduction ransmission stribution B!!!!i!M!!!& 105,954 105,954 200,889 102,787 10,460 51,565 36,078 (268,034)(137,142)(13,956)(88 800)(48,136) 38,808 71,598 13,496)117 235)(12,059) 996,212 908,285 132,970 426,155 359,489 171,313 231,160 231,160 641,448 841,448 002,382 439,734 209,711 352,917 206,823 206,823 882,114 887,058 (1,843)(3,101) 338,329 338,329 (2,629.806)(1,153,691)(550,199)(925,916) (178,799)(21,870)(37,092)(22,953)300 (103,185) 821 859 360548 171 947 289,364 22,249,993 491,986 905,108 806,724 175 28,559 694 684,362 830,602 10,564 638 411,965 68,128 598 503 13,755,960 827 105 10,547,403 399906 128 360,270 360,270 921 10,506 972 444 060781 518,478 107,531 304 033 130,739 442,972 889,253 112503 310,477 130,739 8,298,306 756,943 1,280 131 204,767 56,465 (136,381)(136,381) 323,282 580,239 275,114 465,317 612 603 463 603,463 (229,918)(30,393)(101 019)(98,507) 668 7,296 388 835 149 510 088 285,142 (24 218)858 149 306 34,981 283 18,067,620 139,584 701,483 72,596 412,718 412,718 43,779,510 22,270,310 572,980 13,655,093 281,128 - I 222,482 23,159 563 685.482 965 570 411 867 116,623 979\19,403,603\858 377)418 1671 111,961\68,128 Positive Schedule M amounts increase taxable Income and therefore reduce tax expense. Negative Schedule M amounts decrease taxable income and therefore increase tax expense. Tab 2 Page 20 , ~ 1362 MARCH 2004 REVISED PROTOCOL 1363 BEGINNINGIENDING 1364 FERC BUSINESS PITA 1365 DESCRIPTION FUNCTION FACTOR 1368 40911 Slate Income Taxes 1367 IBT IBT 1368 IBT IBT 13F IBT IBT IBT IBT 137.OTAL STATE TAXES 1372 1373 1374 FERC 1375 DESCRIPTION FACTOR 1376 Calculation orTaxable Income: 1377 Operating Revenues 1378 Operating Deductions: 1379 0 & M Expenses 1380 Depreciation Expense 1361 Amortization Expense 1382 Taxes Other Than Income 1383 Interest & Dividends (AFUDC-Equity) 1384 Mise Revenue & Expense 1385 Total Operating Deductions 1386 Other Deductions: 1367 Interest Deductions 1386 Interest on PCRBS 1389 Schedule M Adjustments 1390 1391 Income Before State Taxes 1392 1393 State Income Taxes 1394 1395 Total Taxable Income 1396 1397 Tax Rate 1398 1399 Federal Income Tax - Calculated 1400 1401 Adjustments to Calculated Tax: 1402 40910 PM! 1403 FITGCC Glenrock Coal 1404 FITOTH FIT True-up NUTIL OTH 1405 FIT LABOR 1406 Federal Income Tax Per Books 14,JTAL OPERATING EXPENSES & M~".~V. l' Exhibit No. 24 NO. PAC-O5- s David L. Taylor CASE Witnes IDAHQ..UPL Normalized Productio rans sion Distributi B.t!i!!I MIs 335.206 35,945 013 118,803 904 78,541 335.206 945 013 116 803 904 541 IDAHQ..UPL nnallzed Producti ransmissio Distribution Retail MIs 225,673,175 164,048,728 22.874.770 31,743 047 144,273 062,357 162,849,771 133,873.246 857,365 13,581,263 445.265 292.832 21,086,177 10,890,882 700,846 450,689 43,760 835,450 910,547 591,498 747.217 386,188 637,786 043,959 937.816 1.814,854 41,357 /21,826\(41,7001 114,266)34,141 192,187358 148,476,934 15,073.059 22.428,163 916,570 292,832 13,192,504 774,723 681,377 818,131 118,272 (18,623,979)(9,403,603)(3,856,377)(3,418.167)(11,961)88,128 669,334 393,467 061,958 1.278.586 97,470 837.854 335,206 35,945 013 118803 904 78,541 334,128 357.523 964,944 161 782 88,565 761,313 35.00%35.00%35.00%35.00%35.00%35.00% 166.945 125,133 337,730 406,624 30,998 266,460 (154495)(154,495) 041 091 315 551 085 018,491 126,27ru 336.045 I 408,174 I 32,083 I 266.460 I 200,923,474 152,236,380 16,945761 38,742,623 11,389 605 928264 Tab 2 Page 21 1409 MARCH 2004 REVISED PROTOCOL 1410 BEGINNINGIENDING 1411 FERC BUSINESS PITA 1412 . DESCRIPTION FUNCTION FACTOR 1413 310 Land and Land Rights 1414 1415 14. 1411.SSGCH 1419 DGU 1420 1421 1422 311 StlUctures and Improvements 1423 1424 1425 1428 SSGCH 1427 DGU 1428 1429 1430 312 Boller Plant Equipment 1431 1432 1433 1434 SSGCH 1435 DGU 1438 1437 1438 314 urbogeneratorUnits 1439 1440 1441 1442 SSGCH 1443 DGU 1444 1445 1446 315 Accessory Electric Equipment 1447 1448 1449 1450 SSGCH 1451 DGU 1452 1453 j4' 1450 ~18 Mise Power Plant Equtpment 1457 1458 1459 1460 SSGCH 14e1 COO 1482 1483 1464 1465 UncllISsifted Steam Plant. Account 300 1468 1487 1468 1489 1470 Total Steam Production Plant 1471 1472 1473 Summary of Steam Production Plant by Factor 1474 1475 DGP 1478 DGU 1477 1478 SSGCH 1479 Total Steam Production Plant by FBCIOr .. """""u' I' Exhibit No. 24 O. PAC-O5-1 David L Taylor CASE N Witness IDAHo-UPl Nonnaliz rod cti ransmissio istribution Bmil M!!Si 233.402 233.402 223504 2,223.504 665.417 665.417 74.221 74.221 196544 196.544 15.428.577 15.428.577 21.390.830 21.390.830 180.194 180.194 135.859 735.859 48.733.460 48.733 460 49.447.073 49.447073 48.910.238 48.910,236 48.803818 46.803.816 13.005.181 13.005.181 158.166.306 158.166 306 10.436.853 10.438.653 10.575.728 575 728 18.211.830 18,211.830 047.420 047 420 42,271.631 42,271 631 748 065 748.085 152.954 152.954 039,187 039,187 764.398 764.398 20.704,624 17 .940,226 383.338 383.338 736.258 736.258 606 775 606 775 181.539 181.539 907,911 907.911 274 980 476 274,980 476 253.171.658 253.171.658 21,808,618 21.808 618 274 980 476 274980,476 Tab 2 Page 22 , ~ 1480 MARCH 2004 REVISED PROTOCOL 1481 BEGINNINGIENDING 1482 FERC BUSINESS PITA 1483 ACCT DESCRIPTION FUNCTION 1484 320 L8Id and Land Rights 1485 1486 14' . 14. 1489 321 Structures and Improvements 1490 1491 1492 1493 1494 322 Reactor Plant Equipment 1495 1496 1497 1498 1499 323 Turbogenerator Units 1500 1501 1502 1503 1504 324 Land and Land Rights 1505 1506 1507 1508 1509 325 Mise. Power Plant Equipment 1510 1511 1512 1513 1514 1515 Unclassified Nuclear Plant - Acct 300 1516 1517 1518 1519 1520 Total Nuclear Production Plant 1521 1522 1523 152'~umm~ of Nuclear Production Plant by Factor DGP 15..DGU 1527 1528 1529 Total Nuclear Plant by Factor PacifiCorp Exhibit No. 24 C S NO. PAC-O5-1 s David L. TaylorWitnes IDAHO-UPL lized Productio ransmiss Distribution BBi!MIs Tab 2 Page 23 1530 MARCH 2004 REVISED PROTOCOL 1531 BEGINNINGIENDING 1532 FERC 1533 DESCRIPTION 1534 1535 330 Land Land Rights 153ft Pre-Merger Pacific 153 PrMtetger Utah 1538 Post-Merger Pacific 1539 Post-Merger Utah 1540 1541 1542 331 Structures and Improvements 1543 Pre-Merger Pacific 1544 Pre-Merger Utah 1545 Post-Merger Pacific 1548 Post-Merger Utah 1547 1548 1549 332 . ResIIVOIlS, Dams & WateIways 1550 PrMtelg8l' Pdc 1551 Pre-MeIger Utah 1552 Post-Merger Pacific 1553 Post-Merger Utah 1554 1555 1558 333 WaterWheel, TUlbines, & Generators 1557 Pacific 1558 Pr8-Merger Utah 1559 Post-Merger Pacific 1580 Post-Merger Utah 1561 1562 1563 334 Accessory Electric Equipment 1564 Pre-Melger Pacific 1565 Pre-Merger Utah 1566 Post-Merger Pacific 1567 Post-Merger Utah 1568 1569 1570 1571 1572 335 Misc. ~ Plant. Equipment 1573 Pacific '~7/Pr8-Merger Utah 15;Post-Merger Pacific 157b PosI-Merger Utah 1577 1578 1579 338 Roads, Railroads & Bridges 1580 Pre-Merger PacifIC 1581 PIK4erger Utah 1582 . Post-Melger Pacific 1583 Post-Merger Utah 1584 1585 1586 1587 Unclassified Hydro Plant - Acct 300 1588 Pre-Merger PacifIC 1589 Pre-Merger Utah 1590 Post-Merger Pacific 1591 1592 1593 1594 1595 1596 1597 1598 1599 1800 1801 Total Hydraulic pqnt 1602 1803 SummlWY of HydrauHc PI...t by Factor 1604 1605 1606 DGP 1807 DGU 1808 Tot8I Hydraulic Plant by Factor raclU\..orp Exhibit No. 24 CASE NO. PAC-O5-1 ess David L. TaylorWitn IDAHO-lIPL Normalized Productio ransmission Distributio .BI!i!!!MIs 737,010 737,010 341,774 341,774 148.241 148.241 937 40,937 1.267 962 1.267 962 485,137 485,137 417.246 417.246 631,423 631,423 312,042 312,042 845.848 845 848 10,657,107 10,657,107 445,077 445,077 639,546 639546 189397 189,397 16,931,127 16,931 127 106,422 106,422 652,772 652,772 1,673,096 673 098 372,143 372,143 804,434 804,434 403 077 403 077 286,094 286.094 211 299 211,299 193,297 193.297 093767 093767 111.231 111,231 15,140 15,140 68,028 68,026 069 069 201 469 201.469 314 924 314,924 54,931 931 362,393 362.393 19,946 19,946 752,194 752,194 30,B9BBOO 30,B9BBOO 696,800 896,800 30,896 800 30,896 800 Tab 2 Page 24 , ~ 1609 MARCH 2004 REVISED PROTOCOL 1610 BEGINNINGIENDING 1811 FERC BUSINESS PITA 1812 DESCRIPTION FUNCTION 1813 1614 340 Land and Land Rights 1811' 16. 1818 1819 341 StnJctures and Improvements 1620 1621 1622 SSGCT 1623 1624 1625 342 Fuel Holders. Producers & Accessories 1628 1627 1828 SSGCT 1829 1830 1831 343 Prime Movers 1632 1833 1834 1835 SSGCT 1638 1837 1638 344 Generators 1839 1640 1641 1642 SSGCT 1643 1644 1645 345 Accessory Electric PIant 1646 1647 1648 SSGCT 1649 1650 1651 1652 . 165."'\46 Misc. Power Plant Equipment 1&. 1656 1657 1658 Unclassified Other Prod Plant-Acct 300 1659 1660 1661 1662 1663 Total Other Production Plant 1664 1665 Summary of Other Production Plant by Factor 1666 1667 DGU 1668 1669 SSGCT 1670 Total of Other Production Plant by Factor 1671 1672 Experimental Plant 1673 103 Experimental Plant 1674 1675 Total Experimental Plant 1676 1677 TOTAL PRODUCTION PlANT CiI\:lII\...urp Exhibit No. 24 CASE NO. PAC-O5-1 s David L. TaylorWitnes IDAHQ.UPL nnallz roductio ransmission isbibution 8I!i!i!MIs 54.292 54.292 54.333 54.333 806.075 806.075 11.212 11.212 122.146 122.146 939.434 939.434 199.105 199.105 622 822 038.477 036.477 9.243.404 9.243404 52.758 52,758 088.970 088.970 120.068 120.068 12.281.794 12.261.794 662 662 876.393 876.393 534,555 534.555 416,609 416.609 729,878 729.878 10.322 322 147,314 147,314 887,514 887 514 32.060 32.060 413 413 34.473 34.473 837 560 26.837.560 12.877.001 12,877001 13.960,559 13,960,559 26,837 560 26,837560 332 714 838 332,714,836 Tab 2 Page 25 1878 MARCH 2004 REVISED PROTOCOL 1879 BEGINNINGIENDING 1880 FERC BUSINESS PITA 1681 DESCRIPTION FUNCTION 1682 350 Land and Land Rights 1683 1684 18f 1687 1688 352 Structures and Improvements 1689 1690 1891 1892 1893 1894 1895 353 Station Equipment 1698 1897 1898 1899 1700 1701 354 Towers and F"odures 1702 1703 1704 1705 1706 1707 355 Poles and FIxtures 1708 1709 1710 1711 1712 1713 356 Clearing and Grading 1714 1715 1716 1717 1718 1719 357 Underground Conduit 1720 1721 1722 '7:' 17. 1725 358 Underground Conductors 1726 1727 1728 17211 1730 1731 359 RoIKIs and Traits 1732 1733 1734 1735 1736 1737 Undassiroed Trans Plant - Acct 300 1738 1739 1740 1741 TSO Unclassified Trans Sub Plant. Acct 300 1742 1743 1744 1745 TOTAL TRANSMISSION PLANT 1748 Summary of Transmission PIn by Factor 1747 DGP 1748 DGU 1749 17SO Total Transmission Plant by Factor ra\:lu\.-urp Exhibit No. 24 CASE NO. PAC-O5-1 s David L. TaylorWitnes IDAHQ-UPL ormalized Production ransmission istributi BI!!!!M!G 378,485 376,485 183.625 183,625 111,463 111,463 671,574 671,574 558.590 558,590 181.879 181,879 345.464 345.464 065,934 065,934 125,560 125,560 13,186,361 13.188.361 30,786689 30,786 669 53,096,610 53,096,610 10,062.727 10,062,727 8.205,674 8,205.674 747,039 747,039 23,035,440 23,035,440 577,721 577.721 668 624 668,624 17,011,627 17,011,627 257,971 29,257,971 462,728 462,726 224 527 224,527 680,756 14,660,756 36,366 011 36,366,011 411 411 10,491 10.491 141,503 141,503 152,404 152,404 85,665 65,665 187,551 187,551 253,216 253,216 125.213 125.213 308 32,308 569,512 569512 727 034 727 034 - I 153,630 194 153 630 194 153,630,194 153 630,194 153630 194 153,630 194 Tab 2 Page 26 , ~ 1751 MARCH 2004 REVISED PROTOCOL 1752 BEGINNINGIENDING 1753 1754 FERC BUSINESS PITA 1755 DESCRIPTION FUNCTION FACTOR 1758 360 Land and Land Rights 1757 DPW 17f 17!. 1760 361 StnJctures and Improvements 1761 DPW 1762 1763 1764 362 Station Equipment 1765 DPW 1766 1767 1768 364 Poles, Towers & Axtures 1769 DPW 1770 1771 1772 365 Overhead Conductors 1773 DPW 1774 1775 1778 368 Und8lground Conduit 1777 DPW 1778 1779 1780 1781 1782 1783 367 Underground Conductors 1784 DPW 1785 1786 1787 368 Line Transfonners 1788 DPW 1789 1790 1791 369 Services 1792 DPW 1793 1794 1795 '\70 Meters 17f DPW 171 1798 1799 371 Installations on Customers' Premises 1800 DPW 1801 1802 1803 372 Leased Property 1804 DPW 1805 1806 1807 373 Street Lights 1808 DPW 1809 1810 1811 Unclassified Dist Plant - Acct 300 1812 DPW 1813 1814 1815 DSO Undassified Dist Sub Plant - Acct 300 1816 DPW 1817 1818 1819 1820 TOTAL DISTRIBUTION PLANT 1821 1822 Summary of Distribution Plant by Factor 1623 1824 1825 Total Distribution Plant by Factor 1826 MARCH 2004 REVISED PROTOCOL .. "","'vu,t' Exhibit No. 24 CASE NO. PAC-O5-1 s David L. TaylorWitnes IDAHO-UPL nnalized Productio ransmission Distributio Bmi!M!G 149,294 149.294 149,294 149,294 767,250 767,250 767,250 767.250 18,314.387 18.314.387 18,314.387 18,314.387 44.774,740 44.774,740 44,774740 44,774 740 29.269.821 29,269.821 29,269 821 29.269 821 439 583 439.583 439,583 439.583 18,349 268 18.349,268 349.268 18,349,268 832,664 50.832,664 50.832,664 832.664 16.183.278 16.183.278 16.183278 16.183,278 '~, 4O8.537 . . 