Utility / owner / operatorIDInvestor-owned utilityHow EIA classifies an organization, such as a public utility, cooperative or investor-owned company.Definition ↗
Operated nameplate capacity, operating generatorsFull nameplate MW of operating generators at plants this organization runs, including shares held by other owners.Definition ↗
2,589.8MW
Source & method
Sum of operating generator nameplate MW at plants where this organization is the reported operator
2024 inventory · reported · derived · valid · final
31 of 31 plants included.
Reported operating capacity; partial plant/unit coverage is marked
Owned nameplate capacity, operating generatorsOperating generator nameplate MW multiplied by this organization’s ownership share, once per generator. This can include plants another organization operates.Definition ↗
2,589.8MW
Source & method
Sum over operating generators of nameplate MW x this organization's ownership fraction (reported schedule or EIA-860 schedule-4 default)
2024 inventory · reported · derived · valid · final
Example: an operating 100 MW generator with a 25% ownership share contributes 25 MW to owned capacity. Its operator counts the full 100 MW. Neither quantity establishes who buys its electricity.
Operates
Operating MWFull operating nameplate capacity at plants this organization runs, including shares held by other owners.Definition ↗
Share-weighted MWAn organization with a reported share of a generator. Owned MW applies that share to operating nameplate capacity; it does not establish who buys the output.Definition ↗
Disclosed supply · Washington fuel mixA supplier’s reported sources of electricity sold to Washington customers, grouped by fuel.Definition ↗
Not a Washington retail supplier in the Fuel Mix Disclosure extracts (CY2014–CY2024 loaded), or not linked by the reviewed claimant crosswalk
Oregon supply · DEQ supplier reportingOregon DEQ's Greenhouse Gas Reporting Program: every utility and electricity service supplier serving Oregon end users reports the MWh it delivered to them by source, and DEQ computes the emissions from its own emission factors and publishes both per supplier (OAR 340-215-0120). Bonneville Power Administration purchases are their own category. A different basis from Washington's fuel mix disclosure, and not a compliance determination.Definition ↗
2024 · Oregon end users
Electricity supplied to Oregon end users
673,939MWh
2024
Source & method
Oregon DEQ Greenhouse Gas Reporting Program (OAR 340-215-0120): the MWh DEQ lists for the supplier's electricity delivered to Oregon end users in the year, from specified sources (at the busbar, or with DEQ's 2% transmission-loss factor) and unspecified purchases; for a multi-jurisdictional utility, its Oregon retail sales including losses. Not generation, and not Washington's retail-sales basis
2024 calendar year · reported · direct · valid · final
Oregon DEQ Greenhouse Gas Reporting Program: the anthropogenic emissions DEQ's reporting system computes for the electricity the supplier delivered to Oregon end users, each source's MWh times DEQ's emission factor (unspecified power 0.428 t CO2e/MWh; a multi-jurisdictional utility's system factor applied to its Oregon MWh). An attribution from emission factors, not a stack measurement, and not a compliance determination under ORS 469A.410
2024 calendar year · estimated · direct · valid · final
Oregon DEQ's Emission Intensity column: the anthropogenic emissions it attributes to the supplier's Oregon deliveries divided by those MWh, as DEQ publishes it
2024 calendar year · estimated · direct · valid · final
Bonneville Power Administration: 0.0% of the MWh DEQ lists; unspecified purchases: 8.6%.Listed by DEQ as “Idaho Power Company” (investor owned utility).
By year MWh supplied to Oregon end users and the emissions DEQ attributes to them; not generation, not a compliance finding
Oregon supply by year, on DEQ's basis
Year
Supplied · MWh
Emissions · t CO2e
Intensity · t CO2e/MWh
Fuel types · share of MWh
BPA · share
Unspecified · share
2019 on: by fuel type
2024
673,939 MWh
189,441 t CO2e
0.281 t CO2e/MWh
Hydro 39.5% · Natural Gas 24.6% · Wind 10.4%
0.0%
8.6%
2023
649,615 MWh
180,954 t CO2e
0.279 t CO2e/MWh
Hydro 38.9% · Natural Gas 16.3% · Coal 13.7%
0.0%
12.5%
2022
695,393 MWh
244,123 t CO2e
0.351 t CO2e/MWh
Hydro 32.4% · Coal 20.7% · Unspecified 17.2%
0.0%
17.2%
2021
685,578 MWh
228,124 t CO2e
0.333 t CO2e/MWh
Hydro 34.6% · Coal 17.8% · Natural Gas 16.6%
0.0%
15.1%
2020
668,085 MWh
206,060 t CO2e
0.308 t CO2e/MWh
Hydro 44.4% · Coal 22.1% · Natural Gas 12.6%
0.0%
5.3%
2019
826,131 MWh
204,311 t CO2e
0.247 t CO2e/MWh
Hydro 48.6% · Coal 16.7% · Natural Gas 11.7%
0.0%
6.1%
Before 2019: totals onlyDEQ publishes fuel types from 2019, “when data collection was standardized in the Your DEQ Online reporting system” (workbook, Data Information)
2018
837,162 MWh
203,015 t CO2e
0.243 t CO2e/MWh
—
2017
830,376 MWh
196,249 t CO2e
0.236 t CO2e/MWh
—
2016
775,754 MWh
253,054 t CO2e
0.326 t CO2e/MWh
—
2015
754,251 MWh
281,029 t CO2e
0.373 t CO2e/MWh
—
2014
775,493 MWh
301,226 t CO2e
0.388 t CO2e/MWh
—
2013
772,644 MWh
338,760 t CO2e
0.438 t CO2e/MWh
—
2012
772,917 MWh
266,286 t CO2e
0.345 t CO2e/MWh
—
2011
866,523 MWh
244,726 t CO2e
0.282 t CO2e/MWh
—
2010
778,669 MWh
351,388 t CO2e
0.451 t CO2e/MWh
—
DEQ's basis (OAR 340-215-0120): electricity the supplier delivered to Oregon end users in the year, from specified sources (at the busbar, or with DEQ's 2% transmission-loss factor) and unspecified purchases, and the anthropogenic emissions DEQ's reporting system computes for it from DEQ's emission factors (unspecified power 0.428 t CO2e/MWh). A multi-jurisdictional utility reports its whole system and its Oregon retail sales including losses, and DEQ applies the system's factor to the Oregon figure. Not generation, not Washington's disclosure (a different basis, never added to it), and not a compliance determination.
