U.S. Department of Energy Energy Information Administration Form NWPA-830G

OMB No. 1901 02:0

(Expires 1163083)

Section 1. Identication Information: (Soll explanatory
Section 2 Nor Electricity Generated Calculation

21 Unit 10 Code: Enter the Reactor Unit Identification (10) Code as assigned by DOE, for each reactor in the station

2.2 Gross Thermal Energy Generated (MWh): Utility shall report the thermal output of the nuclear steam supply system during the grass hours of the reporting period.

Grou Electricity Generated (wWh): Utility shall report this amount for each unit in the appropriate column, and the total in the column labeled "Station Total. This amount is measured at the output berminals of the generator during the reporting period

24 Nuclear Station Use While Al Lassi One Nuclear Unit la In Service (MWh): Utility shall report this amount for each unit in the appropriate column, and the total in the column called "Station Total."

The udlity is to report consumption of electricity by the nuclear portion of the station during days in which at least one of the station's nuclear units was on-line and producing electricity. A utility unable to meter an individual unit shall report the estimated unit use, and shall explain in item 2.7 how the unit data were estimated. Note that:

A. During days in which nuclear station use exceeds nuclear station generation, the utility shall treat ali resulting negative values as zero for lee calculation purposes

B. A utility that has multiple nudear units at one station:

• when at least 1 nuclear unit is operating and when generation from that unit exceeds the nuclear stadion's use, the utility may assume that the operating unit is supplying electricity for nuclear stabon use whether or not the electricity has been metered separately or the units terminate to a common electrical busbar, and

· shall report under item 2.5 any electricity use by the nudear portion of the station during the days in which al nuclear units at the station were out of service simultaneously..

C. A utility that has a metered transmission line connecting an of-station nuclear reactor with another nuclear station may treat the offstation plant as part of this station for tee calculation purposes it it is not double counted

D. Ubility may deduct small quantities of unmetered non-nuclear electricity generation included in 'Gross. Electricity Generated," provided that it is idenified and explained in item 2.7.

E. A utility may deduct nudear electricity generation which is not sold and does not pass the busbar, provided they identity and explain the deduction in itern 2.7 and that the deduction is not double counted.

Nuclear Station Use While All Nuclear Units Are Out of Service (MWh): Utility shall report this amount for each unit in the appropriate column, and the total in the Station Total column. In this row. the utility shall report the consumption of electricity by the nuclear portion of the staton during days in which total nuclear unit use exceeds nuclear generation (eg. a day in which all nuclear units at the station were out of service at once). Note that a utility unable to meter individual unit use will report estimated unit use, and shall explain in tern 27 how the unit data were estimated

28 Nor Electricity Generated (wwh): The utility shall report this amount for each unit in the appropriate column, and the hotel in the Station Total column. This amount is the result of subtracting items 24 from items 23.

27 Footnote (if any): Utilities that are unable to motor individual unit use shall explain here how the unit data were estimated

Section a. Total Energy Adjustment Factor Calculation: The reporting utility shall obtain necessary data from all owners to calculate the Total Energy Adjustment Factor and maintain consistore accurate, and completo records to support those submissions. The velice provided in this section must be scare to design ticare content on there wo more than 12 owners, use a continuation shook for a nuclear station with more than one reactor and different ownerships for each reactor, a separate Annex A will be required for each reactor. 21 Wetohrad Energy Adjustment Factor Calculation:

Memo of Nuclear Stodon Owner(s): provide the narnes) in Roms 1. tou 12 13.1. If more than 12 names, use n contruction sheet

Adjustment for Sales to ulimeto Consumer (ASC): In the produced fraction of Sales to ultimate Consumer (FSC) and the Sales bultimate Consumer Adustment Factor(SCA)

Fraction of Salu to uldmate Consumer (FSC): 1 determined by dividing the auner's previous yours eu dos be the ultimate consumer by the sum of the owner's provious year's eu celos to the ultimate consumer plus the owner previous your soul sales for regale. These figures can be found on the Energy normation Administration (EA) Form EIA-861 or the Federal Energy Regulatory Commission (FERC) Form No. 1.

Sahne to whimate Consumer Adjustment Factor (SCAP: 18 equal to one minus the quotient o del electrica y lost or otherwise noted foreach amner, divided by the beal bocoran valable for depositon bo Phimate consumers. The bal electricity available is the reportng your total of all of an owner's electricity supply which is available for disposition, expressed in bowall hours. Doctricity lost or otherwise not sold indudes: (a) energy himishod without charge: 0) energy used by the company: (c) ransmission losses: (d) distribution losses: (%) other unaccounted losses as reported on the Form EIA-861 or the FERC Form No. 1.

Adjustment for Sales for Rosale (ASA): is the product of Fraction of Sales for Resale (FSR) and National average Adjustment Factor (NAF).

Fraction of Sales for Rosale (FSA): is determined by dividing the owner's previous year's annual sales for resale by the sum of the owner's previous year's annual sales to the climate consumer plus the owner's previous years annual sales or resale. These figures can be bund on the Form EA 861 or the FERC Form NO. 1.

National average Adjustment Factor (NAF): is the quotient of the national total of electricity sold divided by the natonai botal of electricity avalable for disposition

Owner's Energy Adjustment Factor (OEAF): is the Owner's raction of metered electricity

Weighted Energy Adjustmont Foctor (WEAF): is the product of an Owner's Energy Adusonent Factor (OEAF) times the Owner's Share (OS).

Total Energy Adjustment Factor (TEAF): is the sum of individual owner's Weighted Energy Adjustment Factors (WEAF). Section 4. Fee Calculation for Electricity Generated and Sold:

Total Energy Adjustment Factor. Enter the value from item 32 as appropriate

42 Electricity Generated and sold: Multiply the values in item 4. 1 by the "Unit values in item 2.6. Sum these values and enter in Station

Current Fee Due (Dollars): Multiply the values in item 4.2 by one (1) dollar/megawat hour (or 1.0 milla Wh), which is the current tee Add this station tee to the current lee due for all other reactors operated by the Purchaser, and then enter the sum on line 3.4 of the Appendur G. Remittance Advice

32

4.1

25

Total 43

"Please provide (as an attachment) a clear reference to the methodology used to derive the burnup Ngures (computer codes, etc.) and a clear reference to all data used in the dert vation of those figures.

C. Total fee. (Approved by the Office of Management and Budget under control number 1091-0260) (48 FR 16599, Apr. 18, 1983; 48 FR 23160, May 24, 1983, as amended at 52 FR 35369, Sept. 18, 1987; 56 FR 67659, Dec. 31, 1991)