13,408,537 13,408.537 13.408.537 155,210 155,210 155,210 155,210 873 873 873 873 492.909 492,909 492.909 492.909 199 141 815 199 141 815 199.141,815 199.141.815 199,141 815 199 141 815 Tab 2 Page 27 1827 BEGlNNINGIENDING 1828 FERC BUSINESS PITA 1829 DESCRIPTION FUNCTION FACTOR 1830 389 Land end Land Rights 1831 G-SITUS 1832 CUST 1833 G-DGU 18:'G-SG PTD 1836 1837 1838 390 SJruclures and Improvements 1839 G-SITUS 1840 G-DGP 1841 G-DGU 1842 CUST 1843 G-SG 1844 PTD 1845 G-DGU DGU 1848 1847 1848 391 0If1c:e Fum1Iure & Equipment 1849 G-SITUS 1850 G-DGP 1851 G-DGU 1852 CUST 1853 G-SG 1854 1855 PTD 1856 G-SG SSGCH 1857 G-SG SSGCT 1858 G-DGU DGU 1859 1860 1861 392 Transportation Equipment 1862 G-SITUS 1863 PTD 1864 G-SG 1865 CUST 1866 G-DGU 1867 1868 G-DGP 1869 G-SG SSGCH 1870 G-DGU SSGCT 1871 187 18'Stores Equipment 1874 G-SITUS 1875 G-DGP 1878 G-DGU 1877 PTD 1878 G-SG 1879 G-DGU SSGCT 1880 1881 1882 394 Tools. Shop & Garage Equipment 1883 G-SITUS 1884 G-OGP 1885 G-SG 1886 PTD 1887 1888 G-OGU 1889 G-SG SSGCH 1890 G-DGU DGU 1891 1892 1893 395 Labora1Dry Equipment 1894 G-SITUS 1895 G-OGP 1898 G-OGU 1897 PTD 1898 1899 G-SG 1900 G-SG SSGCH 1901 G-DGU DGU 1902 1903 1904 398 PoMr Operated Equipment 1105 G-SITUS 11108 G-OGP 1107 G-SG 11108 PTD 1lIOII G-OGU 11' 11\G-SG SSGCH 1112 G-OGU DGU 1113 nl~ln\.-Ul"p Exhibit No. 24 CASE NO. PAC-O5-1 s David L. TaylorIDAHO-UPL Witnes nnalized Producti Tran mission Disbib tion Retail MIs 291.364 58,664 232.690 43.404 43,404 325 186 128 333,689 159,917 75,678 98,095 668,860 160 167 134,492 330.798 43,404 9,213.135 288 855.001 357.847 861 14,153 10,708 110,245 83,279 43.328 838 440,001 440.001 191.045 132,402 54.832 774,139 787,187 309,524 697,429 15,753,427 977,308 3,272.571 063.546 440 001 795,495 160.167 635.303 29.483 16.784 12.698 41,434 23.782 18,284 367 241,456 241,458 439.670 304,708 124.300 10,881 17.194 17.194 979,053 386,151 129,205 463.698 38,587 26.729 10,903 935 582,351 775,373 453,559 111,963 241 456 662,512 114 737 421 924 976 378 331 181 311 85,802 111,218 534.365 370336 151 072 12.957 628 628 67.358 663 473 223 43.696 696 161 631 530 21,928 15,197 199 532 853 490 335 724,832 658,437 013 833 051,934 628 475.272 693 379,565 21.384 12,174 210 63,979 36,723 25,145 111 869 107 042 720 75,696 52,460 21.400 835 256 721 494 677.456 121.200 160,984 395,273 951,175 191 513 759 633 224,910 128,040 96.870 601,279 555317 226.532 429 230 706 110563 52,322 67,821 928 928 327,038 187714 128532 10,792 118.803 82,335 33,587 881 659,838 069 927 729,355 860556 870.073 175,183 694,863 10,606 038 568 806 42,937 29.400 468 318,558 151 706 71.792 059 139 139 217,491 150.730 61,488 5,274 884 692 098 495.557 356,270 343,530 795.758 923886 185 192.733 730,968 112,498 84,045 48,454 007,797 698.442 284.917 24,437 269,844 129,319 81,198 79.326 74,311 42,653 29,205 452 8,254 8,254 58~85 40,380 16,472 413 454.854 983 279 632,980 838 596 Tab 2 Page 28 , ~ 1914 MARCH 2004 REVISED PROTOCOl 1915 BEGINNINGIENDING 1916 FERC BUSINESS PITA 1917 DESCRIPTION FUNCTION FACTOR 1918 397 Communication Equipment 1919 COM 1920 COM 19'.COM 19..COM 1923 COM 1924 COM 1925 COM 1926 COM SSGCH 1927 COM DEU 1928 COM DGU 1929 1930 1931 398 Misc. Equipment 1932 G-SITUS 1933 G-OGP 1934 G-DGU 1935 CUST 1936 PTD 1937 1938 G-SG 1939 G-OGU DGU 1940 1941 1942 399 Coal Mine 1943 1944 DEU 1945 Urickassified Mine Plant 1946 1947 1948 399L WIDCO Capital Lease 1949 1950 1951 1952 Remove Capital Leases 1953 1954 1955 1011390 General Capital Leases 1956 G-5ITUS 1957 PTD . 1958 19' 19l Remove Capital Leases 1961 1962 1963 1011392 General Vehides Capital Leases 1964 LABOR 1965 1966 1967 Remove Capital Leases 1968 1969 1970 Unclassified Gen Plant - Acct 300 1971 G-SITUS 1972 PTD 1973 CUST 1974 G-SG 1975 G-DGP 1976 G-DGU 1977 1978 1979 399G Unclassified Gen Plant - Acct 300 1980 G-5ITUS 1981 PTD 1982 G-SG 1983 G-DGP 1984 G-DGU 1985 1986 1987 TOTAL GENERAL PLANT 1988 1989 Summary 0' General Plant by Factor 1990 1991 DGP 1992 DGU 1993 1994 1995 199f' 19'.DEU 1!19..SSGCT 1999 SSGCH 2000 Less Capital Leases 2001 Total General Plant by Factor raCItlLOrp Exhibit No. 24 CASE NO. PAC-O5- s David L. TaylorWitnes IDAHO-UPL Nonnalized Producti Transmission Distribution B!!!!!MIs 755,035 973,637 766,191 752,587 262,620 415,576 70,307 127,538 198,767 18,964 668,919 113,168 205,288 319,939 30,525 3,204,973 542,217 983,590 532,913 146,253 211.817 35,835 65,006 101,310 666 614,670 442,350 802,429 1,250,576 119,315 438 134 210 52.347 856 16,065 25,037 389 12,923774 186,444 966,242 181,338 589,751 55.797 11,234 44,561 599 049 550 33,371 19.154 13,115 101 8,218 6,218 176.008 84.350 39,917 51,741 297 297 50,721 35,152 14,339 1,230 326,011 141,003 156 633 6,2. 21.335,986 21,335,986 21,335 986 21,335 986 053,289 504,776 238,877 309,636 053,289 504,776 238 877 309,636 '1,053,289)'504,776\(238 877)(309,636) - . 74,602,948 32,765,395 12,787 701 27,728 394 321 458 27,993,744 974,331 243,801 512 993 262,620 8,252.674 632,433 575,535 875,902 188,804 16,756,458 038,604 056,947 516,655 148,253 21,413,933 21.413,569 134 210 943,525 35,835 85,006 101.310 741,373 110 1,211 829 293,794 176,188 84,325 30,892 389 (1,053,289) (504,776)(238,877)(309,636) 74,602.948 32,765,395 12,787 701 27,728394 321,458 Tab 2 Page 29 2002 MARCH 2004 REVISED PROTOCOL 2003 BEGINNINGIENDING 2004 FERC BUSINESS PITA 2005 DESCRIPTION FUNCTION FACTOR 2006 301 OIganization 2007 !-SITUS 2001'PTD !-SG 2011 302 Franchise & Consent 2012 !-SITUS 2013 !-SG 2014 !-SG 2015 !-SG 2018 2017 I-DGU 2018 2019 2020 303 MIscellaneous Intangible Plant 2021 !-SITUS 2022 !-SG 2023 PTD 2024 2025 CUST 2028 DGU 2027 DEU 2028 I-DGP 2029 2030 303 Less Non-UtIIity Pl8I1t 2031 !-SITUS 2032 2033 Unclassified Intangible Plant. Acct 300 2034 SITUS 2035 2036 DGU 2037 PTD 2038 2039 2040 TOTAl INTANGIBLE PlANT 2041 2042 Summary of Intangible Plant by FaclOr 2043 2044 DGP 2045 DGU 2CW' '2( zo.- 2049 DEU 2050 2051 TotBIlntanglbie Plant by Factor 2052 SunwnBIY of Unclassified Plant (Account 106) 2053 20501 DSO 2055 2058 2057 2058 2059 2060 TSO 2061 2062 2063 2064 Total Unclassified Plant by Fac1Dr 2065 2066 TOTAl ELECTRIC PlANT IN SERVICE 2067 Summary of Electric Plant by Factor 2066 2069 2070 DGU 2071 DGP 2072 2073 2074 2075 DEU 2076 SSGCH 2017 SSGCT 2078 Less Capillllleases 2079 ra~lII\.-urp Exhibit No. 24 CASE NO. PAC-O5-1 David L. TaylorWitness IDAHQ.UPL onnallzed roduction ransmission Disbibulio Bi!I!!M!K 600,526 598,855 374.103 629,568 600,526 596,855 374 103 629,568 008.444 376.061 235,711 396.612 80,046 70,382 329 335 156,411 175;346 328,429 52,637 168.113 027.090 121,544 19.480 184,499 164,499 61,474 61,474 658,988 494,851 694 013 470 123 102,802 848.936 218.600 35,067 20.068,811 617,737 551,429 899,646 67,222 87.222 749,178 749,778 25.988 613 11,533,894 770,229 934 712 749,778 988613 11,533,894 170 229 934,712 749 778 248 127 625600 838,344 034 404 749 778 608 970 972,915 609,814 026,241 753,346 967,727 677.101 108,518 20,068,811 617,737 551 429 699,646 749 778 749.778 67,222 222 33.248,127 16.625.600 838 344 034 404 749.778 793,337921 382,105 831 172,256240 233 904 613 071.236 229 744529 947.246 853,615 220.681,048 262,620 21,481 154 21,480 790 134 210 465,581 873 306545.819 156,882.831 984.419 168 804 36,625269 16,654,341 608.376 416,300 146,253 693,303 35,835 65,006 101 310 491 152 22,102 412 21,964,606 64,325 30,892 389 13.962,669 13,961,170 829 053,289)(504.776)(238 877)(309636) 793 337 921 382,105 831 172.256 240 233.904,613 071 236 Tab 2 Page 30 , ~ 2080 MARCH 2004 REVISED PROTOCOL 2081 BEGINNINGIENDING 2082 FERC BUSINESS PITA 2083 DESCRIPTION FUNCTION FACTOR 2084 105 Plant Held For Future Use 2085 DPW 2086 20e- 20l 20811 2090 2091 2092 2093 2094 2095 114 Electric Plant Acquisition Adjustments 2096 2097 2098 2099 2100 2101 115 Accum Provision for Asset Acquisition Adjustments 2102 2103 2104 2105 2106 2107 120 Nuclear Fuel 2108 2109 2110 2111 124 Weatherization 2112 DMSC 2113 DMSC 2114 2115 2116 182W Weatherization 2117 DMSC 2118 DMSC 2119 DMSC SGCT 2120 DMSC 2121 2122 2123 186W Weatherization , 212'DMSC 21:DMSC 212~DMSC CNP 2127 DMSC 2128.DMSC 2129 2130 2131 Total Weatherization 2132 2133 151 Fuel Stock 2134 DEU 2135 2136 DEU 2137 SSECH 2138 2139 2140 152 Fuel Stock - Undistributed 2141 2142 2143 2144 25316 DG&T Wor\(ing Capital Deposit 2145 2146 2147 2148 25317 DG&T Wor\(ing Capital Deposit 2149 2150 2151 2152 25319 Provo Wor\(ing Capital Deposit 2153 2154 2155 2156 Total Fuel Stock . raCIIll.-orp Exhibit No. 24 NO. PAC-O5-1 s David L. Taylor CASE Witnes IDAHD-UPL nnallzed Productio ransmission istribution BBi!.MIs 20,224 20,224 68,460 460 86,684 86,460 224 194,359 194,359 938,607 938,607 132,966 10,132,966 (3,480 368)(3,480,368) 1521469)1521.469) 14,001,837 001 837) 267207 267,207 307,096 307096 574303 574 303 560834 560,834 560,834 560,834 135.137 135.137 944.310 944 310 365541 365,541 309.851 309,851 181.337)(81,337) 181.337 (81,3371 (140074)(140,074) (140,074 (140.074) 088,440 088,440 Tab 2 Page 31 2157 MARCH 2004 REVISED PROTOCOL 2158 BEGINNINGIENDING 2159 FERC BUSINESS PITA 2160 DESCRIPTION FUNCTION 2181 154 Materials and Supplies 2162 MSS 2163 MSS 21'MSS MSS 216&MSS SNPPS 2187 MSS SNPPH 2188 MSS SNPO 2189 MSS SNPT 2170 MSS 2171 MSS 2172 MSS SNPP 2173 MSS SSGCH 2174 MSS DEU 2175 2178 2177 183 Stores Expense Undistributed 2178 MSS 2179 2160 2181 2182 25318 Provo Working Capital Deposit 2183 MSS SNPPS 2184 2185 2188 2187 Total M8I8rtels & Supplies 2188 2189 165 Prepayments 2190 DMSC 2191 GPS 2192 2193 2194 PTD 2195 2196 2197 182M Mise Regulatory Assets 2198 DD52 2199 DEFSG 2200 SSGCH 2201 DDS02 221. 2204 2205 188M Mise Defllmld Debits 2208 LABOR 2207 2208 2209 DEFSG 2210 LABOR 2211 2212 SNPPS 2213 EXCTAX 2214 DEU 2215 2218 2217 Worldng Capital 2218 CWC Cash Worlting Capital 2219 CWC 2220 CWC 2221 CWC 2222 2223 2224 OWC Other WorItlng Capital 2225 131 Cash SNP 2228 135 WorItlng Funds 2227 143 Other Accounts Receivablo GP 2228 232 Accounts Payable PTD 2229 232 Accounts Payable 2230 253 Deferred Hedge 2231 2533 Other Defllmld Credits - M P 2232 230 A,sset Retirement ObIigatic P 2233 254105 ARO Regula1ory Liability 2234 2533 Deer Creek DEU 2235 2533 ChoIIa Reclamation SSECH 2238 2237 2238 Tot8I WorItlng Capital nll.:ll1\-Ul"p Exhibit No. 24 CASE NO. PAC-OS- David L TaylorWitness IDAHD-UPL nnalized Productio nsmi Distribution B!!I!l 158.355 773.713 109,787 272.874 155.923 128.255 937 19,731 (380.387)(312.888)(19,363)(48.136) 057,610 515.042 155,645 388,922 132 109 614 7.250 449 115 797,848 856.271 40,614 100,963 (48.651)(38,537)(2.385)(5,929) 749 444 729,216 292,670 727,558 (17.510)(14.403)(691)(2.218) 1175101 114.4031 1891)12,2161 731 934 714813 291,779 725,342 894 69,894 352652 154 366 71,677 123 449 162 952 646 306 217 173 217 173 277662 133,066 62,971 81,625 918334 505,252 134,954 205,073 162 894 270520 429 077 222,297 374,097 245049 935.790 935,790 532.602 532,602 (781,304)1211,637)(57,618)(329729)(182,320) 957 608 685,833 164,679 368 245,049 1182,3201 500 279 130 642 449 110 423 911 999 198.424 42,585 21,789 2.217 10.931 648 346 838 346838 502,346 281 905 200,772 11,573 097 303,642 651,835 153 221 214 496 75,418 672 303,642 651 835 153,221 214 496 75,418 672 768,167 336,248 156,130 288,902 887 (9,365)(4,099)(1,903)278)(84) 835,877 365,886 169,892 292,605 494 (452,124)(218,875)(102,538)(132,911) (6,836)(6,836) (329 918)(329,918) (685,868)(685 868) 003)(7,003) 112,929 (548 2651 221,581 425,317 14,296 416 572 303,570 374,802 714639,813 672 Tab 2 Page 32 , ; 2239 2240 2241 2242 2243 2244 2245 224 224 2248 2249 2250 2251 2252 2253 2254 2255 2256 2257 2258 2259 2260 2281 2282 2283 2284 2285 2266 2287 2266 BEGINNINGIENDING FERC DESCRIPTION MIscellaneous Rate Base18221 Unrec Plant & Reg Study Costs BUSINESS FUNCTION 18222 Nuclear Plant - Trojan 1869 Mise Deferred Debits-Trojan 141 Impact Housing - Notes Receivable TOTAL MISCELLANEOUS RATE BASE TOTAL RATE BASE ADDITIONS TROJP TROJO PITA FACTOR PacifiCorp Exhibit No. 24 CASE NO. PAC-O5- ess David L. Taylor SNPPN IOAHO-UPL Witn Nonnalized rod cti ransmission DIstribution BI!IJ!MIs 394.127 394.127 575.128 575.126 969,253 969.253 35.558 35,558 35.558 35.558 004.811 1.004.811 34,972,995 23.782 212 187.209 826169 348,022 031,383 Tab 2 Page 33 2289 MARCH 2004 REVISED PROTOCOL 2270 BEGINNINGIENDING 2271 FERC BUSINESS PITA 2272 DESCRIPTION FUNCTION FACTOR 2273 235 Customer Service Deposits 2274 CUST 2275 22; 227.il1 PlOY for Property Insurant PTD 2278 2282 PlOY for Injuries & Damagt PTD 2279 2283 PlOY for Pensions and Ber PTD 2280 254 Reg Liabilities. Insurance PTD 2281 2282 2283 22844 PruvI8ion lor Hydro ~icenslng 2284 2285 2288 2287 2288 22842 Accum Mise Oper Proy.Tn P TROJD 2289 230 Asset Retirement Obllgallc P TROJD 2290 254105 ARO RegulalDry Uabillty TROJD 2291 254 2292 2293 2294 252 CusIDmer Advences for