Fuel types as DEQ names them: Bonneville Power Administration, Powerex and Tacoma are purchases from those systems, kept as their own categories and never resolved to plants; shares are of the MWh DEQ lists for the supplier, computed here from DEQ's rows.
Carbon allowances · no-cost allocationAn emissions allowance Washington assigns to an eligible utility without charge. It is not measured emissions.Definition ↗
Not a CETA-obligated electric utility in Ecology's allowance schedule (or not linked by the reviewed crosswalk); only Washington retail utilities subject to the Clean Energy Transformation Act receive no-cost allowances. Checked wa-ecology-cca-allowances 2026-09-18
Money · FERC Form 1The annual financial report large investor-owned utilities file with the federal energy regulator.Definition ↗
2025 · USD nominal
Purchased power, settlements
375,250,049USD
2025
Source & method
FERC Form 1 Schedule 326 total settlement over named sellers (adjustment rows excluded), nominal dollars for the report year
2025 calendar year · reported · derived · valid · final
214 of 214 native rows included.
197 named sellers; 0 adjustment and 1 market-settlement rows and the filing total row excluded
Purchased power by seller Financial relationshipA documented financial relationship between named parties, with an amount where public and its reported or calculated basis.Definition ↗
Schedule 326 settlements for 2025, largest first(top 60 of 197). Seller names as filed; a link means a reviewed match to an organization in this atlas.
california independent system operatorSF · market operator, not a bilateral seller
5,957,439 USD
Missing cells stay missing; partial seller sums are marked and have no USD/MWh ratio. FERC Form 1 Schedule 326 rows for the report year; seller names as filed; an organization link exists only through a reviewed crosswalk row; MWh uses purchased_mwh through 2020 and purchased other than storage from 2021. A row counts as a seller when it names a party, whatever its purchase type: FERC's AD code marks an adjusting entry, and an adjusting entry naming a company is still money between that company and the respondent. Rows whose name is a mechanism (deferrals, allowances, the residential exchange) are listed as adjustments; rows naming a market operator are listed as market settlements
Revenue by customer class
Class
USD
MWh
USD/MWh
Customers (avg/month)
residential sales
708,143,132USD
6,010,290MWh
117.82 USD/MWh
554,211customers (monthly average)
small or commercial
588,284,867USD
6,366,016MWh
92.41 USD/MWh
97,672customers (monthly average)
large or industrial
270,596,771USD
3,778,206MWh
71.62 USD/MWh
149customers (monthly average)
public street and highway lighting
4,516,904USD
25,247MWh
178.91 USD/MWh
5,229customers (monthly average)
sales for resale
124,539,480USD
2,896,549MWh
43 USD/MWh
Not reported
Schedule 300 class lines as the form computes them (as_computed); usd_per_mwh is revenue over MWh sold for that class; the class lines are not re-summed here; EIA-861 revenue and price for the same utility are on the retail block and can differ (different survey, scope and year)
Operation and maintenance expenses
Total electric O&Mas the form computes it
1,172,812,473 USD
Power productionas the form computes it
752,622,372 USD
of which purchased power (account 555)reported line· account 555
380,182,702 USD
of which fuel, steam generation (501)reported line· account 501
115,924,068 USD
of which fuel, other generation (547)reported line· account 547
137,312,521 USD
Transmissionas the form computes it
33,196,902 USD
Distributionas the form computes it
85,573,620 USD
Customer accountsas the form computes it
20,747,497 USD
Customer service and informationas the form computes it
42,795,137 USD
Salesas the form computes it
0 USD
Administrative and general, operationas the form computes it
178,346,298 USD
Administrative and general, maintenanceas the form computes it· account 935
44,322,695 USD
of which transmission by others (565)reported line· account 565
11,254,079 USD
Schedule 320 electric operation and maintenance: function totals as the form computes them (as_computed) with the purchased power, fuel and wheeling accounts listed beneath as components, never added again
Nominal dollars for the report year as filed; revisions arrive for months after the April deadline; the pinned PUDL release fixes the snapshot FERC respondent 216· XBRL entity C000620; link basis: pudl_assn_1to1.