ConslNction 229S DPW 2298 DPW . SE 2297 2298 DPW 2299 CUST 2300 2301 2302 25399 Other Delerred Credits 2303 2304 GPS 2305 2306 2307 2308 2309 190 Accumulated Delerred Income Taxes 2310 2311 DGU 2312 LABOR 23'DGP 23;CUST BADDEBT 2315 TROJP 2318 2317 2318 PTD SNP 2319 DPW SNPD 2320 2321 2322 2323 281 Accumulated Deferred Income Taxes 2324 2325 DGP 2328 SNPT 2327 2328 2329 282 Accumulated Delerredlncome Taxes 2330 2331 ACCMDIT DITBAL 2332 DGP 2333 LABOR 2334 CUST 2335 2338 2337 2338 2339 283 Accumulated Deferred Income Taxes 2340 2341 2342 2343 LABOR 2344 GPS 2345 PTD SNP 2348 TROJP 2347 PTD SNPD 2348 SGCT 2348 2350, 23f TAL ACCUMULATED DEF INCOME TAX raCIULorp Exhibit No. 24 CASE NO. PAC-O5- s David L. TaylorWitnes IDAHO-UPL nnalized Production Transmission tributi Bs!!iIil MIls; . - (58,540)(28,055)(13,276)(17,209) (705,842)(338,266)(160,079)(207,497) (4,696 638)(2,250,807)(1,065,156)(1.380,675) 1309,092)1148,129)170,099)(90,864) 15,770,112\(2,765,257)(1,308,610)(1,696,245) (785,056)(785,056) 1782,900)(782,900) (1,567,956)/1,567956) (353,572)(353,572) (103,228)(103,228) (24,827)(24827) (481 627 (481,627) (40,760)(40,760) 398 398 /40,362\/40,760)398 (9,614)(9,614) (1,109,209)(1,109,209) (750,273)(750,273) 869 096)869096) 850,101 850,101 166,790 85,340 685 42,812 29,954 447237 447,237 (155,999)(155,999) 943,738 943,738 992,788 992,788 135,977 65,166 30,838 39,973 380,633 781,134 523 82,785 477,191 (74352,224)(35,740,577)(14,382,420)(24,075,114)(154,112) (181,DO9)(92,615)(9,425)(46,462)(32,507)- I (549922)(549922) /949,186)(949,186) 176,032,342)(37332,301)114,391 845)124,121 576)1186,620) 50,528 22,118 10,270 17,688 453 133,988 133,988 41,255 41,255 856 359 438,165 44,590 219,812 153,793 (174 416)(76,347)(35,450)(61,056)(1,564) (833,159)(399,281)(188,953)(244,924) (2,400)(2,400) 388 499 129 760 81,542 161 9951 (167,415)1 (65 721)1 152,683 I (69,570 167\/31,389 172)(14,519,737)(24,104,512)443,254 Tab 2 Page 34 , ~ 2353 MARCH 2004 REVISED PROTOCOL 2354 BEGINNINGIENDING 2355 FERC BUSINESS PITA 2356 DESCRIPTION FUNCTION FACTOR 2357 255 Accumulated Investment Tax Credit 2358 PTI. 2359 PTD ITeM 231 PTD 1TC85 236 PTD 1TC86 2362 PTD 1TC88 2363 PTD 1TC89 2364 PTD ITC90 2365 PTD DGU 2366 2367 2366 TOTAL RATE BASE DEDUCTIONS 2369 2370 2371 2372 FERC 2373 DESCRIPTION fAgQB 2374 108SP Steam Prod Plant Accumulated Depr 2375 2376 2377 2378 DGU 2379 SSGCH 2380 2381 2382 108NP Nuclear Prod Plant Accumulated Depr 2383 2384 2385 2386 2387 2388 2389 108HP Hydraulic Prod Plant Accum Depr 2390 Pre-Merger Pacific 2391 Pre-Merger Utah 2392 Post-Merger Pacific 2393 Post-Merger Utah 2394 2395 2396 1060P Other Production Plant. Accum Depr , 239- 23&. 2400 2401.SSGCT 2402 2403 2404 106EP Experimental Plant - Accum Depr 2405 2406 2407 2408 2409 2410 2411 2412 2413 2414 2415 TOTAL PRODUCTION PLANT DEPRECIATION 2416 2417 FERC BUSINESS PITA 2418 . DESCRIPTION FUNCTION FACTOR 2419 Summary of Prod Plant Depreciation by Factor 2420 2421 DGP 2422 DGU 2423 2424 SSGCH 2425 SSGCT 2428 Total of Prod Plant Depreciation by Factor 2427 2428 2429 FERC 2430 DESCRIPTION FACTOR 2431 106TP Transmission Plant Accumulated Depr 2432 2433 2434 24'")TAL TRANS PLANT ACCUM DEPR .. ""IIl'--UqJ Exhibit No. 24 CASE NO. PAC-O5- s David L. TaylorWitnes IDAHO-UPl nnalized rod cti rans ion tribution B!!I!I M!G (68.345)(32.754)(15,500)(20.091) 166345 132,754)'15,500)(20,091\ - . /19 367 665)(38,105,862)115,843,847)(25.861,608\443.652 IDAHO-UPl nnall Production Transmiss Distributi BI!i!!!MIs (48.168.649)(48,168,649) (54.445,382)(54.445.382) (19.565.082)(19.565,062) /11.609.010)111,609,010) 1133.786323\1133.786,323) (9,468,642)(9,468,642) (1,795,209)(1,795,209) (1,502,001)502.001) 1598,838)(598,838) 113,364,690)113,364,690\ (155.544)(155,544) (2.374 107)(2.374.107) 1376,549)1376,549) 12,906,199 '2,906,199) - . 1150 057 212\1150 057 212\ IDAHO-UPl nnalized rod cti nsmission tri ution BmI!i! (138.071 654)(138,071,654) (11.609.010)(11.609,010) (376549)1376,549) (150,057212 '150,057 212\ IDAHO-UPl Nonnallzed Production Transmission Distribution BH!MI& (21.968,267)(21.988,267) (21,278 187)(21,278.187) 113,456,319)/13,456 319) 156 722 774 156 722,774) Tab 2 Page 35 2438 MARCH 2004 REVISED PROTOCOl. 2437 BEGINNINGIENDING 2438 FERC BUSINESS PITA 2439 DESCRIPTION FUNCTION 2440 108360 Land and Land Rights 2441 DPW 2442 241 2440..381 Structures and Improvements 2445 Df'W 2446 2447 2448 108362 Station Equipment 2449 DPW 2450 2451 2452 108364 Poles, Towers & FIxtures 2453 DPW 2454 2455 2456 108365 Overhead Conduc:tDIs 2457 DPW 2458 2459 2480 108386 Underground Conduit 2481 DPW 2462 2483 2464 108367 Underground Conduc:tDIs 2465 DPW 2488 2467 2468 108368 Line Transformers 2469 DPW 2470 2471 2472 108369 Services 2473 DPW 2474 2475 2476 108370 Meters 2477 DPW 2478 2479 2480 241 246.J371 InaI8IIaIIonI on Cus~. Premises 2483 DPW 2484 2485 2488 108372 Leased Proper1y 2487 DPW 2488 2489 2490 108373 Street Lights 2491 DPW 2492 2493 2494 108000 Unclassified DiSI Plant - Acct 300 2495 DPW 2496 2497 2498 108DS Unclassified Oisl Sub Planl . Acct 300 2499 DPW 2500 2501 2502 1080P Unclassified Disl Sub Plant. Acct 300 2503 DPW 2504 2505 2506 2507 TOTAL DISTRIBUTION PlANT DEPR 2508 2509 2510 2511 Summary of qistribution Plant Oepr by Factor 2512 2513 2514 ToI8I Dlitribution Depr8Ci8IIon by Factor .. ""1 II ""U 1 l' Exhibit No. 24 CASE NO. PAC-O5- s David L. TaylorWitnes IDAHO-UPL Nonnaliz Production ransmission tributi Bmi!MIG /152,272)/152,272) /152,272 (152,272) (417 129)(417,129) (417 129)(417,129) /6,647 817)647 817) 647 817)(6,6478171 /18,757,525)(18 757,525) (18,757,525 118,757 525) (8,889,344)889,344) /8,889,344)(8,889,344) (3,152,340)(3,152340) /3,152,340)(3,152,340) (9,323,762)(9,323 762) (9,323,762)323,762) (24,582,898)(24 582 898) (24,582,898)(24 582,898) 19,354.174)354,174) (9,354,174)(9,354,174) (5,655,557)(5,655.557) (5,655,557)(5.655 557) (153,276)(153,276) (153,276)(153,276) /4,864)(4,864) (4,864)864) (338.546)(338 546) (338,546)(338,546) /87429 502'/87 429,5021 (87 429 502)(87,429,502) (87,429 502 (87429,5021 Tab 2 Page 36 , ~ 2515 2516 2517 2518 2519 2520 2521 252". 252'. 2524 2525 2526 2527 2528 2529 . 2530 2531 2532 2533 2534 2535 2536 2537 2538 2539 2540 2541 2542 2543 2544 2545 2546 2547 2548 2549 2550 2551 2552 2553 2554 2555 2556 2557 2558 2559 256 256. 2562 2563 2564 2565 2566 2567 2568 2569 2570 2571 2572 2573 2574 2575 2576 2577 2578 MARCH 2004 REVISED PROTOCOL BEGINNINGIENDING FERC 108GP BUSINESS DESCRIPTION FUNCTION General Plant Accumulated Depr G-SITUS G-DGP G-DGU G-SG CUST PTD G-DGU G-SG G-SG 108MP Mining Plant Accumulated Depr. 108MP Less Centralia Situs Depredation 1081390 Accum Depr. Capital Lease PTD Remove Capital Leases 1081399 Accum Depr - Capital Lease Remove Capital Leases TOTAL GENERAL PlANT ACCUM DEPR Summary 01 General Depreciation by Factor DGP DGU DEU SSGCT SSGCH Remove Capital Leases Total General Depreciation by Factor TOTAL ACCUM DEPR. PLANT IN SERVICE DGU DEU SSGCT SSGCH DEU ca~lII\..urp Exhibit No. 24 CASE NO. PAC-O5- s David L Taylor PITA fAgQB Witnes IDAHQ.UPL onnalized Production nsmi sion tri utio Bt!IJ!MIs (10.225.137)(319)(2.058.760)(8,166,058) (517 786)(294.773)(223.013) 001 482)(574.835)(393.600)(33.047) (1.866,546)(1,293.589)(527.697)(45,260) (243.487)(243.467) (5.344.671)(2.561.370)(1,212.124)(1.571.178) (45,705)(45.705) (139)(96)(39)(3) (150,642)/104,401)/42,588)/3,653) /19.395 597)/4,875,0891 /4,457 823)/9,819,198)(243,487) (11.188,914)111.188,914) /11.188,914)111,188,914\ /11,188,914 /11.188,9141 130.584,5101 116.064 0021 457,823)(9,819198)1243,487\ (10,225,137)(319)(2,058,760)(8,166.058) (11,234,619)(11,234,619) (5,344671)(2,561 370)(1,212.124)571 178) (243.487)(243,487) (3,385815)(2,163.197)(1.144,310)(78,307) (139)(96)(39)(3) (150,642)(104,401)(42,588)(3,653) /30,584,510 /16064,0021 /4,457,6231 819,1961 /243,4871 /324 793 998 /166 121 2141 /61 180 5961 /91 248 7001 (243 4811 Tab 2 Page 37 2579 MARCH 2004 REVISED PROTOCOL 2580 BEGINNINGIENDING 2581 2582 FERC BUSINESS PITA 2583 DESCRIPTION FUNCTION FACTOR 2584 111SP Accum PlOY for Amort-Sleam 2585 2sr 258& 2589 2590 111GP Accum PloY for Amort.General 2591 G-SITUS 2592 CUST 2593 !-SG 2594 PTD 2595 2596 2597 2598 2599 111HP Accum Prov for A~IO 2800 Pre-Merger PICiflc DGP 2801 Pre-Merger UIIIh DGU 2602 Post-Metg- Pacific 2803 PoIt-MeIger UtIIh SG-U 2804 28OS 2808 2807 1111P Accum Prov for Amoft./ntanglble Plant 2808 !-SITUS 2809 I-DGP 2610 I-DGU 2611 2612 2613 2614 I-SG 2615 CUST 2616 DGU DGU 2617 DEU 2618 PTO 2619 2620 1111P Less Non-Utility Plant 2821 NUTIL OTH 2822 282~ 1399 Accum Prov for Amort-Mlnlng 26.. 2828 2827 2828 TOTAL ACCUM PRaY FOR AMORTIZATION & M~."~V' l' Exhibit No. 24 CASE NO. PAC-O5-1 s David L. TaylorWitnes IDAHQ.UPL Nonnalized roductio ransmissi Distribution BmIil M!& (59,357)(59.357) (373,052)(178,781)(84,605)(109,666) /432,409 /178,781)(84,605\/109 666\/59,357\ (10,020)(10,020) /10,020 /10,020\ (1,980,362)(738500)(482,885)(778,977) (137,860)(137,860) (19 782)(19,782) (35,226)(35,226) (715,602)(629,209)(74 459)(11 933) (229,451)(201 750)(23,875)(3,826) (85,732)(75,382)(8,921)(1,430) (2,263,663)(2,263663) (10 424,957)/4,996,035)364288)064 634) (15,892,635)833,744)(2,934,428)(3,860800)(2,263,663) /15892,635 (6,833,744)(2,934,428\. 13,8608001 263,663\ (16,335 064 (7,022,544)0190331 9704671 323 0201 Tab 2 Page 38 , ~ .... "",-"". /.,,,~;;)., .=-. 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I Q) Q) Q) Q) CD Q) CD- 1/)------ -- ~a::"O c:: c:: c::~ c:: c:: co 0 co co co co Q)-- c::~~~~~~~ CD o~ IV CD CD CD Q) Q) CD~~ c::W CD CD CD Q) 0 Q) CD- u----~ co 0 0------- co u a 0 ceo a a a caw u. u. (9 (9 (9 I- (9 (9 E E E E E E a ~ Z ZOO 0 0 0 0 0 a::Cl. (/) ~ W 0 (/) Cl. =:I a:: :::)CCW N~~Cl. Cl.:::) :::) en a:: (9(9w(9(9~O ~ ~ II- N ~ 00 (/) x ~ ~ ,n I- a. ~ =:I W ~ a c en (/) en (/) (/) uo~(/)uooooen(/)u.W(/)~oa:: ~- (9(9(9l-enZI-IIIIIIIUOO=:l3:ccoow~~Cl.enw~ 99a.~~ I-ooenw (/)0=:11-1-1-1-1-1-1- ceo U U U C ceo a a a a W u. u. (9 (9 (9 ~ (9 ~ - ~ ~ ~ ~ ~ ~ ~ Z Zoo 00000 .. """II"-U' I' Exhibit No. 24 CASE NO. PAC-O5- Witness David L Taylor 'ri "SO s:: CI)0:: ::) a.. , ~ PA , - _ . . CO R P ST A T E O F I D A H O YE A R E N D M A R C H 2 0 0 4 FU N C F A C T O R S cr t lo n es c lo n Pr o d u c t i o n Tr a n s m i s s i o n DP W CU S T DM S C To t a l Pr o d u c t i o n 10 0 . 00 0 0 % 00 0 0 % 00 0 0 % - - 0 . 00 0 0 % 00 0 0 % 10 0 . 00 % Pr o d u c t i o n Tr a n s m i s s i o n 67 . 87 7 9 % 32 . 12 2 1 % 00 0 0 % 00 0 0 % 00 0 0 % 10 0 . 00 % PT D Pr o d , T r a n s , D l s t P l a n t 47 . 92 3 8 % 22 . 67 9 1 % 29 . 39 7 1 % 00 0 0 % 00 0 0 % 10 0 . 00 % RE V R E Q Re v e n u e R e q u i r e m e n t 87 . 85 6 5 % 12 . 14 3 5 % 00 0 0 % 00 0 0 % 00 0 0 % 10 0 . 00 % SC H M A Sc h e d u l e M A d d i t i o n s 43 . 12 6 7 % 15 . 11 1 5 % 39 . 83 1 4 % 39 5 5 % -0 . 4 6 5 0 % 10 0 . 00 % SC H M A F Sc h e d u l e M A d d i t i o n s - F l o w T h r o u g h 10 0 . 00 0 0 % 00 0 0 % . 0 . 00 0 0 % 00 0 0 % 00 0 0 % 10 0 . 00 % SC H M A P Sc h e d u l e M A d d i t i o n s - P e r m a n e n t 58 . 87 7 2 % 12 . 78 1 8 % 24 . 82 2 4 % 51 8 5 % 00 0 0 % 10 0 . 00 % SC H M A P - Sc h e d u l e M A d d i t i o n s - P e r m a n e n t - 51 . 16 6 0 % 20 6 9 % 25 . 66 8 2 % 17 . 95 9 0 % 00 0 0 % 10 0 . 00 % SC H M A T Sc h e d u l e M A d d i t i o n s - T e m p o r a r y 42 . 91 1 6 % 15 . 14 3 3 % 40 . 03 6 3 % 38 0 2 % 0. 4 7 1 4 % 10 0 . 00 % SC H M A T - GP S Sc h e d u l e M A d d i t i o n s - T e m p o r a r y - GP S 43 . 86 9 8 % 20 . 92 1 7 % 35 . 20 8 5 % 00 0 0 % 00 0 0 % 10 0 . 00 % SC H M A T - Sc h e d u l e M A d d i t i o n s - T e m p o r a r y - 10 0 . 56 0 5 % 20 8 9 % -0 . 35 1 6 % 00 0 0 % 00 0 0 % 10 0 . 00 % SC H M A T - SI T U S Sc h e d u l e M A d d i t i o n s - T e m p o r a r y - SI T U S 45 . 4 0 0 2 % 66 1 1 % 21 . 34 8 2 % 18 . 00 8 6 % 58 1 9 % 10 0 . 00 % SC H M A T - SN P Sc h e d u l e M A d d i t i o n s - T e m p o r a r y - SN P 43 . 86 9 8 % 20 . 92 1 7 % 35 . 20 8 5 % 00 0 0 % 00 0 0 % 10 0 . 00 % SC H M A T - Sc h e d u l e M A d d i t i o n s - T e m p o r a r y - 12 . 23 " 1 4 % 20 . 74 4 8 % 12 . 83 7 4 % -3 . 52 3 8 % 57 . 71 0 1 % 10 0 . 00 % SC H M D Sc h e d u l e M D e d u c t i o n s 40 . 54 6 4 % 17 . 4 7 6 9 % 40 _ 31 4 6 % 60 5 1 % 05 7 1 % 10 0 . 00 % SC H M D F Sc h e d u l e M D e d u c t i o n s - F l o w T h r o u g h 10 0 . 00 0 0 % 00 0 0 % 00 0 0 % 00 0 0 % 00 0 0 % 10 0 . 00 % SC H M D P Sc h e d u l e M D e d u c t i o n s - P e r m a n e n t 57 . 81 8 3 % 8. 4 9 2 7 % 23 . 69 7 6 % 99 1 4 % 00 0 0 % 10 0 . 00 % SC H M D P - Sc h e d u l e M D e d u c t i o n s - P e r m a n e n t - S O 48 . 87 7 0 % 10 . 13 7 0 % 28 . 66 1 2 % 12 . 32 4 8 % 00 0 0 % 10 0 . 00 % . S C H M D T Sc h e d u l e M D e d u c t i o n s - Te m p o r a r y 39 . 73 2 5 % 17 . 90 0 1 % 41 . 09 7 4 % 21 0 2 % 05 9 8 % 10 0 . 00 % SC H M D T - G P S Sc h e d u l e M D e d u c t i o n s - T e m p o r a r y - GP S 43 . 77 2 8 % 20 . 32 5 0 % 35 . 00 5 7 % 89 6 5 % 00 0 0 % 10 0 . 00 % SC H M D T - Sc h e d u l e M D e d u c t i o n s - T e m p o r a r y - S G 13 . 21 9 0 % 43 . 93 6 9 % 42 . 84 4 1 % 00 0 0 % 00 0 0 % 10 0 . 00 % SC H M D T - SI T U S Sc h e d u l e M D e d u c t i o n s - T e m p o r a r y - SI T U S 85 9 0 % 93 8 6 % 11 8 . 19 5 6 % 91 8 0 % 1. 4 8 0 0 % 10 0 . 00 % SC H M D T - SN P Sc h e d u l e M D e d u c t i o n s - T e m p o r a r y - SN P 43 . 84 8 4 % 20 . 79 0 3 % 35 . 16 3 9 % 19 7 4 % 00 0 0 % 10 0 . 00 % SC H M D T - Sc h e d u l e M D e d u c t i o n s - T e m p o r a r y - 55 . 90 0 7 % 74 7 9 % 19 . 57 6 7 % 29 . 27 0 6 % 00 0 0 % 10 0 . 00 % ST E P St e p - u p T r a n s f o r m e r s 06 3 6 4 6 93 6 3 5 4 10 0 . 00 % Tr a n s m i s s i o n 00 0 0 % 10 0 . 00 0 0 % 00 0 0 % 00 0 0 % 00 0 0 % 10 0 . 00 % . . TA X D E P R Ta x D e p r e c i a t i o n 36 . 28 0 4 % 18 . 06 0 8 % 45 . 36 6 4 % 29 2 4 % 00 0 0 % 10 0 . 00 % Tr a n s m i s s i o n Di s t r i b u t i o n 00 0 0 % 37 . 27 3 5 % 62 . 72 6 5 % 00 0 0 % 00 0 0 % 10 0 . 00 % WS F Wh o l e s a l e S a l e s F i r m 85 . 4 7 0 9 % 14 . 52 9 1 % 00 0 0 % 00 0 0 % 00 0 0 % 10 0 . 00 % :e ( ' H" " " -. ~ S o 110 Cj f ) -. ! : !J t " ' : 2 c : r : I'I J 2 ;: ; ' . C0 2 5 D: I . Q ~ :S . " ' 1 : 1 Q; . ~ ~ r' Q t" ' : 2 ~ b -= I f ' .. . Ta b 3 P a g e 2 o f 2 4 FU N C F A C T O R S M a r c h 2 0 0 4 - Fi n a l - R e v l s e d . xl s St a t e o f I d a h o Ma r c h 2 0 0 4 St a t e S p e c i f i c F u n c t l o n a l l z a t l o n F a c t o r s Fa c t o r To t a l Pr o d u c t i o n Tr a n s m i s s i o n DW P Re t a i l Mi s e TO T A L P L A N T 67 7 , 42 0 , 25 2 32 4 , 64 5 , 51 5 15 3 , 63 2 92 2 19 9 , 14 1 , 81 5 PL A N T % 10 0 . 00 0 0 % 10 0 . 00 0 0 % 10 0 . 00 0 0 % 10 0 . 00 0 0 % DP W 10 0 . 00 0 0 % 10 0 . 00 0 0 % PT D 10 0 . 00 0 0 % 47 . 92 3 8 O ~ 22 . 67 9 1 % 29 . 39 7 1 % 10 0 . 00 0 0 % 67 . 87 7 9 % 32 . 12 2 1 % 10 0 . 00 0 0 % 43 . 54 9 9 % 56 . 45 0 1 % Ca s h W o r k i n g C a p i t a l (O & M + T a x e s ) 36 5 37 1 , 85 4 30 , 76 7 43 , 07 1 15 , 14 4 74 1 Ne t L A G D a y s ew e 30 3 , 64 2 85 1 , 83 5 15 3 , 22 1 21 4 , 49 6 75 , 41 8 67 2 eW C % 10 0 . 00 0 0 % 80 . 38 7 3 % 65 1 2 % 31 1 2 % 27 3 9 % 37 6 5 % In c o m e B e f o r e T a x e s 66 9 , 33 4 . 3 9 3 , 46 7 06 1 , 95 8 27 8 , 58 6 97 , 46 9 . 83 7 , 85 4 IB T % 10 . 72 3 1 % 28 . 94 1 4 % 34 . 84 5 2 % 65 6 3 % 22 . 83 3 9 % De f e r r e d I n c o m e T a x 32 4 , 80 0 22 3 , 11 1 90 0 , 23 0 19 7 , 31 5 14 5 DI T E X P % 10 0 . 00 0 0 % 36 . 78 7 5 % 27 . 07 6 2 % 36 . 01 1 6 % 12 4 7 % Fe d e r a l I n c o m e T a x e s 01 8 , 49 1 (2 6 , 27 1 ) 33 8 , 04 5 40 8 , 17 4 32 , 08 3 26 6 , 46 0 10 0 . 00 0 0 % 57 9 4 % 33 . 19 0 8 % 40 . 07 6 4 % 15 0 0 % 26 . 16 2 2 % FI T % Re v e n u e R e q u i r e m e n t 18 6 , 72 3 , 49 8 16 4 , 04 8 , 72 8 22 , 67 4 , 77 0 RE V R E Q % 10 0 . 00 0 0 % 87 . 85 6 5 % 12 . 14 3 5 % 00 0 0 % 00 0 0 % 00 0 0 % Bo o k D e p r e c i a t i o n 21 , 08 6 , 17 7 10 , 89 0 , 88 2 70 0 , 84 6 45 0 , 68 9 43 , 76 0 ~ ~ t.! I : f " 1 0 0 . 00 0 0 % 51 . 64 9 4 % 17 . 55 1 1 % 30 . 59 2 0 % 20 7 5 % 00 0 0 % -. ~ ~ li e n _ . ~ ~ = - ~ '" 2 :: ; ' . ~ 34 , 36 1 , 12 5 13 , 82 9 , 72 7 23 , 14 9 , 94 7 14 8 , 19 0 1: ' 0 2 . , De f e r r e d I n c o m e T a x 71 , 49 4 , 98 9 11 ) . ? "I : ;:S . " 1 : 1 N =- ~ " . . AC C M D I T R L % 10 0 . 00 0 0 % 48 . 06 9 3 % . 1 9 . 34 3 6 % 32 . 37 9 8 % 20 7 3 % 00 0 0 % r' ~ ~t; " ' 1 II ) = Q - .., Ta b 3 P a g e 3 o f FU N C F A C T O R S M a r c h 2 0 0 4 - Fi n a l - R e v i s e d . xl s Ge n e r a l P i a , . . a t M a r c h 3 1 2 0 0 4 Th o u s a n d s o f D o l l a r s Al l o c . De s c r ~ tl o n Fa c t o r Fu n c t . Am o u n t Pr o d u c t i o n Tr a n s m l s s s i o n Bu s i n e s s C e n t e r s CU S T 22 , 73 3 Pr e - Me r g e r P r o d u c t i o n OG P 61 6 61 6 Pr e - Me r g e r T r a n s m i s s i o n DG P 76 2 76 2 13 , 37 8 61 6 76 2 DG P F a c t o r 10 0 . 00 % 58 . 92 9 4 % 43 . 07 0 8 " 1 . Pr e - Me r g e r P r o d u c t i o n DG U 13 , 30 1 30 1 Pr e - Me r g e r T r a n s m i s s i o n OG U 65 3 65 3 Pr e - Me r g e r T r a n s m i s s i o n OG U 21 9 45 4 23 , 17 3 13 , 30 1 10 7 DG U F a c t o r 10 0 . 00 % 57 . 39 8 4 " 1 . 39 . 30 1 8 % Po s t - Me r g e r P r o d u c t i o n 69 , ~1 2 51 2 Po s t - Me r g e r T r a n s m i s s i o n 27 , 20 6 20 6 Po s t - Me r g e r T r a n s m i s s i o n PT O 29 4 12 9 Po s t - Me r g e r T r a n s m i s s i o n OP W 41 3 Po s t - Me r g e r T r a n s m i s s i o n 06 1 14 1 10 0 , 48 6 69 , 64 1 28 , 40 9 G- 5 G F a c t o r 10 0 . 00 % 8I . 30 3 9 . k 28 . 27 1 3 % Ut a h M i n e 21 6 21 6 UT F a c t o r 10 0 . 00 % 10 0 . 00 0 0 . 1 . 00 0 0 % Ge n e r a l P l a n t Si t u s OP W 19 1 27 9 Ge n e r a l P l a n t Si t u s PT O Ge n e r a l P l a n t Si t u s 22 4 67 3 83 , 74 3 Ge n e r a l P l a n t Si t u s 41 5 , 98 8 83 , 75 6 G- 5 l t u s F a c t o r 10 0 . 00 . k OO " ! . 20 . 13 % Ge n e r a l P l a n t OP W 2; 8 3 2 Ge n e r a l P l a n t 68 7 68 7 Ge n e r a l P l a n t PT O 25 3 , 84 9 11 1 36 3 53 , 10 9 25 7 , 36 8 11 2 , 05 0 53 , 10 9 - S O F a c t o r 10 0 . 00 % 43 . 54 % 20 . 84 % To t a l G e n e r a l P l a n t 83 4 34 2 20 3 83 7 18 0 14 4 G A l l o c a t o r 10 0 . 00 0 0 % 24 . 43 0 9 % 21 . 59 1 1 % To t a l G e n . F C A 83 4 , 34 2 Mi n i n g ac c t 3 9 9 f r o r 25 8 , 41 2 21 6 . . 2 5 9 , 62 8 To t a l 09 2 , 75 4 fu n c f a c t g e n p l a n t 09 2 , 75 4 Fu n c t i o n a l A l l o c a t o r s : fm d Ir i D I 10 0 . 00 % 10 0 . 00 % 00 % 10 0 . 00 % 00 % 10 0 . 00 % 10 0 . 00 % 00 % 37 . 27 % CU S T 10 0 . 00 % 00 % 00 % OP W 10 0 . 00 % 00 % 00 % PT D 10 0 . 00 % 43 . 87 % 20 . 92 % Ta b 3 Pa g e 4 o f 2 4 DP W CU S T O M E R DM I S C 22 , 73 3 - - 0 00 0 0 % 00 0 0 % 00 0 0 % 76 5 76 5 29 9 8 % 00 0 0 % 00 0 0 % 10 4 41 3 92 0 43 7 42 4 8 % 00 0 0 % 00 0 0 % 00 0 0 % 00 0 0 % 00 0 0 % 19 1 27 9 14 0 , 93 0 33 2 , 21 9 71 . 88 % 00 % 00 % . . 2 , 83 2 37 7 92 , 20 8 35 . 83 % 00 % 00 % 42 7 62 8 73 3 51 . 2 5 3 3 % 72 4 7 % 00 0 0 % gf W 00 % 00 % 82 . 73 % 00 % . . 1 0 0 . 00 % 35 . 21 % 00 % 00 % 00 % 10 0 . 00 % 00 % 00 % QM l & 00 % 00 % . 00 % 00 % 00 % 00 % :: E ~ l ' " ' .., -. ~ t: - ~ Ii r n - . - D! 1 ' 1 ! ' H: ' " = ., . : z ;:: ; . " ( ' t: : I o: Z ~ ~. F" C _. .Q. . . . . . ~ r' 0 "'" 3 ~ DO Q - FU N C F A C T O R S M a r c h 2 0 0 4 - F l n a I - R e v l s e d . xl s Gr o . . . . . f a n t a t 03 1 3 1 / 0 4 Th o u s a n d . o f D o I l a , . Al l o c . ee a c r l p t l o n Fa c t o r Fu n c t . Am o u n t Pr o d u c t i o n Tr a n . m l a . . l o n DP W CU S T O M E R DM I S C Pr o d u c t i o n P l a n t 11 4 08 1 11 4 08 1 Tr a n s m i s s i o n P l a n t 43 8 , 92 4 43 8 , 92 4 Dis t r i b u t i o n P l a n t DP W 10 4 , 40 2 10 4 , 40 2 Mi n i n g 25 8 , 41 2 25 8 , 41 2 Ge n e r a l P l a n t Bu s i n e s s C e n t e r s CU S T 22 , 73 3 22 , 73 3 Pr e - Me r g e r P r o d u c t i o n DG P 61 6 61 6 Pr e - Me r g e r T r a n s m i s s i o n DG P 76 2 76 2 Pr e - Me r g e r P r o d u c t i o n DG U 13 , 30 1 13 , 30 1 Pr e - Me r g e r T r a n s m i s s i o n DG U 65 3 65 3 Pr e - Me r g e r T r a n s m i s s i o n OG U 21 9 45 4 76 5 Po s t - Me r g e r P r o d u c t i o n 69 , 51 ~ 69 , 51 2 Po s t - Me r g e r T r a n s m i s s i o n 20 6 27 , 20 6 Po s t - Me r g e r T r a n s m i s s i o n PT O 29 4 12 9 10 4 Po s t - Me r g e r T r a n s m i s s i o n OP W 41 3 41 3 Po s t - Me r g e r T r a n s m i s s i o n 06 1 - 14 1 92 0 Ut a h M i n e 21 6 21 6 Ge n e r a l P l a n t Si t u s DP W 19 1 , 27 9 19 1 , 27 9 Ge n e r a l P l a n t Si t u s PT O Ge n e r a l P l a n t Si t u s 22 4 67 3 83 , 74 3 14 0 , 93 0 Ge n e r a l P l a n t Si t u s Ge n e r a l P l a n t DP W 83 2 83 2 Ge n e r a l P l a n t 68 7 68 7 Ge n e r a l P l a n t PT O 25 3 , 84 9 11 1 , 36 3 53 , 10 9 89 , 37 7 To t a l G e n e r a l P l a n t 83 4 , 34 2 20 3 83 7 18 0 , 14 4 42 7 . 62 8 22 . 73 3 In t a n g i b l e P l a n t Cu s t o m e r S e r v i c e S y s CU S T 96 . 94 9 96 . 94 9 Wa s h i n g t o n H y d r o OG P 84 5 84 5 Wa s h i n g t o n T r a n s OG P Ut a h H y d r o OG U 68 0 68 0 Co l o r a d o S t e a m - UP O 81 8 81 8 10 . 39 6 10 , 39 6 Or e g o n T r a n s PT O 23 1 29 5 09 4 84 2 Ut a h M i n e 16 3 16 3 Ut a h Si t u s PT O 10 6 89 1 67 1 54 4 Id a h o - UP O Si t u s 78 2 78 2 99 9 Uta h GI O PT O 34 7 . 37 7 15 2 , 39 4 72 . 67 7 12 2 , 30 7 Uta h GI O 10 5 64 6 4, 4 5 7 Uta h GI O 14 2 14 2 To t a l I n t a n g i b l e P l a n t 59 9 , 59 5 26 7 , 22 7 94 , 27 1 14 1 . 14 8 96 . 94 9 To t a l G r o s s P l a n t 13 , 34 9 , 75 6 84 3 , 55 7 71 3 , 33 9 67 3 . 17 8 11 9 . 68 2 GP F a c t o r 10 0 . 00 0 0 % 43 . 77 2 8 % 20 . 32 5 0 % 35 . 00 5 7 % 89 8 5 % 00 0 0 " ' . 12 4 3 3 3 5 5 4 7 9 12 3 9 8 9 1 4 0 0 0 F u n c t i o n a l Al J o c a t o r s : ft Q s I Tr a n s De w :: E ( " H! I ! j ~ 44 1 47 9 . 10 0 . 00 0 0 % . 10 0 . 00 0 0 % 00 0 0 % 00 0 0 % 00 0 0 % 00 0 0 % .. ~ ~ ~ r. n . . :: ; : 10 0 . 00 0 0 % 00 0 0 % 10 0 . 00 0 0 % 00 0 0 % 00 0 0 % 00 0 0 % 11 t ! I ! j ~ - ' 10 0 . 00 0 0 % 00 0 0 % 37 . 27 3 5 % 62 . 72 6 5 % 00 0 0 % 00 0 0 % ~ 2 :: ; . ~ t: : I 0 2 . . CU S T 00 0 0 % . 00 0 0 % 00 0 0 % 00 0 0 % 10 0 . 00 0 0 % 00 0 0 % ~ . ? "C I S. ~ OP W 00 0 0 % 00 0 0 % 00 0 0 % 10 0 . 00 0 0 % 00 0 0 % 00 0 0 % Q. 0l O 0 o - 00 0 0 % 00 0 0 % r' Q PT O 10 0 . 00 0 0 % 43 . 86 9 8 % 20 . 92 1 7 % 35 . 20 8 5 % ~t ; " 1 ~ Q Q - Ta b 3 P a g e 5 o f 2 4 FU N C F A C T O R S M a r c h 2 O 0 4 - F i n a l - Re v l s e d . xl s ~o r P In t a n g i b l e ~ I a n t a t 0 3 / 3 1 / 0 4 Th o u s a n d s o f D o l l a r s Al l o c . De s c r i p t i o n Fa c t o r Fu n c t . Am o u n t Pr o d u c t i o n Tr a n s m l s s s i o n DP W Cu s t o m e r DM S C GU S T 96 , 94 9 96 , 94 9 DG P 84 5 84 5 DG P OG P 84 5 - _ 84 5 DG P F A C T O R 10 0 . 00 % 10 0 . 00 0 0 % 00 0 0 % 00 0 0 % 00 0 0 % 00 0 0 % DG U 68 0 68 0 68 0 68 0 DG U F A C T O R 10 0 . 00 % 10 0 . 00 0 0 % 00 0 0 % 00 0 0 % 00 0 0 % 00 0 0 % . OP W 94 , 81 8 -9 4 , 81 8 PT O 23 1 29 5 09 4 84 2 10 , 39 8 10 , 39 8 11 0 , 44 7 97 , 11 3 49 2 84 2 I- 5 G F A C T O R 10 0 . 00 % 87 . 92 7 2 % 10 . 40 5 1 % 66 7 6 % 00 0 0 % 00 0 0 % 16 3 16 3 Si t u s PT O 10 6 11 , 89 1 67 1 54 4 Si t u s 78 2 78 2 99 9 31 , 88 8 11 , 89 1 7, 4 5 3 12 , 54 3 Si t u s F A C T O R 10 0 . 00 % 37 . 29 1 2 % 23 . 37 3 8 % 39 . 33 5 1 % 00 0 0 % 00 0 0 % . PT O 34 7 , 37 7 15 2 , 39 4 72 , 67 7 12 2 , 30 7 10 5 64 8 45 7 14 2 14 2 35 5 , 62 4 15 3 , 53 6 75 , 32 5 12 6 , 76 3 34 7 37 7 To t a l I n t a n g i b l e P l a n t 59 9 59 5 26 7 , 22 7 . 27 1 14 1 , 14 8 96 , 94 9 I F a c t o r 10 0 . 00 % 44 . 56 7 9 % 15 . 72 2 4 % 23 . 54 0 6 % 16 . 16 9 1 % 00 0 0 % Fu n c t i o n a l A l l o c a t o r s : fm d Tr a n s DP W CU S T DM S C 10 0 . 00 % 10 0 . 00 % 00 % 00 % 00 % 00 % :E ~ t! I : j " I 10 0 . 00 % 00 % 10 0 . 00 % 00 % 00 % 00 % -. ~ = - , r. n - . 37 . 27 % 00 % 37 . 27 % 62 . 73 % 00 % 00 % !J t ! l : j S " . ? '" : 2 ' " = ,= , 0 2 . , GU S T 00 % 00 % 00 % 00 % 10 0 . 00 % 00 % ~. ~ "'C ~. " " = N OP W 00 % 00 % 00 % . 1 0 0 . 00 % 00 % 00 % Q. . ~" " t" " ~ PT D 64 . 79 % 43 . 87 % 20 . 92 % 35 . 21 % 00 % 00 % t!I : j .. . . , I ~ Q If ' Q - Ta b 3 P a g e 6 o f 2 4 FU N C F A C T O R S M a r c h 2 0 0 4 - F l n a l - Re v l s e d . xl s 'e o r p .b . . . o f Or e g o n B8 l a n c e e t M a r c h 3 1 , 2 0 0 4 St e p - u p T q n a f o r m e r F e c t o r Re p o r t d a t e : 0 3 / 3 1 / 2 0 0 4 As s e t C l a s s 3 5 3 4 0 = S t a t E q p - N o n I N D E G O Lo c a t i o n " Lo c a t i o n D e s c r i p t i o n Ac q . va l u e 3/ 3 1 1 0 3 Ac c u m . de p . Bo o k V a l u e 00 0 2 4 0 CH O l l A P L A N T - C O M M O N 04 2 . -5 , 32 3 . 13 , 71 9 . 00 0 2 5 0 CA R B O N P L A N T C O M M O N F A C I L m E S A N D S U B S T 53 6 , 59 3 . -5 4 3 . 80 1 . 7. 2 0 7 . 00 0 2 6 0 GA D S B Y P L A N T C O M M O N F A C I L m E S A N D S U B S T 15 9 . 13 6 . 04 2 , 37 2 . 11 6 , 76 3 . 00 0 2 7 0 NA U G H T O N P L A N T C O M M O N F A C I L I T I E S A N D S U B 88 7 33 6 . 68 0 , 41 5 . 20 6 , 92 1 . 00 0 2 8 0 HU N T I N G T O N P L A N T C O M M O N F A C I L I T I E S A N D S 28 3 , 44 1 . 4 9 45 8 , 52 2 . 82 4 , 91 8 . 00 0 3 0 6 EM E R Y T R A N S . S U B . & R O C K C A N Y O N D I S T . S U 11 , 88 4 94 7 . 12 5 , 59 8 . 75 9 34 8 . 00 0 3 8 1 BL U N D E L L G E O T H E R M A L P L A N T A N D S U B S T A T I O N 47 9 , 00 2 . 22 2 , 85 5 . 25 6 , 14 6 . 00 0 4 0 1 CR A I G P L A N T U N I T 1 37 8 63 3 . 21 1 , 64 6 . 16 6 , 98 6 . 00 0 4 0 2 CR A I G P L A N T U N I T 2 38 7 91 2 . 23 1 , 73 8 . 15 6 17 3 . 00 0 4 0 5 CR A I G P L A N T - C O M M O N , U N I T S 1 & 2 92 9 . 58 , 50 2 . 39 . 4 2 6 . 00 0 4 1 1 HA Y D E N P L A N T U N I T 1 26 4 22 1 . -7 0 , 17 9 . 19 4 04 1 . 00 0 4 1 2 HA Y D E N P L A N T U N I T 2 17 7 , 79 7 . 10 8 , 49 8 . 69 , 29 9 . 00 0 4 4 3 UP P E R B E A V E R H E P L A N T A N D S U B S T A T I O N 15 9 85 9 . -6 7 , 14 3 . 92 , 71 6 . 00 0 4 4 4 CU T L E R H Y D R O E L E C T R I C S T A T I O N - P R O J E C T 40 5 99 7 . 15 1 , 38 2 . 25 4 61 5 . 00 0 4 4 8 OL M S T E D H E P L A N T , S U B S T A T I O N & T R A I N I N G 13 2 16 5 . 79 . 97 9 . 52 , 18 5 . 00 0 4 4 9 PI O N E E R H E P L A N T SU B S T A T I O N & M A I N T B L D G 18 7 39 8 . -6 9 , 99 8 . 11 7 , 40 0 . 00 0 4 5 4 WE B E R H Y D R O E L E C T R I C S T A T I O N - P R O J E C T 13 6 71 7 . 13 4 77 4 . 94 2 . 00 0 4 5 6 CO V E H E P L A N T A N D S U B S T A T I O N - P R O J E C T 17 7 19 1 . 11 5 77 6 . 61 . 4 1 5 . 00 0 4 5 7 GR A C E H E P L A N T SU B S T A T I O N A N D B U I L D I N G S 16 6 76 4 . -3 6 6 , 04 3 . 80 0 , 72 0 . 00 0 4 5 9 ON E I D A H E P L A N T A N D S U B S T A T I O N - P R O J E C T 49 9 , 22 3 . 20 0 33 0 . 29 8 89 3 . 00 0 4 6 1 SO D A H E P L A N T A N D S U B S T A T I O N - P R O J E C T 24 1 89 5 . 94 3 . 14 6 . 95 1 . 00 0 4 6 2 ST . A N T H O N Y H E P L A N T A N D S U B S T A T I O N - P R 60 , 92 6 . -4 4 , 89 7 . 16 , 02 9 . 00 0 5 5 5 AS H T O N H Y D R O P L A N T - N O N - PR O J E C T 31 4 , 89 2 . 11 6 74 3 . 19 8 , 14 8 . 00 0 5 5 9 ON E I D A H Y D R O P L A N T - N O N - PR O J E C T 90 0 . 69 6 . 79 6 . 00 0 5 6 2 ST . A N T H O N Y H Y D R O P L A N T - NO N - PR O J E C T 95 8 . 70 6 . 25 2 . 18 0 0 0 48 3 , 80 7 . 97 1 . 47 9 , 83 5 . 02 7 0 0 0 PO W E R D A L E H Y D R O P L A N T 66 5 . -8 3 , 27 9 . 61 4 . 02 9 0 0 0 WA L L O W A F A L L S H Y D R O P L A N T 14 9 . 15 , 62 0 . 52 9 . 06 8 1 3 1 PR O S P E C T 1 S U B S T A T I O N 89 7 . 14 , 90 8 . 98 8 . 06 8 1 3 2 PR O S P E C T 2 S U B S T A T I O N 24 9 , 25 0 . 12 3 , 51 8 . 12 5 , 73 1 . 06 8 1 3 3 PR O S P E C T 3 S U B S T A T I O N 17 6 50 9 . 96 , 15 7 . 35 2 . 06 8 1 3 4 PR O S P E C T C E N T R A L S T A T I O N 56 4 . 57 , 48 0 . 08 4 . 06 8 1 3 6 EA G L E P O I N T S U B S T A T I O N 82 , 08 1 . -6 4 75 4 . 17 , 32 7 . 06 8 1 5 3 EA S T S I D E S U B S T A T I O N 36 , 4 8 0 . 29 , 04 2 . 43 7 . 06 8 1 5 5 J C B O Y L E S U B S T A T I O N 54 3 49 4 . -4 8 8 61 4 . 88 0 . 06 8 1 6 2 DI X O N V I L L E S U B S T A T I O N 06 8 1 6 5 TO K E T E E S U B S T A T I O N 26 7 , 78 1 . 26 2 , 01 7 . 76 3 . 06 8 1 6 7 SL I D E C R E E K S U B S T A T I O N 11 6 , 33 8 . 11 3 , 76 8 . 56 9 . 06 8 1 6 8 SO D A S P R I N G S S U B S T A T I O N 76 3 . 4 9 75 , 11 1 . 65 2 . 06 8 1 6 9 FI S H C R E E K S U B S T A T I O N 97 0 . -8 4 12 0 . 85 0 . 06 8 1 7 2 CL E A R W A T E R 1 S U B S T A T I O N 11 3 89 6 . -1 0 9 57 7 . 31 8 . 06 8 1 7 3 CL E A R W A T E R 2 S U B S T A T I O N 33 8 29 9 . 17 3 , 84 5 . 16 4 45 3 . 06 8 1 7 4 LE M O L O 1 S U B S T A T I O N 21 5 50 2 . 19 0 , 43 8 . 25 , 06 3 . 06 8 1 7 5 LE M O L O 2 S U B S T A T I O N 18 8 88 5 . 17 2 , 61 1 . 27 3 . 06 8 1 7 6 CL E A R W A T E R S W S T A 58 9 . 57 , 32 8 . 26 1 . 06 8 1 7 7 TO K E T E E S W S T A 69 1 . 75 5 . 93 6 . :: e ~ t o : : I ' -. ~ = - ii t I . ) - . : !J l " ' J =- . on 2 ::; ' . ~ =0 2 . ~. ? '1 : ~. " ' C i =- ~ ~ r" 0 '1 ' Q - .., Ta b 3 P a g e 7 o f 2 4 FU N C F A C T O R S M a r c h 2 0 0 4 - Fl n a I - R e v l s e d . xl s P. . )o r p St a t e o f O r e g o n Ba l a n c e a t M a r c h 3 1 , 20 0 4 St e p - u p T r a n s f o r m e r F a c t o r Re p o r t d a t e : 0 3 / 3 1 / 2 0 0 4 As s e t C l a s s 3 5 3 4 0 = S t a t E q p - No n I N D E G O Lo c a t i o n # 12 9 5 0 0 21 3 0 0 0 21 4 0 0 0 21 5 0 0 0 21 6 0 0 0 21 8 0 0 0 21 9 0 0 0 22 0 0 0 0 40 1 0 0 0 51 4 0 0 0 51 9 0 0 0 54 0 0 4 4 54 0 0 6 0 66 8 1 1 0 66 8 1 1 1 66 8 1 1 2 66 8 1 1 3 35 3 4 0 35 3 0 0 - 35 3 9 9 Lo c a t i o n D e s c r i ti o n HE R M I S T O N U . S. G E N E R A T I N G P R O J E C T CO N D I T H Y D R O P L A N T NA C H E S D R O P H Y D R O P L A N T ME R W I N H Y D R O P L A N T NA C H E S H Y D R O P L A N T SW I F T H Y D R O # 1 P L A N T YA L E H Y D R O P L A N T JA M E S R I V E R C O G E N E R A T I O N CO L S T R I P S T E A M P L DA V E J O H N S T O N S T E A M P L A N T WY O D A K P L A N T WY O D A K S U B - SH A R E D O W N E R S H I P JI M B R I D G E R S U B S T A T I O N - JO I N T O W N E D 2 3 0 K V IR O N G A T E S U B S T A T I O N CO P C O 1 S U B S T A T I O N CO P C O 2 S U B S T A T I O N FA L L C R E E K S U B S T A T I O N Pa c i f i C o r p St e p - u p T r a n s f o r m e r s i n c l u d e d i n A c c t 3 5 3 Ac c t 3 5 3 o t h e r t h a n s t e p - u p t r a n s f o r m e r s - Ac c o u n t 3 5 3 St a t i o n E q u i p m e n t Ta b 3 P a g e 8 o f va l u e 3 / 3 1 / 0 3 98 9 . 4 7 0 . 11 2 , 04 5 . 58 8 48 4 . 23 5 , 06 9 . 55 0 , 51 5 . 1. 4 0 4 , 28 2 . 60 0 , 29 2 . 90 9 37 3 . 4 1 95 7 , 61 7 . 11 2 , 82 6 . 39 3 , 85 4 . 93 , 20 7 . 47 8 99 6 . 16 9 , 39 1 . 17 5 . 53 , 94 3 10 6 . 53 , 94 3 , 10 6 . 79 3 60 1 42 3 . 84 7 , 54 4 52 9 . Ac c u m . 57 4 84 3 . 47 , 34 5 . 51 3 , 24 4 . 53 7 , 65 0 . 4 7 50 9 , 33 2 . 4 1 27 0 , 02 8 . 62 8 , 17 9 . 14 6 , 67 3 . 4 6 61 2 , 74 7 . 58 , 97 7 . 4 2 02 7 , 88 6 . 4 5 99 8 . 16 8 , 98 6 . 19 7 , 89 4 . 35 , 05 4 . 54 : (2 3 , 88 7 , 63 7 . 93 ) Bo o k V a l u e 2. 4 1 4 ~ 6 2 6 . 69 9 . 4 0 07 5 , 23 9 . 69 7 , 41 9 . 4 0 41 , 18 3 . 13 4 25 3 . 97 2 , 11 3 . 76 2 69 9 . 34 4 , 86 9 . 53 , 84 9 . 36 5 , 96 7 . 11 , 20 8 . 4 6 31 0 01 0 . 28 , 50 2 . 12 0 . 30 , 05 5 , 4 6 9 . Pe r c e n t 36 4 6 3 4 % Pr o d u c t i o n 93 . 63 5 3 6 6 % Tr a n s m i s s i o n 10 0 . 00 0 0 0 0 % ~ C " H! I ! J ' -. ~ = - , = e n - . : II l ! I ! J s: '" '= 0 2 ~ . ? "I: "'C I t o o l =- ~ ~ r- ' ~ .. . . , t ; ' " ~ ~ ': ; . i " = - "" I FU N C F A C T O R S M a r c h 2 0 0 4 - Fi n a l - Re v i s e d . xl s ::E . ~ ~ . .. ~ S o rL J .. : tD ~= - . 2: : ; . 0 ( ' 00 2 : = . ? :5 . " C I N Q. ~ . . . . . r- ' Q .. , t," " FO N C F A C T O R S M a r c h 2 0 0 4 - Fl n a l - Re v l s e d . xl s ' ; ' ~ = - ... Pa c i f i c . Co m m u n i c a t i o n E q u i p m e n t A c c o u n t 3 9 7 To t a ' Co m p a n y a s of 0 3 l 3 1 1 O . f Cl a s s Oe s c r i t i o n Cu s t S v c Pr o d Ol d e r mu c t l tr a n s m i s s i o n co n s t r u c t i o n In d u d e s ha n d wr i t t e n e n t r i e s - v e r ) (1 5 . 21 5 , 30 3 ' 39 7 0 0 Co m m u n i c a t i o n s E a u i D m e n t ol d 31 6 , 61 3 10 1 , 31 0 54 7 , 22 3 84 0 , 52 4 84 0 , 52 4 27 3 , 03 9 Ma s s Pr o p e r t ~ In d u d e s po r t a b l e Co m m u n i c a t i o n s It e m s ra d i o s , te l e p h o n e s , ne v e r t r a c k e d - t e l e s & po r 1 & n o o n - u n i t i z e d l i k e ra d i o s , pl u s no n - u n i t i z e d Bi z Ce n t e r MW , 39 7 0 2 pr o j e c t s Mo b i l e R a d i o 74 , 33 3 , 26 8 (2 9 , 06 1 , 22 0 ) 45 , 27 2 , 04 8 05 4 , 4 1 0 05 4 . 41 0 22 . 63 6 . 02 4 52 7 , 20 5 Al a r m s fo r 39 7 0 5 Ala r m S y s t e m s sy s t e m - M W % 01 7 , 14 2 19 9 , 98 3 ) 81 7 , 15 9 14 0 85 8 11 2 , 86 9 56 3 , 43 2 MW s y s t e m - 39 7 0 8 Ba s e b a n d E q u i p m e n t . 7 4 0 , 07 5 (4 6 1 , 4 9 8 ' 27 8 , 57 7 13 , 92 9 20 8 , 93 3 55 , 71 5 Co m m u n i c a t i o n Eq u i p m e n t - Di s t r i b u t i o n 39 7 1 0 Di s t A u t o m a t i o n Au t o m a t i o n 21 2 , 46 7 (3 0 8 , 69 3 ) 90 3 , 77 4 90 3 , 77 4 39 7 1 1 Ba s e S t a t i o n Di s t R a d i o S y s t e m 11 , 74 3 24 7 (3 , 86 5 67 4 \ 87 7 , 57 2 39 3 , 87 9 78 7 , 75 7 61 7 , 16 1 78 , 77 6 Fi e l d O f f D a t a n e 39 7 1 4 Da t a N e t w o r k E q u i p m e n t 11 , 29 1 , 4 3 6 (2 , 26 9 , 44 8 ' 02 1 , 98 8 17 2 , 85 8 35 3 , 29 8 31 5 , 39 2 18 0 , 44 0 Mu c h f i b e r o n H y d r o (8 5 1 62 2 ' 39 7 1 7 Fi b e r O p t i c s Pr o j e c t s 14 0 , 47 9 28 8 , 85 7 14 4 , 4 2 8 80 1 , 10 0 34 3 , 32 9 39 7 2 0 Lo a d M a n a a e m e n t E q u i p m e n t Dis t O n l y 45 8 , 69 5 (2 , 04 6 , 01 5 ' 1, 4 1 2 , 68 0 41 2 , 68 0 MW i n s t a l l e d f o r T X Li n e Pr o t e c t i o n / C o n t r o l + . 3 9 7 2 3 Mic r o w a v e E q u i p m e n t Dis t T r a f f i c 55 9 , 4 1 7 05 0 , 79 2 50 8 , 62 5 47 5 , 43 1 13 1 , 46 9 90 1 . 72 5 39 7 2 6 Mi s c e l l a n e o u s Di s t T r a f f i c o n M W 98 1 , 21 0 83 0 , 21 4 15 0 , 99 6 10 7 55 0 53 7 , 74 9 50 5 69 7 39 7 2 9 Mu l t i p l e x E q u i p Di s t T r a f f i c o n M W 12 , 54 6 27 1 29 0 70 1 25 5 57 0 41 2 , 77 8 65 1 , 11 4 19 1 , 67 7 39 7 3 2 Po w e r L i n e C a r r i e r TX L i n e P r o t e c t i o n 16 1 , 52 4 59 2 , 32 8 56 9 , 19 6 1, 4 9 0 , 73 6 78 , 4 6 0 Li n e T o n e 39 7 3 5 Po w e r S y s t e m E q u i p m e n t Pr o t e c t i o n 47 8 , 56 8 (2 , 04 1 , 02 5 ' 43 7 , 54 3 17 1 , 87 7 92 1 , 91 2 34 3 , 75 4 39 7 3 8 T e l e m e t r v / P r o t e c t i v e R e l a v i n g TX L i n e P r o t e c t i o n 69 2 , 47 7 (1 , 40 2 , 90 6 ' 28 9 , 57 1 12 5 , 09 3 16 4 , 47 9 Te l e p h o n e Eq u i p m e n t Pb x PB X f o r a l l - fi e l d 39 7 4 1 Re l a t e d " of f i c e , p l a n t 20 , 31 7 , 67 3 (4 , 61 3 19 6 ' 15 , 70 4 , 4 7 7 92 6 , 11 9 14 0 , 89 5 85 2 . 23 8 78 5 , 22 4 39 7 4 4 Te l e p h o n e L i n e E q u i p m e n t PB X L i n e E Q f o r a l l 07 3 , 35 6 (3 , 07 8 , 21 7 99 5 13 9 24 8 , 78 5 99 9 , 02 8 2, 4 9 7 , 56 9 24 9 , 75 7 Ca b l e I n s t a l l a t i o n s fi b e r , c o p p e r , c o a x 39 7 4 7 St r u c t u r e s . T e l e p h o n e L i n e s pl a n t s 95 6 , 66 0 (4 , 44 5 , 97 3 ) 51 0 , 68 7 75 5 , 34 3 92 8 , 74 0 82 6 , 60 3 39 7 5 0 Mo b i l e R a d i o E q u i p m e n t Di s t R a d i o S y s t e m 15 , 55 5 02 4 16 , 57 9 82 9 65 8 13 , 92 6 16 6 Sa t e l l i t e te r m an d cl o c k fo r so u r c e Y2 K pl a n t s 39 7 5 8 Sa t e l l i t e E q u i p m e n t pr o t e c t i o n s S E R 20 7 , 30 4 (6 3 , 99 1 ) 14 3 , 31 3 28 , 66 3 10 0 . 31 9 14 , 33 1 Ge n e r a l A s s e t s - In S e r v i c e 21 9 , 24 3 43 8 (8 5 , 68 7 , 77 8 \ 13 3 , 55 5 , 66 0 22 , 59 4 96 0 40 , 98 7 , 60 3 63 , 87 8 , 49 1 09 4 , 60 6 Co m Eq F a c t o r 00 0 16 9 30 7 47 8 04 6 Ta b 3 P a g e 9 o f 2 4 To t a l $9 , 10 1 , 30 9 . $4 5 , 27 2 , 04 8 . $2 , 81 7 , 15 8 . $2 7 8 , 57 7 . $9 0 3 , 77 4 . $7 , 87 7 , 57 2 . $9 , 02 1 , 98 8 . $2 , 28 8 , 85 6 . $1 , 41 2 , 68 0 . $9 , 50 8 , 62 5 . $2 , 15 0 , 99 6 . $8 , 25 5 , 56 9 . $1 , 56 9 , 19 5 . $3 , 4 3 7 , 54 3 . $3 , 28 9 . 57 1 . $1 5 , 70 4 , 47 6 . $4 , 99 5 , 13 8 . $5 , 51 0 , 68 6 . $1 6 , 57 8 . $1 4 3 , 31 2 . $1 3 3 , 55 5 , 65 9 . P; " " f i C o r p ~ , )n a l l Z a t l O n S t u d y Ac c o u n t 4 5 6 12 M o n t h s E n d i n g M a r c h 2 0 0 4 Ma i n Ac c o u n t Fa c t o r Fu n c t i o n Am o u n t Pr o d u c t i o n Tr a n s m i s s i o n DP W Cu s t o m e r DM S C 45 6 DM S 45 6 PT D 45 6 IO U DM S C 45 6 IO U PT D 45 6 DM S C 45 6 DP W 45 6 DP W 45 6 45 6 DM S C 45 6 DM S C 45 6 DM S C 45 6 DM S C 45 6 DM S C 45 6 OM S C 45 6 PT D 45 6 DP W ..; 45 6 DM S C 45 6 45 6 DP W 45 6 DM S C 45 6 PT O 45 6 OP W 45 6 Si t u s 45 6 Si t u s DM S C (1 4 53 5 , 60 8 . 60 ) 14 5 3 5 6 0 8 . 45 6 Si t u s DP W 21 4 , 56 7 . 21 4 , 56 7 . 45 6 Si t u s PT D 42 , 81 8 , 50 0 . 18 , 78 4 , 39 0 . 95 8 , 34 3 . 15 , 07 5 , 76 6 . To t a l S i t u s R e v e n u e s 29 , 4 9 7 , 4 5 9 . 4 4 18 , 78 4 39 0 . 95 8 , 34 3 . 16 , 29 0 , 33 4 . (1 4 , 53 5 , 60 8 . 60 t 10 0 . 00 % 63 . 68 % 30 . 37 % 55 . 23 % 00 % 49 . 28 % 17 , 34 3 , 92 5 . 10 0 . 00 % 95 0 , 22 0 . 17 . 01 % 14 , 39 3 , 30 7 . 82 . 99 % 00 % 00 % 00 % 39 7 . 39 7 . 00 % 00 % 45 6 45 6 To t a l C N R e v e n u e s CU S T CU S T 45 6 45 6 45 6 45 6 45 6 45 6 45 6 To t a l S E R e v e n u e s DM S C . P 00 % 00 % 00 % 00 % 29 5 0 2 2 0 . 95 0 , 22 0 . 39 7 . 14 3 9 3 3 0 7 . 14 , 39 3 , 30 7 . ~~ l " ' : : I ' .. . ~ =- I es e n . . . : II l " ' : : I 1:1 " . '" : z ... ' 1 oo : Z . a; ' ? :; , . " Q, ~ r' Q a; - = !f ' = - .. . Ta b 3 P a g e 1 0 o f FU N C F A C T O R S M a r c h 2 0 0 4 - Fi n a l - Re v l s e d . xl s Pa c l f l C o r p F U . ~n a l l z a t l o n S t u d y Ac c o u n t 4 5 6 12 M o n t h s E n d i n g M a r c h 2 0 0 4 Ma i n Ac c o u n t Fa c t o r Fu n c t i o n Am o u n t Pr o d u c t i o n Tr a n s m i s s i o n DP W Cu s t o m e r DM S C . 45 6 DM S C 45 6 DM S C 45 6 65 8 5 4 1 8 . 58 5 , 4 1 8 . 45 6 45 6 45 6 45 6 34 0 5 4 4 3 9 . 05 4 43 9 . 4 6 . . 45 6 45 6 45 6 45 6 45 6 45 6 OM S C To t a l S G R e v e n u e s 40 , 63 9 85 8 . 58 5 , 4 1 8 . 05 4 , 4 3 9 . 4 6 10 0 . 00 % 16 . 20 % 83 . 80 % 00 % 00 % 00 % 45 6 pr o 58 8 33 6 . 57 4 19 6 . 75 0 73 9 . 26 3 , 40 0 . 45 6 PT O 45 6 45 6 OM S C To t a l S O R e v e n u e s 58 8 , 33 6 . 57 4 19 6 . 75 0 , 73 9 . 26 3 , 40 0 . 10 0 . 00 % 43 . 87 % 20 . 92 % 35 . 21 % 00 % 00 0 / 0 To t a l O t h e r R e v e n u e s 91 , 06 9 , 57 9 . 29 , 89 4 22 6 . 58 , 15 6 , 82 9 . 17 , 55 3 , 73 4 . (1 4 , 53 5 , 21 0 . 80 ) To t a l Pr o d Tr a n s DP W CU S T DM S C 10 0 . 00 % 10 0 . 00 % 00 % 00 % 00 0 / 0 00 % 10 0 . 00 % 00 % 10 0 . 00 % 00 % 00 % 00 % 10 0 . 00 % 00 % - 37 . 27 % 62 . 73 % 00 0 / 0 00 0 / 0 GU S T 10 0 . 00 % 00 % 00 % 00 % 10 0 . 00 % 00 % OP W 10 0 . 00 % 00 % 00 % 10 0 . 00 % 00 0 / 0 00 % PT O 10 0 . 00 % 43 . 87 % 20 . 92 % 35 . 21 % 00 % 00 % OM S C 10 0 . 00 % 00 % 00 % 00 % 00 % 10 0 . 00 % ~~ ~ ; -. r;, ' l _. : r: . t! " : 2 S " . ; : "" 00 2 5 =. ? "I: :: 5 . "'= N g. ~ . . r' Q Ta b 3 P a g e 1 1 of 2 4 FU N C F A C T O R S M a r c h 2 0 0 4 - Fi n a l - Re v i s e d . xl s Q - 1c I FI CO R P Ye a r . En d M a r c h 2 0 0 3 Bo o k D e p r e c i a t i o n Ma r c h 2 0 0 4 Fu n c t i o n Am o u n t Pr o d u c t i o n Tr a n s m i s s i o n DP W CU S T DM S C GU S T 11 8 36 3 . 11 8 , 36 4 OP W 11 5 , 08 5 , 33 0 . 11 5 , 08 5 , 33 0 . 06 8 . 23 8 . 09 4 . 59 7 . 13 8 . 15 6 , 73 7 06 6 . 15 6 , 73 7 06 6 . PT O 17 . 05 5 16 1 . 48 2 06 5 . 56 8 , 22 3 . 00 4 , 87 2 . 78 8 , 37 8 . 51 . 78 8 , 37 8 . 92 8 36 8 . 32 7 91 1 . 67 60 0 , 45 7 . Bo o k D e p r e c i a t i o n 35 0 , 7 1 7 73 7 . 4 3 16 4 22 0 , 37 0 . 68 5 60 7 . . 1 2 6 , 69 3 , 25 7 . 11 8 , 50 2 . Bo o k D e p r F a c t o r 10 0 . D 0 % 46 . 82 4 1 0 / . 16 . 73 3 0 % 36 . 12 4 0 0 / . 31 8 9 0 / . 00 0 0 0 / . 10 0 . 00 0 0 % 10 0 . 00 0 0 % 00 0 0 % 00 0 0 % 00 0 0 0 / 0 00 0 0 % 1 0 0 . 00 0 0 % 00 0 0 % 10 0 . 00 0 0 % 00 0 0 % 00 0 0 % 00 0 0 % OP W 10 0 . 00 0 0 % 00 0 0 % 00 0 0 % 10 0 . 00 0 0 % 00 0 0 % 00 0 0 % GU S T 10 0 . 00 0 0 % 00 0 0 % 00 0 0 % 00 0 0 % 10 0 . 00 0 0 % 00 0 0 % PT O 10 0 . 00 0 0 % 43 . 86 9 8 % 20 . 92 1 7 % 35 . 20 8 5 % 00 0 0 % 00 0 0 0 / 0 10 0 . 00 0 0 % 00 0 0 % 37 . 27 3 5 % 62 . 72 6 5 % 00 0 0 % 00 0 0 % 10 0 . 00 0 0 % 24 . 4 3 0 9 % 21 . 59 1 1 % 51 . 25 3 3 % 72 4 7 % 00 0 0 0 / 0 =a ( " H'I ! : : ! ~ -. ~ i' : - ' - !i C I ) -. = 1. " ' j ! 2 " . : : '" 2 - CI 0 2 . . . =. ?" = :: . "C : I Q. ~ " ' " r' 0 -- 3 t ; " J = Q '.0 : ' 1 ' :; - ; . . . "'I Ta b 3 P a g e 1 2 of 2 4 FU N C F A C T O R S M a r c h 2 0 0 4 - Fi n a l - Re v i s e d . xl s Pa c l l l C . . , "" I c Op e r a U o n l Ma r c h 2 0 0 4 Sc h e d u l e M - Pr i m a r y PI T A Ac c o u n t Fa c t o r Fu n c t i o n Am o u n t Pr o d u c t i o n Tr a n s m i s s i o n Po l e s . W i r e s Cu s t o m e r s Mi s c e l l a n e o u s Ad d i t i o n s SC H M A P 15 0 2 6 1 50 2 , 61 2 . SC H M A P LA B O R 50 2 61 2 50 2 , 61 2 SC H M A P SN P PT D 49 2 , 06 5 53 1 , 96 2 73 0 , 59 8 22 9 , 50 5 SN P 49 2 , 06 5 53 1 , 96 2 73 0 , 59 8 22 9 , 50 5 SC H M A P PT D SC H M A P PT D 5C H M A P LA B O R 12 1 7 0 0 0 1 62 2 , 69 0 63 , 36 8 31 2 , 38 2 21 8 , 56 1 21 7 , 00 0 - 62 2 , 69 0 63 , 36 8 38 2 21 8 , SC H M A P - SO F A C T O R 10 0 . 00 % 51 . 16 6 0 % 20 6 9 % 25 . 66 8 2 % 17 . 95 9 0 % 00 0 0 % To t a l S C H M A P 21 1 , 67 7 65 7 , 26 4 79 3 , 96 6 54 1 , 88 7 21 8 , 56 1 SC H M A P F A C T O R 10 0 . 00 % 58 . 87 7 2 % 12 . 78 1 8 % 24 . 82 2 4 % 51 8 5 % 00 0 0 % SC H M A T BA D D E B T DP W BA D D E B T 35 9 4 3 7 4 7 1 SC H M A T CI A C DP W 35 , 94 3 , 74 7 CI A C 35 , 94 3 , 74 7 35 , 94 3 , 74 7 SC H M A T FE R C FE R C 44 1 1 8 3 0 1 19 , 35 4 , 61 1 SC H M A T GP S PT D (9 , 23 0 , 28 3 ) (1 5 , 53 3 , 40 7 ) GP S -4 4 11 8 , 30 1 -1 9 , 35 4 , 61 1 23 0 , 28 3 -1 5 , 53 3 , 40 7 SC H M A T - GP S F A C T O R 10 0 . 00 % 43 . 86 9 8 % 20 . 92 1 7 % 35 . 20 8 5 % 00 0 0 % 00 0 0 % SC H M A T SC H M D E X P 37 0 9 0 1 0 6 1 1 16 2 , 35 3 , 64 2 75 , 38 5 , 65 8 12 9 , 83 6 , 59 3 32 5 , 16 8 SC H M D E X P 37 0 , 90 1 , 06 1 16 2 , 35 3 , 64 2 75 , 38 5 , 65 8 12 9 , 83 6 , 59 3 32 5 , 16 8 ~n l ! l ! J ' " -. ~ ~ e- e n - . : : 11 l ! I ! J c:r ' - '" 2 :: ; . " ( ' 2 = 5' P ? :5 . " ' = Q. ~ r' 0 = ' = '1 ' =0 Ta b 3 P a g e 1 3 o f 2 4 FU N C F A C T O R S M a r c h 2 0 0 4 - Fi n a l - Re v l s e d . xl s Pa c l f t C o r , -" ) c Op e r a t i o n s Ma r c h 2 0 0 4 Sc h e d u l e M - 1 Pr i m a r y PI T A Ac c o u n t Fa c t o r Fu n c t i o n Am o u n t Pr o d u c t i o n Tr a n s m i s s i o n Po l e s & W i r e s Cu s t o m e r s Mi s c e l l a n e o u s SC H M A T 14 2 8 0 4 5 5 28 0 , 45 5 SC H M A T SC H M A T . - SC H M A T SC H M A T SC H M A T SC H M A T SC H M A T SC H M A T SC H M A T SC H M A T SC H M A T SC H M A T PT O 14 1 1 8 1 1 (6 1 , 93 6 ) (2 9 , 53 7 ) (4 9 , 70 8 14 , 13 9 , 27 4 14 , 21 8 , 51 9 29 , 53 7 . -4 9 , SC H M A T - 5 e F A C T O R 10 0 . 00 % - 1 0 0 , 56 0 5 % -0 . 20 8 9 % -0 . 35 1 6 % 00 0 0 % 00 0 0 % ~ ( " H~ .. ~ ~ ~ r: L J .. : : : !1 l " ' : I ~ "" ' 2 ~ . =0 2 . . , =. ? "C I s. " C 1 Q. ~ r" Q -3 t ; " 1 = = !f ' ~ - .., Ta b 3 P a g e 1 4 o f FU N C F A C T O R S M a r c h 2 0 0 4 - F l n a l - R e v l s e d . xl s Pa c i f i C ~I c Op e r o t l o n . Ma r c h 2 0 0 4 Sc h e d u l e M - Pr i m a r y PI T A Ac c o u n t Fa c t o r Fu n c t i o n Am o u n t Pr o d u c t i o n Tr a n s m i s s i o n Po l e s . . W i r e . Cu s t o m e r s Mi s c e l l a n e o u s 67 4 8 4 0 9 SC H M A T 74 8 , 40 9 SC H M A T SC H M A T SC H M A T SC H M A T -1 5 3 0 9 0 0 1 (1 , 53 0 , 90 0 ) SC H M A T 21 7 , 50 9 74 8 40 9 53 0 90 0 SC H M A T SG C T 35 7 2 9 9 4 1 57 2 , 99 4 SG C T 57 2 , 99 4 57 2 , 99 4 SC H M A T SN P PT O 17 4 2 4 1 4 8 64 3 , 93 9 64 5 , 42 2 13 4 , 78 7 SC H M A T SN P SC H M A T SN P SN P 17 , 42 4 14 8 64 3 , 93 9 64 5 , 42 2 13 4 , 78 7 SC H M A T - SN P F A C T O R 10 0 . 00 % 43 . 86 9 8 % 20 . 92 1 7 % 35 . 20 8 5 % 00 0 0 % 00 0 0 % SC H M A T SN P SN P SC H M A T SN P O DP W 18 , 55 1 40 5 18 , 55 1 , 40 5 SN P D 18 , 55 1 , 40 5 18 , 55 1 , 40 5 ~n t . ! I ! J " ' C -. ~ S o ~ e- ~ - . ::: I'D t . ! I ! J c r ~: z OO : Z ... =. F" O :S o " ' = g. ~ . . . . . r' I -3 ~ '" = Q - ... Ta b 3 P a g e 1 4 o f FU N C F A C T O R S M a r c h 2 0 0 4 - F i n a l - R e v l s e d . xl s . P a c i l l C o r p . O p e r l l l l o n s Ma r c h 2 0 0 4 Sc h e d u l e M - . P r i m a r y PI T A Ac c o u n t Fa c t o r Fu n c t i o n Am o u n t Pr o d u c t i o n Tr a n s m i s s i o n Po l e s & W i r e s Cu s t o m e r s Mi s c e l l a n e o u s SC H M A T LA B O R 18 8 9 7 4 9 96 6 , 90 8 98 , 39 7 48 5 , 06 5 33 9 , 37 9 SC H M A T LA B O R SC H M A T LA B O R SC H M A T PT O 48 8 9 3 2 4 1 (2 , 14 4 , 93 7 ) (1 , 02 2 , 92 8 ) (1 , 72 1 , 45 9 ) SC H M A T LA B O R SC H M A T LA B O R SC H M A T OM S C 55 8 , 17 4 (5 , 55 8 , 17 4 ) SC H M A T PT O SC H M A T LA B O R SC H M A T 07 3 , 44 5 (1 , 07 3 , 44 5 ) SC H M A T SC H M A T LA B O R 63 1 , 19 4 17 8 , 02 8 99 7 , 97 6 23 6 , 39 5 33 9 , 37 9 -5 , 55 8 , 17 4 SC H M A T - S O F A C T O R 10 0 . 00 % 12 . 23 1 4 % 20 . 74 4 8 % 12 . 83 7 4 % -3 . 52 3 8 % 57 . 71 0 1 o k 31 5 5 5 1 4 1 SC H M A T TR O J P 15 5 . 51 4 TR O J P 15 5 51 4 15 5 51 4 SC H M A T OP W SC H M A T LA B O R SC H M A T IO U SC H M A T IO U PT O SC H M A T IO U LA B O R IO U SC H M A T SC H M A T OP W SC H M A T SC H M A T LA B O R SC H M A T OM S C SC H M A T SC H M A T PT O SC H M A T Si t u s OM S C 34 1 3 7 9 0 41 3 , 79 0 SC H M A T Si t u s OP W 71 0 , 18 6 (2 , 71 0 , 18 6 ) SC H M A T Si t u s 80 5 , 36 1 35 2 , 52 9 16 3 , 69 0 28 1 , 92 2 22 0 SC H M A T Si t u s LA B O R 39 , 84 8 , 60 7 20 , 38 8 , 92 4 07 4 , 86 5 10 , 22 8 , 42 2 15 6 , 39 7 SC H M A T Si t u s 54 3 . 87 9 (3 , 54 3 , 87 9 ) . SC H M A T Si t u s PT O 96 5 , 21 1 86 2 , 13 4 41 1 , 15 5 69 1 , 92 2 13 , 79 0 39 , 77 8 , 90 4 18 , 05 9 , 70 8 64 9 , 70 9 49 2 , 08 0 61 7 ~~ ~ . -. ~ !; . , c; n - . "' ~ C " ' . ~ z :: ; " ( =0 z : ~. ? "I: -. " " C Q. ~ "" " r" ~ t'J ' j .. . , I = = '" " = t i t = - .., FU N C F A C T O R S M a r c h 2 0 0 4 - Fl n a l - Re v l s e d . xl s Ta b 3 P a g e 1 5 o f .. , Pa c I l l C G r \ . ') C Op o r o t l o n l Ma r c h 2 0 0 4 Sc h e d u l e M - 1 Pr i m a r y PI T A Ac c o u n t Fa c t o r Fu n c t i o n Am o u n t Pr o d u c t I o n Tr a n s m i s s i o n Po l e s & W i r e s Cu s t o m e r s Mi s c e l l a n e o u s SC H M A T SC H M A T DM S C SC H M A T PT O SC H M A T WY P SC H M A T WY P LA B O R wy p SC H M A T WY U SC H M A T WY U LA B O R Wy p SI T U S 39 , 77 8 , 90 4 18 , 05 9 , 70 8 64 9 , 70 9 49 2 , 08 0 16 3 , 61 7 41 3 , 79 0 SC H M A T - SI T U S F A C T O R 10 0 . 00 % 45 . 40 0 2 % 66 1 1 % 21 . 34 8 2 % 18 . 00 8 6 % 58 1 9 O k To t a l S C H M A T 45 4 , 93 5 , 06 1 19 5 , 22 0 , 08 6 68 , 89 2 , 09 2 18 2 , 13 9 , 10 3 10 , 82 8 , 16 4 (2 , 14 4 38 4 ) SC H M A T F A C T O R 10 0 . 00 o k 42 . 91 1 6 % 15 . 14 3 3 % 40 . 03 6 3 % 38 0 2 % -0 . 47 1 4 % SC H M A F OG P SC H M A F TR O J P To t a l S C H M A F SC H M A F F A C T O R 00 % 00 0 0 % 00 0 0 % 00 0 0 % 00 0 0 % 00 0 0 % To t a l S C H M A d d i t i o n s 46 1 , 14 6 , 73 8 19 8 , 87 7 , 35 0 69 , 68 6 , 05 8 18 3 , 68 0 , 99 0 11 , 04 6 , 72 5 14 4 , 38 4 SC H M A F A C T O R 10 0 . 00 % ' 4 3 . 12 6 7 % 15 . 11 1 5 % 39 . 83 1 4 % 39 5 5 % : -0 . 46 5 0 % De d u c t i o n s 51 0 9 2 6 2 SC H M D P 10 9 , 26 2 SC H M O P SC H M D P 10 9 , 26 2 10 9 , 26 2 38 1 0 6 3 1 SC H M D P SN P PT O 16 7 , 17 2 79 , 72 5 13 4 , 16 7 SN P 38 1 , 06 3 16 7 , 17 2 79 , 72 5 13 4 , 16 7 ~n ~ ' " I : -. ~ !; . , ; a- ~ - . = ~ ~ g: : : : ~2 - =O Z ~ =. F" C :S . . " N Q. ~ ' " ~t ; ' " = Q Cf' Q - .. . Ta b 3 P a g e 1 6 o f FU N C F A C T O R S M a r c h 2 0 0 4 - F i n a l - R e v i s e d . xl s . P . o l f t C ~ to Op e r a t i o n s Ma r c h 2 0 0 4 Sc h e d u l e M - Pr i m a r y PI T A Ac c o u n t Fa c t o r Fu n c t i o n Am o u n t Pr o d u c t i o n Tr a n s m i s s I o n Po l e s & W i r e s Cu s t o m e r s Mi s c e l l a n e o u s SC H M D P 10 4 2 0 6 1 0 33 1 , 80 6 54 2 . 58 8 67 4 , 78 3 43 3 LA B O R SC H M D P PT D 37 5 ~ 3 1 8 23 5 , 53 7 54 3 , 03 9 59 6 , 74 1 SC H M D P LA B O R 71 3 . 00 0 92 3 , 11 2 29 7 46 8 46 6 , 42 4 02 5 99 6 23 , 50 8 , 92 8 11 , 49 0 , 45 4 38 3 , 09 5 73 7 , 94 9 89 7 , 42 9 5C H M D P - SO F A C T O R 10 0 . 00 % 48 . 87 1 0 % 10 . 13 7 0 % 28 . 66 1 2 % 12 . 32 4 8 % 00 0 0 % To t a l S C H M D P 28 , 99 9 , 25 3 16 , 76 6 , 88 8 46 2 , 82 0 87 2 , 11 6 89 7 , 42 9 SC H M D P F A C T O R 10 0 . 00 % 57 . 81 8 3 % 49 2 7 % 23 . 69 7 6 % 99 1 4 % 00 0 0 % SC H M D T BA D D E B T DP W 57 2 1 5 6 8 1 (5 , 72 1 , 56 8 ) SA D D E S T 72 1 , 56 8 72 1 , 56 8 SC H M D T DG P DG P 27 9 6 3 5 SC H M D T GP S 12 2 , 40 4 56 , 83 6 97 , 88 8 50 7 SC H M D T GP S SC H M D T GP S PT D GP 5 27 9 , 63 5 12 2 , 40 4 56 , 83 6 97 , 88 8 50 7 SC H M D T - G P S F A C T O R 10 0 . 00 % 43 . 77 2 8 % 20 . 32 5 0 % 35 . 00 5 7 % 89 6 5 % 00 0 0 % 66 6 1 0 3 9 SC H M D T . 8 , 66 1 , 03 9 SC H M D T SC H M D T SC H M D T SC H M D T SC H M D T SC H M D T SC H M D T 66 1 , 03 9 66 1 , 03 9 SC H M D T 29 2 5 6 4 1 29 2 , 58 4 SC H M D T SC H M D T SC H M D T ES D 25 4 6 9 0 4 (7 6 4 , 07 1 ) (2 5 4 , 69 0 ) (1 , 52 8 , 14 2 ) SC H M D T 31 2 . 4 2 9 (1 , 31 2 . 4 2 9 ) SC H M D T SC H M D T -3 , 56 6 , 74 9 ~7 1 , 48 7 56 7 , 11 9 -1 , 52 8 , 14 2 SC H M D T - 5 G F A C T O R 10 0 . 00 % 13 . 21 9 0 % 43 . 93 6 9 % 42 . 84 4 1 % 00 0 0 % 00 0 0 % ~n l " : ! " I : -. ~ = - ~ e; r I J - . = !1 t " j c: r - .. . 2 ;: ; " ~ 1:: 1 0 2 . , a; ' F " O ::5 . " 1 : : j t J Q. ~ r' Q ~t ; " 1 a; = ti t = - Ta b 3 P a g e 1 7 o f 2 4 FU N C F A C T O R S M a r c h 2 O 0 4 - Fl n a l - Re v l s e d . xl s P8 c I l l C o r p ~C Op e r o t t o n l Ma r c h 2 0 0 4 Sc h e d u l e M - 1 r' ) Pr i m a r y PI T A Ac c o u n t Fa c t o r Fu n c t i o n Am o u n t Pr o d u c t i o n Tr a n s m i s s i o n Po l e s & W i r e . Cu s t o m e r s Mi s c e l l a n e o u s 5C H M O T 5N P PT O 17 9 3 8 2 9 7 86 9 , 49 5 75 2 . 99 0 31 5 , 81 1 5C H M O T SN P 50 6 4 4 2 6 21 6 . 83 9 1 0 2 9 , 34 5 1 7 7 2 , 83 9 45 4 0 3 SN P 23 , 00 2 , 72 3 10 , 08 6 33 4 78 2 , 33 5 08 8 , 65 0 45 , 40 3 SC H M D T - 5 N P F A C T O R 10 0 . 00 % 43 . 84 8 4 8 ~ 20 . 79 0 3 8 35 . 16 3 9 % 0~ 1 9 7 4 % 00 0 0 % 93 1 6 0 8 4 1 SC H M O T SN P D DP W 31 6 , 08 4 SN P 31 6 , 08 4 31 6 , 08 4 SC H M D T - S N P D F A C T O R 10 0 . 00 % 00 0 0 0 / . OO O o o A , 10 0 . 00 0 0 % 00 0 0 % 00 0 0 % SC H M D T LA B O R SC H M O T DM S C 24 9 8 4 6 2 SC H M D T LA B O R 12 , 78 3 , 62 3 30 0 , 91 7 41 3 , 10 4 4, 4 8 6 , 97 9 SC H M O T DM S C SC H M D T LA B O R SC H M O T 52 1 3 5 5 5C H M O T PT O (2 , 28 7 17 8 ) 09 0 . 76 3 ) (1 , 83 5 , 61 8 ) 5C H M O T 58 2 08 1 (2 , 00 5 , 70 3 ) (9 3 1 , 30 8 ) (1 , 60 3 , 99 1 ) (4 1 , 07 9 ) 15 , 18 8 , 98 3 49 0 , 74 2 72 1 , 15 5 97 3 , 4 9 6 44 5 , 90 0 SC H M D T - S O F A C T O R 10 0 . 00 % 55 . 90 0 7 % -4 . 74 7 9 % 19 . 57 6 7 % 29 . 27 0 6 % 00 0 0 % 59 3 6 0 4 3 8 5 1 5C H M O T T A X O E P R M A T A X D E P R 21 5 , 36 1 , 86 7 10 7 20 9 , 79 3 26 9 , 29 7 , 04 8 73 5 , 67 8 TA X D E P R M A 59 3 60 4 38 5 21 5 , 36 1 , 86 7 10 7 , 20 9 , 79 3 26 9 , 29 7 , 04 8 73 5 , 67 8 DP W SC H M D T SC H M D T IO U SC H M D T IO U OP W IO U SC H M O T IO U SC H M D T OT H E R DP W 37 4 7 6 1 0 3 (3 7 , 47 6 , 10 3 ) 5C H M O T SI T U S OM S C 36 8 2 8 2 36 8 , 28 2 SC H M D T SI T U S OP W 60 9 9 5 4 9 09 9 , 54 9 SC H M D T SI T U S -1 6 9 7 6 7 (7 4 , 31 2 ) (3 4 , 50 5 ) (5 9 , 42 8 ) (1 , 52 2 ) SC H M O T SI T U S LA B O R 68 2 3 0 9 5 49 1 , 10 2 35 5 , 27 0 75 1 , 36 6 22 5 , 35 7 SC H M O T SI T U S 13 0 2 4 0 0 (1 , 30 2 , 40 0 ) SC H M O T SI T U S PT O 77 2 6 9 7 33 8 , 98 1 16 1 , 66 1 27 2 , 05 5 24 , 88 4 , 64 7 45 3 , 37 1 48 2 , 42 6 29 , 41 2 , 56 1 22 3 , 83 5 36 8 , 28 2 ~~ t . ' I ' 1 " ' C : -. ~ = - ~ Ii \ I J - . ::: t.' I ' 1 ! : . ? - . "' 2 - =O 2 $ i =. ?" C ;: S . " = Q. . ~ ~ r' Q ~ t r ' ~. . , . Q - Ta b 3 P a g e 1 8 o f FU N C F A C T O R S M a r c h 2 0 0 4 - Fl n a l - R e v l s e d . xl s Pa c f f i C O t . Op e r a t i o n s Ma r c h 2 0 0 4 Sc h e d u l e M - Pr i m a r y PI T A Ac c o u n t Fa c t o r Fu n c t i o n Am o u n t Pr o d u c t i o n Tr a n s m i s s i o n Po l e s & W i r e s Cu s t o m e r s Mi s c e l l a n e o u s SC H M D T SC H M D T LA B O R - . 0 SC H M D T WY P WY P WY P SI T U S (2 4 , 88 4 , 64 7 ) 45 3 , 37 1 48 2 , 42 6 (2 9 , 41 2 , 56 1 ) 22 3 , 83 5 36 8 , 28 2 SC H M D T - SI T U S F A C T O R 10 0 . 00 % 85 9 0 % 93 8 6 % 11 8 . 19 5 6 0 / . 04 . 91 8 0 % 48 0 0 % To t a l S C H M D T 61 5 , 87 9 , 88 5 24 4 70 4 , 27 0 11 0 , 24 3 , 11 5 25 3 . 11 0 , 89 5 45 3 , 32 3 36 8 , 28 2 SC H M D T DG P T - N O N U T I L l T \ ' SC H M D T F A C T O R 10 0 . 00 % 39 . 73 2 5 % 17 . 90 0 1 % 41 . 09 7 4 % 21 0 2 % 05 9 8 % SC H M O F OG P 42 3 42 3 42 3 42 3 SC H M D F F A C T O R 10 0 . 00 % 10 0 . 00 0 0 % 00 0 0 % 00 0 0 % 00 0 0 % 00 0 0 % To t a l S C H M D e d u c t i o n s 64 4 , 88 5 , 56 1 26 1 , 47 7 , 58 1 11 2 , 70 5 , 93 5 25 9 , 98 3 , 01 1 10 , 35 0 , 75 2 36 8 , 28 2 SC H M D F A C T O R 10 0 . 00 % 40 . 54 6 4 % 17 . 47 6 9 % 40 . 31 4 6 % 60 5 1 % 05 7 1 % Ne t S C H M (1 8 3 , 73 8 , 82 3 t To t a l Pr o d u c t i o n Tr a n s m i s s i o n Po l e s & W i r e s Cu s t o m e r s Mi s c e l l a n e o u s 10 0 . 00 % 0 . 00 0 0 % 0 . 00 0 0 % 0 . 00 0 0 % . 0 . 00 0 0 % 1 0 0 . 00 0 0 % 10 0 . 00 % 0 . 00 0 0 % 0 . 00 0 0 % 1 0 0 . 00 0 0 % 0 . 00 0 0 % 0 . 00 0 0 % 10 0 . 00 % 0 . 00 0 0 % 0 . 00 0 0 % 0 . 00 0 0 % 1 0 0 . 00 0 0 % 0 . 00 0 0 % 10 0 . 00 % 3 0 . 00 0 0 % 1 0 . 00 0 0 % 6 0 . 00 0 0 % 0 . 00 0 0 % 0 . 00 0 0 % 10 0 . 00 % 4 3 . 77 2 8 % 2 0 . 32 5 0 % 3 5 . 00 5 7 % 0 . 89 6 5 % 0 . 00 0 0 % 10 0 . 00 % . - 5 1 . 16 6 0 % 5 . 20 6 9 % 2 5 . 66 8 2 % 1 7 . 95 9 0 % 0 . 00 0 0 % 10 0 . 00 % 1 0 0 . 00 0 0 % 0 . 00 0 0 % 0 . 00 0 0 % 0 . 00 0 0 % 0 . 00 0 0 % 10 0 . 00 % 4 3 . 86 9 8 % 2 0 . 92 1 7 % 3 5 . 20 8 5 % 0 . 00 0 0 % 0 . 00 0 0 % 10 0 . 00 % 0 . 00 0 0 % 1 0 0 . 00 0 0 % 0 . 00 0 0 % 0 . 00 0 0 % 0 . 00 0 0 % 10 0 . 00 % 3 6 . 28 0 4 % . 18 . 06 0 8 % 4 5 . 36 6 4 % 0 . 29 2 4 % 0 . 00 0 0 % 10 0 . 00 % 0 . 00 0 0 % 3 7 . 27 3 5 % 6 2 . 72 6 5 % 0 . 00 0 0 % 0 . 00 0 0 % OM S C DP W GU S T ES D LA B O R PT O TA X O E P R ~~ l ' J ! ! j " d -. ~ S o ~ S' t I J - . l'J ! ! j = - : : I '" z ::; , , ' t: 1 0 z s : =. ?" = :$ . " d N Qo ~ . a : . = - = -. . : U I = - .. . Ta b 3 P a g e 1 9 o f FU N C F A C T O R S M a r c h 2 0 0 4 - Fl n a l - Re v l s e d . xl s P. 'O R P Ye a r E n d M a r c h 2 0 0 4 AX D E P R M A Pa c i f i c D i v i s i o n To t a l Pr o d u c t i o n Tr a n s m i s s i o n DP W CU S T DM S C Pr o d u c t i o n 13 1 , 39 7 13 1 39 7 Tr a n s m i s s i o n 24 3 , 37 5 24 3 , 37 5 Di s t r i b u t i o n DP W 51 9 , 38 3 51 9 , 38 3 Ge n e r a l 33 4 27 3 81 , 66 6 17 3 17 1 , 32 6 10 8 Mi n i n g P l a n t To t a l P a c i f i c D i v i s i o n 27 , 22 8 , 4 2 8 14 , 21 3 , 06 3 31 5 . 54 8 69 0 , 70 9 10 8 Ut a h D i v i s i o n Pr o d u c t i o n 22 4 , 12 1 22 4 , 12 1 Tr a n s m i s s i o n 92 3 , 74 7 92 3 , 74 7 Di s t r i b u t i o n DP W 15 8 , 4 4 3 15 8 , 44 3 Ge n e r a l 70 6 , 93 2 17 2 , 71 0 15 2 63 5 36 2 , 32 6 19 , 26 1 Mi n i n g P l a n t To t a l U t a h D i v i s i o n 01 3 , 24 3 39 6 , 83 1 07 6 , 38 2 52 0 , 76 9 19 , 26 1 PC ( P o s t M e r g e r ) Pr o d u c t i o n 13 3 , 70 0 , 62 3 13 3 , 70 0 , 62 3 Hy d r o - P 33 9 , 04 4 33 9 , 04 4 Hy d r o - U 57 4 , 03 8 57 4 03 8 - - Tr a n s m i s s i o n 72 , 33 4 , 13 7 72 , 33 4 , 13 7 Di s t r i b u t i o n DP W 18 6 , 10 2 , 12 4 18 6 . 10 2 , 12 4 Ge n e r a l 52 , 4 6 8 , 11 0 12 , 81 8 . 41 5 11 . 32 8 , 46 3 26 . 89 1 , 65 9 42 9 , 57 3 Mi n i n g P l a n t 85 8 , 54 9 85 8 , 54 9 To t a l P C ( P o s t M e r g e r ) 46 2 , 37 6 , 62 5 16 4 . 29 0 , 66 9 83 , 66 2 , 60 0 21 2 , 99 3 , 78 3 1, 4 2 9 , 57 3 To t a l T a x D e p r ( p e r A c u f i l e ) 49 8 , 61 8 , 29 6 DP W 10 0 . 00 % 10 0 . 00 % 10 0 . 00 % 10 0 . 00 % 18 0 , 90 0 , 56 2 90 . 05 4 , 53 0 22 6 . 20 5 , 26 2 1, 4 5 7 , 94 2 36 . 28 0 4 % 18 . 06 0 8 0 / 0 45 . 36 6 4 % 29 2 4 " 0 00 0 0 % ~~ ~ " ' C -. ~ = - ~ 10 0 . 00 0 0 % 00 0 0 % 00 0 0 % 00 0 0 % 00 0 0 % Ei c ; n - . !J ~ = - = rI J : ; z ::; " ( " " J 00 0 0 % 10 0 . 00 0 0 % 00 0 0 % 00 0 0 % 00 0 0 % =O : ; Z ~ =. ~ "C I 00 0 0 % 00 0 0 % 1 0 0 . 00 0 0 % 00 0 0 % 00 0 0 % :: $ . 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Ta b 3 P a g e 2 0 o f FU N C F A C T O R S M a r c h 2 0 0 4 - Fi n a l - Re v i s e d . xl s TA X D E P R F a c t o r 10 0 . 00 0 0 % .. - ") O r p 12 M o n t h s E n d e d M a r c h 2 0 0 4 De f e r r e d I n c o m e T a x E x p e n s e Dl s c r i tl o n Fu n c To t a l Pr o d u c t i o n Tr a n s m i s s i o n Di s t r i b u t i o n CU S T O M E R DM S C Pa c i f i c D i v i s i o n Pr o d u c t i o n 10 8 , 77 9 ) (1 , 10 8 , 77 9 ) Tr a n s m i s s i o n 56 , 50 4 56 , 50 4 Di s t r i b u t i o n DP W (3 , 4 3 1 , 04 3 ) (3 , 43 1 , 04 3 ) Ge n e r a l (1 , 06 1 , 4 3 1 ) (2 5 9 , 31 7 ) (2 2 9 , 17 5 ) (5 4 4 01 9 ) (2 8 , 92 0 ) Mi n i n g P l a n t (1 2 0 , 03 3 ) 12 0 , 03 3 To t a l P a c i f i c D i v i s i o n (5 , 66 4 78 2 ) 48 8 , 12 9 ) (1 7 2 , 67 1 ) (3 , 97 5 , 06 2 ) (2 8 , 92 0 ) Ut a h D i v i s i o n Pr o d u c t i o n (1 3 , 90 3 , 47 2 ) (1 3 , 90 3 , 47 2 ) Tr a n s m i s s i o n 60 6 , 85 9 ) 60 6 , 85 9 ) Di s t r i b u t i o n DP W (6 , 29 6 , 52 5 ) (6 , 20 6 , 52 5 ) Ge n e r a l 78 9 , 98 4 ) (4 3 7 , 30 9 ) (3 8 6 , 47 8 ) (9 1 7 , 4 2 7 ) (4 8 , 77 1 ) Mi n i n g P l a n t (8 5 62 5 ) (8 5 , 62 5 ) To t a l U t a h D i v i s i o n (2 6 , 59 2 , 4 6 5 ) (1 4 , 4 2 6 , 4 0 6 ) (4 , 99 3 , 33 7 ) 12 3 , 95 2 ) (4 8 , 77 1 ) PC ( P o s t M e r g e r ) Pr o d u c t i o n 35 , 70 6 , 21 0 35 , 70 6 , 21 0 Hy d r o - P 94 1 , 55 8 94 1 55 8 Hy d r o - U 35 2 , 76 7 35 2 , 76 7 Tr a n s m i s s i o n 20 , 62 6 , 91 4 20 , 62 6 , 91 4 Di s t r i b u t i o n DP W 29 , 59 2 , 4 0 6 29 , 59 2 , 40 6 . Ge n e r a l 7, 4 3 5 , 80 1 81 6 , 63 1 60 5 , 47 4 81 1 , 09 6 20 2 , 60 0 Mi n i n g P l a n t (7 4 5 , 12 7 ) (7 4 5 , 12 7 ) To t a l P C ( P o s t M e r g e r ) 91 0 , 52 9 39 , 07 2 03 9 22 , 23 2 , 38 8 33 , 4 0 3 , 50 2 20 2 , 60 0 To t a l D I T E X P 62 , 65 3 , 28 2 23 , 15 7 , 50 4 17 , 06 6 , 38 0 22 , 30 4 , 48 9 12 4 90 8 DI T E X P F A C T O R 10 0 . 00 % 36 . 96 1 4 % 27 . 23 9 4 0 / 0 35 . 59 9 9 % 19 9 4 % 00 0 0 % DP W 10 0 . 00 0 0 % 10 0 . 00 0 0 % 10 0 . 00 0 0 % 10 0 . 00 0 0 % 10 0 . 00 0 0 % 00 0 0 % 00 0 0 % 24 . 4 3 0 9 % 00 0 0 % 10 0 . 00 0 0 % 00 0 0 % 21 . 59 1 1 % 00 0 0 % 00 0 0 % 10 0 . 00 0 0 % 51 . 25 3 3 % 00 0 0 % 00 0 0 % 00 0 0 % 72 4 7 % 00 0 0 % 00 0 0 % . 0 . 00 0 0 % 00 0 0 % ~~ ~ " ' C . ~ =- ~ = e n - . : : !1 ~= - - '" z ::; . " ( " ' . =O Z ~ = . ? :S . . " Q. ~ . a : . . r' 0 = Q ": S . . f ( ' = - "'I Ta b 3 P a g e 2 1 o f FU N C F A C T O R S M a r c h 2 0 0 4 - Fi n a l - Re v l s e d . xl s ~o r p 12 M o n t h s E n d e d M a r c h 2 0 0 4 AC C M D I T ba l R L : DI T B A l R L Pa c i f i c D I v i s i o n To t a l UT A H Pr o d u c t i o n Tr a n s m i s s i o n DP W Pa c i f i c D i v i s i o n Pr o d u c t i o n 80 , 31 2 , 26 5 51 0 , 79 8 51 0 , 79 8 Tr a n s m i s s i o n 11 , 27 4 , 75 3 30 5 , 84 6 30 5 , 84 6 Di s t r i b u t i o n DP W 59 , 72 6 , 69 4 Ge n e r a l 47 5 , 77 4 29 4 , 66 7 71 , 99 0 63 , 62 2 15 1 , 02 7 Mi n i n g P l a n t 11 5 , 65 2 85 7 , 93 0 85 7 , 93 0 To t a l P a c i f i c D i v i s i o n 16 1 , 90 5 , 13 8 96 9 , 24 1 2, 4 4 0 , 71 8 36 9 , 4 6 8 15 1 , 02 7 Ut a h D i v i s i o n Pr o d u c t i o n 16 5 , 96 3 , 24 8 13 4 , 67 5 , 21 6 13 4 , 67 5 , 21 6 Tr a n s m i s s i o n 68 , 59 7 , 4 2 6 58 , 34 1 , 27 3 58 , 34 1 , 27 3 Di s t r i b u t i o n DP W . 11 6 , 17 9 , 15 1 96 , 61 2 , 74 6 96 , 61 2 , 74 6 Ge n e r a l 11 , 48 2 , 15 2 21 2 , 19 7 00 6 , 31 1 77 3 , 10 7 20 9 , 02 5 Mi n i n g P l a n t 64 1 , 06 7 59 5 , 53 1 59 5 , 53 1 To t a l U t a h D i v i s i o n 36 3 , 86 3 , 04 4 29 8 , 43 6 , 96 3 13 7 , 27 7 , 05 8 60 , 11 4 , 38 0 10 0 , 82 1 , 77 1 PA C I F I C O R P Pr o d u c t j o n 16 7 , 37 8 , 13 8 62 , 61 1 , 00 0 62 , 61 1 , 00 0 Hy d r o - P 19 , 84 8 , 50 2 7, 4 8 8 , 23 4 48 8 , 23 4 Hy d r o - U 06 4 , 65 7 86 8 , 4 1 0 86 8 , 4 1 0 Tr a n s m i s s i o n 11 1 , 09 0 , 73 5 41 , 33 9 , 60 7 41 , 33 9 , 60 7 . - Di s t r i b u t i o n DP W 11 8 , 00 3 , 13 6 50 , 4 5 8 , 54 4 50 , 4 5 8 , 54 4 Ge n e r a l 76 , 51 7 , 67 0 25 , 92 5 , 79 4 33 3 , 89 7 59 7 , 67 5 13 , 28 7 , 83 6 Mi n i n g P l a n t 27 , 4 7 3 , 24 5 10 , 4 4 8 , 38 5 10 , 4 4 8 , 38 5 To t a l P C ( P o s t M e r g e r ) 52 5 , 37 6 , 08 3 20 0 , 13 9 , 97 4 88 , 74 9 , 92 6 46 , 93 7 , 28 2 63 , 74 6 , 38 0 To t a l D e f e r r e d T a x e s 05 1 , 14 4 26 5 50 1 , 54 6 , 17 8 22 8 , 46 7 , 70 1 10 7 , 42 1 , 13 0 16 4 , 71 9 , 17 8 AC C M D I T R L F A C T O R 10 0 . 00 % 10 0 . 00 0 0 % 45 . 55 2 7 % 21 . 41 8 0 % 32 . 84 2 3 0 / . .: ; ~~ l ' " ' J ~ _. ~ = - ~ fI . ) - . 1) t . ' " J c:: r . . . '" : 2 : :: . ~ l; j o : 2 : . , =. ?" C :S . . " Q. ~ r" Q .. . , ~ = Q "" ' ! Q - Ta b 3 P a g e 2 2 o f FU N C F A C T O R S M a r c h 2 0 0 4 - Fi n a l - Re v l s e d . xl s Pr I . A c c t Fa c t o r Fu n c t i o n 18 2 P' 18 2 M 18 2 M 18 2 M 5G C T 18 2 M DP W 18 2 M ES D 18 2 M 18 2 M DM S C 18 2 M 18 2 M ES D 18 2 M To l a l 1 8 2 S O DD S 0 2 F A C T O R 18 2 M OT H E R 18 2 M OT H E R PT D 18 2 M OT H E R CU S T 18 2 M SI T U S DP W 18 2 M SI T U S 18 2 M SI T U S PT D 18 2 M SI T U S CU S T To t a l 1 8 2 M DD S 2 F A C T O R DE F S G F A C T O R 18 8 M DM 5 C 18 6 M OT H E R DM S C 18 6 M ES D Su b l o t a l S O To I a l 1 8 6 M S O . T o t a l 1 8 6 M DE F S O e F A C T O R To t a l DM S C DP W CU S T ES D lA B O R PT D T A X D E P R 18 6 M SU u s 18 6 M Si t u s 18 6 M Si t u s t8 6 M DD S I I F A C T O R 18 6 M 18 6 M 16 6 M 18 6 M 18 6 M 18 6 M DM S C DP W PT D PT D . _ _ . .: n ar c h 2 0 0 4 DE F D B Y F u n c t i o n To l 8 l Pr o d u c t i o n Tn m l m l i l i o n DP W CU l T 18 . ~9 9 . 78 8 . 18 . ~9 9 . 78 8 . '~ . 98 5 . 88 7 . '~ . 96 5 . 88 7 . 11 . 9 3 3 . 11 , 93 3 . 89 6 . 80 1 . 18 9 , O~ 0 . 38 9 , 88 0 . 33 8 . 08 1 . 29 9 . ~1 2 . 1. 2 9 9 . 41 2 . 8! I 33 9 , 31 8 . 33 9 . 31 8 . 20 . 98 9 . 20 . 96 9 . 56 8 . ~3 5 . 50 8 . 35 8 . 41 0 , 84 9 . 35 0 . 01 4 . 1.2 9 9 . ~1 2 . 10 0 . 00 % 27 . 08 7 7 % 37 ~ 1 I % ~2 . 20 2 ~ % 00 0 0 % 23 . 33 5 3 % 57 . 75 2 , 03 7 . 57 . 75 2 . 03 7 . 37 8 . 85 7 . 79 7 . 51 4 . 33 4 14 4 . 24 5 . 19 8 . '~ . 88 ~ 78 2 . 88 4 . 78 2 . 76 9 . 69 3 . 76 9 . 69 3 . 81 8 , 22 4 . 28 , ~3 4 . 7~ 8 . 13 . 56 0 . 63 3 . 22 . 82 0 . 84 2 . 55 4 . ~8 8 . S5 4 . 48 8 . 15 2 , 13 4 , 08 3 . 95 . 75 3 . 99 3 . '~ . 89 4 77 8 . 25 , 08 6 . 04 0 . 18 . ~1 9 . 27 0 . 19 1 . 16 7 95 3 . 10 0 . 00 % '2 . '~ 0 5 % 79 0 1 1 % 11 1 . ~7 1 1 3 % 10 . 71 2 8 % 00 0 0 % 00 0 . 00 0 . 2~ 7 , 59 8 . 98 8 . 01 8 . ~7 0 , 23 5 . 79 1 . 34 6 . 25 2 , 59 U O 98 6 , OI 8 . ~7 0 . 23 5 . 79 1 . 34 8 . 00 0 . 10 0 . 00 % "3 . 77 2 " % 20 . 87 5 2 % 35 . 13 0 ~ % 00 0 0 % 22 2 0 % 84 3 . 90 7 . 84 3 . 90 7 . 12 , 94 6 . 83 7 . 12 , 94 6 . 83 7 . 17 . 01 2 , 96 0 . 17 . 01 2 , 96 0 . 29 . 95 9 . 79 7 . 12 . 94 8 , 83 7 . 17 . 01 2 . 96 0 . 10 0 . 00 % 01 3 . 21 4 0 % 51 1 . 78 1 1 0 % 00 0 0 % 00 0 0 % 00 0 0 % 16 1 . 60 1 . 88 7 . 94 1 . 16 1 . 6 0 U I 4 88 7 . 9~ 1 . 02 9 . 54 2 . O2 9 . 54 2 . 02 9 , 54 2 . 34 . ~2 . 88 5 . 84 6 . 10 0 . 00 % 02 9 . 54 2 . 00 % 00 % 00 % 00 % 10 0 . 00 % Pr o d u c : t I o n Tl ' 8 I 1 M I I s s l o n P o l e s & W I r e s Cu I t o m e r 8 MI s c : e I I 8 n e o u I 10 0 . 00 0 0 % O . OC J O O % 0 . 00 0 0 % . 0 . 00 0 0 % 0 . 00 0 0 % 1 o o . 0C J 0 0 % 10 0 . CI O O C I % O . CI O O C I % 0 . 00 0 0 % . 1 0 0 . 00 0 0 % 0 . 00 0 0 % 0 . 00 0 0 % 10 0 . 00 0 0 % 0 . 00 0 0 % 0 . 00 0 0 % 0 . 00 0 0 % 1 0 0 . 00 0 0 % 0 . 00 0 0 % . lo o . CI O O C I % 3 0 . 00 0 0 % 1 0 . 00 0 0 % 6 0 . 00 0 0 % 0 . 00 0 0 % 0 . 00 0 0 % 10 0 . 00 0 0 % " 3 . 77 2 8 % 2 0 . 32 5 0 % . 3 5 . 00 5 7 % 0 . 89 8 5 % O . ()Q ( ) ( ) % 10 0 . 00 0 0 % 5 1 . 16 6 0 % 5 . 20 8 9 % 2 5 . 66 8 2 % 1 7 . 95 9 0 % 0 . 00 0 0 % 10 0 . 00 0 0 % 1 0 0 . 00 0 0 % 0 . 00 0 0 % 0 . 00 0 0 % 0 . 00 0 0 % 0 . 00 0 0 % 10 0 . 00 0 0 % ~ 3 . 88 9 8 ' 1 1 . 2 0 . 92 1 7 % 3 5 . 20 8 5 % 0 . 00 0 0 % 0 . 00 0 0 % 10 0 . 00 0 0 % . O . CI O O C I % 1 0 0 . 00 0 0 % 0 . 00 0 0 % 0 . 00 0 0 % 0 . 00 0 0 % 10 0 . 00 0 0 % 3 8 . 28 0 4 % 1 8 . 06 0 8 % ~ 5 . 36 6 4 ' 1 1 . 0 . 29 2 ~ % 0 . 00 0 0 % 10 0 . 00 0 0 % 0 . 00 0 0 % 3 7 . 27 3 5 % 6 2 . 72 6 5 % 0 . 00 0 0 % 0 . 00 0 0 % ~~ t , ! I : I " C : -. ~ = - ~ S' f ; I : J - . m t , ! I : I : : . ~ .. . : z - t: : I O : Z ~ =. ?" = ~. " ' C : j Q. ~ . . . . . r' ~ .. . , t ; : ' = = - Cf ' = - .., T1 I I 3 ' . 2 3 o f 2 4 FU N C F A C T O R S M a r t h 2 Q O 4 - Fl n 8 J . R e v I s - ' . xI a ~R P Ye a . _ _ d M a r c h 2 0 0 4 FE R C F O R M 1 Fu n t l o n a l l u t l o n F a c t o r s Fa c t o r To t a l Pr o d u c t i o n Tr a n s m i s s i o n Dp w . CU l T DM S C PL A N T 11 , 65 7 . 40 6 , 49 1 11 4 08 1 , 02 3 43 8 , 92 3 . 55 2 10 4 , 40 1 . 91 6 UN C L A S S I F I E D P L A N T TO T A L P L A N T 11 , 65 7 , 40 6 , 49 1 11 4 , 08 1 . 02 3 43 8 , 92 3 , 55 2 10 4 , 40 1 . 91 6 PL A N T % 10 0 . 00 0 0 % 10 0 . 00 0 0 % 10 0 . 00 0 0 % 10 0 . 00 0 0 % OP W 10 0 . 00 0 0 % 10 0 . 00 0 0 % PT O 10 0 . 00 0 0 % 43 . 86 9 8 % 20 . 92 1 7 % 35 . 20 8 5 % 00 0 0 % 00 0 0 % 10 0 . 00 0 0 % 67 . 70 9 2 % 32 . 29 0 8 % 10 0 . 00 0 0 % 37 . 27 3 5 % 62 . 72 6 5 % So u r c e : R e s u l t s o f O p e r a t i o n s LA B O R 23 3 , 07 0 , 97 5 11 9 , 25 3 , 01 1 12 , 13 5 , 70 1 59 , 82 5 , 13 3 41 . 85 7 . 13 0 LA B O R % 10 0 . 00 0 0 % 51 . 16 6 0 % 20 6 9 % 25 . 66 8 2 % 17 . 95 9 0 % 00 0 0 % So u r c e : F e r c F o r m 1 pg 3 5 4 Ma t e r i a l & S u p p l i e s 56 , 42 1 , 82 7 46 , 40 9 , 87 9 87 2 , 10 2 13 9 , 84 6 Ma t e r i a l & S u p p l i e s % 10 0 . 00 0 0 % 82 . 25 5 2 % 09 0 4 % 12 . 65 4 4 % 00 0 0 % 00 0 0 % So u r c e : F e r c F o r m 1 ( D e c e m b e r 2 0 0 3 ) p g 2 2 7 FE R C 30 , 79 2 , 94 3 21 , 68 4 79 8 10 8 , 14 5 FE R C % 10 0 . 00 0 0 % 70 . 42 1 3 % 29 . 57 8 7 % 00 0 0 % 00 0 0 % 00 0 0 % So u r c e : F E R C r e p o r t i n g r e q u i r m e n t N o . 5 8 2 ( J e r r y M i l l e r ) B a s e d o n 1 9 9 6 Wh o l e s a l e S a l e s 55 7 , 43 8 , 91 5 47 6 , 44 8 , 33 0 80 , 99 0 , 58 5 WS F % 10 0 . 00 0 0 % 85 . 47 0 9 % 14 . 52 9 1 % 00 0 0 % 00 0 0 % 00 0 0 % So u r c e : R e s u l t s o f O p e r a t i o n s & b e l o w Ap r 2 0 0 3 - M a r 2 0 0 4 P a c l f l C o r p T r a n s m i s s i o n C h a r g e s to P a c l f l C o r p M e r c h a n t fo r W h o l e s a l e S a l e s o f E l e c t r i c i t y Pe r C h u c k M o u l t o n f r o m S A P Ac c o u n t 4 9 8 3 3 0 $8 0 17 9 , 50 3 Ac c o u n t 4 9 8 3 4 0 $8 1 1 08 3 To t a l $8 0 , 99 0 , 58 5 :: E ~ ~ I -. ~ = - (I: j . . . : !J ~ s : fI ' I 2- =' 0 2 . A; ' ? :: . "" C s= . ~ "'" r' ~ -3 ~ = = Cf ' = - Ap r 2 0 0 3 - Ma r c h 2 0 0 4 nl a To t a l $8 0 , 17 9 , 50 3 , $8 1 1 08 3 $8 0 , 99 0 , 58 5 Ta b 3 P a g e 2 4 o f FU N C F A C T O R S M a r c h 2 0 0 4 - Fl n a t - Re v l s e d . xl s He 1 ~ a ~ : ) ! A J ~ S Jo IS O : ) s s e 1 : ) j7 q e l Pa c l f l C o r p Co s t O f S e r v i c e B y R a t e S c h e d u l e St a t e o f I d a h o 12 M o n t h s E n d i n g M a r c h 2 0 0 4 MS P P r o t o c o l ;0 ' 7 % . ' Ea r i 1 e d R e t u r ~ o " J i a t . Ba s e . Re t u r n o n Ra t e o f To t a l . G e n e r a t i o n Tr a n s m i s s i o n Di s t r i b u t i o n Re t a i l Mi s e In c r e a s e Pe r c e n t a g e LI n e Sc h e d u l e De s c r i p t i o n An n u a l Ra t e Re t u r n Co s t o f Co s t o f Co s t o f Co s t o f Co s t o f Co s t o f (D e c r e a s e ) Ch a n g e f r o m No . No . Re v e n u e Ba s e In d e x Se r v i c e Se r v i c e Se r v i c e Se r v i c e er v l c e Se r v i c e to = R O R Cu r r e n t R e v e n u e s Re s i d e n t i a l 06 9 , 84 4 50 % 53 1 , 48 2 12 , 77 2 03 6 06 5 , 82 9 35 0 38 4 91 1 , 32 8 43 1 , 90 5 46 1 63 7 92 % Re s i d e n t i a l - T a D 19 , 66 5 64 1 61 % 19 , 31 4 84 3 73 0 , 69 4 92 3 64 2 97 4 , 22 0 46 7 , 57 1 21 8 71 7 (3 5 0 , 79 8 . 78 % Ge n e r a l S e r v i c e - L a r o e 02 6 52 6 50 % 18 , 10 0 , 16 7 13 , 45 9 , 65 9 09 8 12 5 29 7 , 1'3 4 22 0 04 0 20 9 (9 2 6 35 9 -4 . 87 % Ge n e r a l S e r v i c e - M e d i u m V o l t a a e 16 8 49 5 11 . 06 % 1. 8 2 14 3 66 8 10 3 , 90 3 46 5 99 8 12 6 17 6 (2 4 82 7 14 . 73 % Ge n e r a l S e r v i c e - H i Q h V o l t a Q e 98 2 76 4 11 . 4 3 % 36 2 76 5 07 9 37 2 22 7 72 2 31 , 47 1 63 7 56 3 (6 1 9 99 9 15 . 57 % Ir r i Q a t i o n 70 9 32 4 17 % 95 6 04 4 25 , 80 5 98 6 84 7 73 7 12 , 69 8 09 7 51 8 , 15 5 07 1 24 6 , 72 0 14 % St r e e t & A r e a L i a h t i n a 27 9 , 28 3 28 . 23 % (4 . 54 8 54 0 25 7 99 6 42 9 45 5 41 , 03 6 79 6 26 9 25 7 96 . 4 1 % Tr a f f i c S i Q n a l s 29 2 11 . 98 % 15 , 39 1 11 2 66 8 70 8 56 5 33 7 90 1 :'1 5 . 86 % Sp a c e H e a t i n a 74 3 35 5 77 % 1. 4 4 67 8 09 1 46 9 58 2 39 , 27 8 13 8 , 84 5 72 1 66 5 (6 5 , 26 4 -8 . 78 % Ge n e r a l S e r v i c e - S m a l l 53 2 , 55 1 23 % 20 1 45 5 89 1 25 2 41 8 , 50 4 22 3 83 4 57 8 , 39 3 89 , 47 2 (3 3 1 , 09 6 88 % SP C Co n t r a c t 01 1 52 3 78 % 35 5 15 4 03 8 04 0 31 8 74 0 (1 , 94 3 \ 41 4 (1 , 09 8 34 3 , 63 1 57 % To t a l Sta t e o f I d a h o - 12 0 20 7 , 59 9 07 % 12 0 , 20 7 , 59 9 76 , 4 2 5 89 4 95 1 70 6 31 , 17 4 , 20 3 78 9 . 98 3 86 5 . 81 3 00 % Fo o t n o t e s : Co l u m n C : A n n u a l r e v e n u e s b a s e d o n 3 - 20 0 4 . Co l u m n D : C a l c u l a t e d R e t u m o n R a t e b ~ s e p e r 3 - 20 0 4 E m b e d d e d C o s t o f S e r v i c e S t u d y Co l u m n E : R a t e o f R e t u r n In d e x . R a t e o f r e t u r n b y r a t e s c h e d u l e , d i v i d e d b y I d a h o J u r i s d i c t i o n s n o r m a l i z e d r a t e o f r e t u m . Co l u m n F : C a l c u l a t e d Fu l l C o s t o f S e r v i c e a t J u r i s d i c t i o n a l R a t e o f R e t u m p e r t h e 3 - 20 0 4 E m b e d d e d ca s S t u d y Co l u m n G : C a l c u l a t e d G e n e r a t i o n C o s t of S e r v i c e a t J u r i s d i c t i o n a l R a t e o f R e t u m p e r t h e 3 - 20 0 4 E m b e d d e d C O S S t u d y . Co l u m n H : C a l c u l a t e d T r a n s m i s s i o n C o s t o f S e r v i c e a t Ju r i s d i c t i o n a l R a t e o f R e t u m p e r t h e 3 - 20 0 4 E m b e d d e d ca s Stu d y . Co l u m n I : C a l c u l a t e d Di s t r i b u t i o n C o s t o f S e r v i c e a t J u r i s d i c t i o n a l R a t e o f R e t u r n p e r t h e 3 - 20 0 4 E m b e d d e d C O S S t u d y . Co l u m n J : Ca l c u l a t e d R e t a i l C o s t o f S e r v i c e a t J u r i s d i c t i o n a l R a t e o f R e t u r n p e r t h e 3 - 20 0 4 E m b e d d e d C O S S t u d y . Co l u m n K : C a l c u l a t e d M i s c . Di s t r i b u t i o n C o s t o f S e r v i c e a t J u r i s d i c t i o n a l R a t e o f R e t u r n p e r t h e 3 - 20 0 4 E m b e d d e d C O S S t u d y . Co l u m n L : In c r e a s e o r D e c r e a s e R e q u i r e d t o M o v e F r o m A n n u a l R e v e n u e t o F u l l C o s t o f S e r v i c e D o l l a r s . Co l u m n M : I n c r e a s e o r D e c r e a s e R e q u i r e d t o Mo v e F r o m A n n u a l R e v e n u e t o F u l l C o s t o f S e r v i c e P e r c e n t . ~n ~ ' -. ~ S o l S' r : I J - . !J ~ ! : . ( rA 2 " ' =O 2 ! 11 ; . ? ::S o ." N Co ~ . & : o o . II ; Q '; S . t . ( ' = - TA B 4 - P a g e 1 CO S I D G R C F Y 2 0 0 4 P r t n t . x! S Pa c l f l C o r p Co s t O f S e r v i c e B y R a t e S c h e d u l e St a t e o f I d a h o 12 M o n t h s E n d i n g M a r c h 2 0 0 . - MS P P r o t o c o l 38 % . T a r g e t R e t u r n o n R a t e B a . e Re t u m o n Ra t e o f T o l a f Ge n e r a t i o n Tr a n s m i s s i o n Dis t r i b u t i o n Re t a i l Mi s e In c r e a s e Pe r c e n l i l g e Li n e Sc h e d u l e De s c r i p t i o n Ao o u a l Ra t e Re t u m Co s t o f Co s t o f Co s t o f Co s t o f Co s t o f Co s t o f (D e c r e a s e ) Ch ; : I n g e f r o m No . No . Re v e n u e Ba s e In d e x Se r v i c e Se r v i c e Se r v i c e Se r v i c e Se r v i c e Se r v i c e to = R O R Cu r r e n t R e v e n u e s Re s i d e n t i a l 06 9 84 4 50 % 27 , 51 0 78 8 03 1 10 8 67 7 , 18 7 27 4 , 31 3 95 8 83 0 56 9 35 0 3, 4 4 0 . 94 4 14 . 30 % Re s i d e n t i a l - T O D 66 5 , 64 1 61 % 72 0 64 4 12 , 85 7 52 4 46 6 , 58 5 61 6 , 94 8 49 2 77 5 28 6 81 3 05 5 00 3 10 . 4 5 % Ge n e r a l S e r v i c e - L a r a e 02 6 52 6 50 % 20 , 48 9 08 5 14 , 76 5 52 8 73 2 18 7 73 4 06 0 22 7 , 47 9 83 1 1,4 6 2 , 55 9 69 % Ge n e r a l S e r v i c e - M e d i u m V o l t a a e 16 8 4 9 5 11 . 0 6 % 16 2 0 6 6 11 4 0 0 3 13 3 6 3 32 3 4 3 21 6 9 18 8 (6 4 2 9 ) 82 % Ge n e r a l S e r v i c e - H i a h V o l t a a e 3 9 8 2 7 6 4 11 . 4 3 % 3 7 9 0 , 56 2 33 6 4 8 5 4 36 4 8 2 4 35 8 3 6 23 5 4 5 15 0 4 (1 9 2 2 0 2 ) 83 % Ir r i c a t i o n 39 7 0 9 3 2 4 17 % 46 0 9 0 8 2 0 28 1 0 8 . 87 9 29 6 2 4 3 4 14 , 36 8 . 15 0 54 6 9 4 4 10 4 4 1 3 63 8 1 4 9 6 16 , 07 % 07 1 1 1 2 St r e e t & A r e a L i a h t i n a 27 9 2 8 3 28 . 23 % (4 . 57 7 . 57 5 71 3 2 7 29 8 44 7 4 6 8 41 8 8 6 11 5 9 7 29 8 2 9 2 . 1 0 6 . 81 % Tr a f f i c S i c n a l s 18 . 29 2 11 . 98 % 17 . 20 6 95 3 10 7 2 14 2 15 9 6 44 4 (1 0 8 6 5~ 9 4 % Sp a c e H e a t i n a 74 3 . 35 5 77 % 1. 4 4 76 7 . 57 1 51 5 9 2 2 61 , 80 2 15 7 5 1 4 26 2 9 0 60 4 2 24 2 1 6 26 % Ge n e r a l S e r v i c e - S m a l l 85 3 2 . 55 1 23 % 92 5 4 7 0 8 5 3 7 6 . 96 5 65 5 5 6 5 25 1 6 . 83 9 58 8 3 8 6 11 6 9 5 3 72 2 1 5 7 8. 4 6 % SP C Co n t r a c t 40 1 1 . 52 3 78 % 91 1 3 6 1 4 4 0 9 3 8 3 50 3 1 8 4 T1 9 1 3 19 4 2 '1 2 3 6 ) 89 9 8 3 8 . 2 2 . 4 3 % To t a l Sta t e o f I d a h o - 12 0 , 20 7 59 9 07 % 13 5 , 29 2 , 38 7 62 5 44 6 9, 4 4 3 50 1 35 , 18 5 70 0 91 1 , 84 1 12 5 89 9 15 , 08 4 , 78 8 12 . 55 % Fo o t n o t e s : Co l u m n C : A n n u a l r e v e n u e s b a s e d o n 3 - 20 0 4 . Co l u m n D : C a l c u l a t e d R e t u r n o n R a t e b a s e p e r 3 - 20 0 4 E m b e d d e d C o s t o f S e r v i c e S t u d y Co l u m n E : R a t e o f R e t u r n In d e x . R a t e o f r e t u r n b y r a t e s c h e d u l e , d i v i d e d b y I d a h o J u r i s d i c t i o n s n o r m a l i z e d r a t e o f r e t u r n . Co l u m n F : C a l c u l a t e d Fu l l C o s t o f S e r v i c e a t J u r i s d i c t i o n a l R a t e o f R e t u r n p e r t h e 3 - 20 0 4 E m b e d d e d ca s S t u d y Co l u m n G : C a l c u l a t e d G e n e r a t i o n C o s t of S e r v i c e a t J u r i s d i c t i o n a l R a t e o f R e t u r n p e r t h e 3 - 20 0 4 E m b e d d e d ca s St u d y . Co l u m n H : C a l c u l a t e d T r a n s m i s s i o n C o s t o f S e r v i c e a t Ju r i s d i c t i o n a l R a t e o f R e t u r n p e r t h e 3 - 20 0 4 E m b e d d e d ca s Stu d y . Co l u m n I : C a l c u l a t e d Di s t r i b u t i o n C o s t o f S e r v i c e a t J u r i s d i c t i o n a l R a t e o f R e t u r n p e r t h e 3 - 20 0 4 E m b e d d e d ca s St u d y . Co l u m n J : Ca l c u l a t e d R e t a i l C o s t o f S e r v i c e a t J u r i s d i c t i o n a l R a t e o f R e t u r n p e r t h e 3 - 20 0 4 E m b e d d e d ca s St u d y . Co l u m n K : C a l c u l a t e d M i s c . Dis t r i b u t i o n C o s t o f S e r v i c e a t J u r i s d i c t i o n a l R a t e o f R e t u r n p e r t h e 3 - 20 0 4 E m b e d d e d ca s St u d y . Co l u m n L : I n c r e a s e o r D e c r e a s e R e q u i r e d t o Mo v e F r o m A n n u a l R e v e n u e t o F u l l C o s t o f S e r v i c e D o l l a r s . Co l u m n M : I n c r e a s e o r D e c r e a s e R e q u i r e d t o Mo v e F r o m A n n u a l R e v e n u e t o F u l l C o s t o f S e r v i c e P e r c e n t . ~( " ' H! I I ! J ;. ; . l : ; - ii r n - . 11 l ! I I ! J s: : fI J :z : - '= ' 0 ' l o , JI ; ' . ;S . " ' C : j Q. ; ' ; ' ~ I: " " n . b 1 "" ' 3 I JI ; Q 'O I ! ! ( I 5" ; . . . TA B 4 - P a g e 2 CO S I D G R C F Y 2 0 0 4 P r l n t . xls