Retail electricity sold
Full serviceA utility that sells electricity to customers. Full-service sales include both electricity and delivery.Definition ↗
Average revenue per kWhRevenue divided by electricity sold. This average is not a tariff or a household bill.Definition ↗ is realized revenue ÷ sales, not a tariff.
ID · commercial
Retail sales
4,176,454MWh
2024
Source & method
EIA-861 electricity sold to ultimate customers for the stated utility, state, customer class and service type; calendar year
2024 calendar year · reported · direct · valid · final
Sold to retail customers in the stated state (utility x state grain); bundled full-service rows only in the summaries; energy-only and delivery-only rows are listed but never added to bundled sales. Realized average revenue per kWh is not a tariff.
Power interruptions reported
2024 · as filed on EIA-861
SAIDISystem Average Interruption Duration Index: the minutes of sustained interruption the average customer had over the year, customer-minutes interrupted divided by customers served. Each utility calculates and reports its own figure on EIA-861 Schedule 3, under the method it declares. A system average says nothing about one address.Definition ↗, SAIFISystem Average Interruption Frequency Index: how many sustained interruptions the average customer had over the year, customers interrupted divided by customers served, as the utility reports it on EIA-861 Schedule 3.Definition ↗ and CAIDICustomer Average Interruption Duration Index: minutes per sustained interruption, SAIDI divided by SAIFI on the same basis. EIA-861 asks utilities for SAIDI and SAIFI only; EIA publishes CAIDI with the data and the atlas shows it as published, never recomputed.Definition ↗ count sustained interruptions. Figures with and without major event daysDays a utility sets apart from normal operation: EIA describes them as events such as snowstorms, floods or heatwaves, or periods of outages that differ greatly from the utility's own five-year history. EIA-861 asks for the indices both with and without them. Part B respondents determine them under IEEE 1366; Part C respondents define a major event themselves. The two series answer different questions and are never blended.Definition ↗ are different measures; compare like with like.
ID · IEEE 1366EIA-861 Schedule 3 has two parts. Part B is for utilities that calculate SAIDI and SAIFI and determine major event days under IEEE 1366-2003 or IEEE 1366-2012; Part C is for any other method, where the utility also states how it defines a momentary interruption and whether inactive accounts count as customers. Figures from the two parts are not comparable and the atlas never pools them; utilities under Part C do not share one method either.Definition ↗
Index
Major event days included
Major event days excluded
Included, loss of supply removed
SAIDIminutes/customer/year
206.5
164
160.6
SAIFIinterruptions/customer/year
1.37
1.21
1.04
CAIDIminutes/interruption
150.7
135.5
154.4
Customers the indices are based on
621,746 customers
Highest voltage counted as distribution
34.5 kV
How it was measuredDetermined under IEEE 1366-2003 or IEEE 1366-2012; the form does not record which edition
Outages recorded automatically: yes
Others reporting the same way · major event days included8 utilities in ID under IEEE 1366. Each counts once whatever its size; this is context, not a ranking.
SAIDI median 192.8 (8.6–264.6) minutes/customer/yearSAIFI median 1.22 interruptions/customer/year
Others reporting the same way · major event days excluded8 utilities in ID under IEEE 1366. Each counts once whatever its size; this is context, not a ranking.
SAIDI median 127.2 (6.8–198.9) minutes/customer/yearSAIFI median 0.93 interruptions/customer/year
OR · IEEE 1366EIA-861 Schedule 3 has two parts. Part B is for utilities that calculate SAIDI and SAIFI and determine major event days under IEEE 1366-2003 or IEEE 1366-2012; Part C is for any other method, where the utility also states how it defines a momentary interruption and whether inactive accounts count as customers. Figures from the two parts are not comparable and the atlas never pools them; utilities under Part C do not share one method either.Definition ↗
Index
Major event days included
Major event days excluded
Included, loss of supply removed
SAIDIminutes/customer/year
509.9
434.8
234.6
SAIFIinterruptions/customer/year
2.57
2.48
1.55
CAIDIminutes/interruption
198.4
175.3
151.3
Customers the indices are based on
20,146 customers
Highest voltage counted as distribution
34.5 kV
How it was measuredDetermined under IEEE 1366-2003 or IEEE 1366-2012; the form does not record which edition
Outages recorded automatically: yes
Others reporting the same way · major event days included12 utilities in OR under IEEE 1366. Each counts once whatever its size; this is context, not a ranking.
SAIDI median 439.1 (28.2–1,482.5) minutes/customer/yearSAIFI median 1.34 interruptions/customer/year
Others reporting the same way · major event days excluded11 utilities in OR under IEEE 1366. Each counts once whatever its size; this is context, not a ranking.
SAIDI median 107.6 (11.6–517.9) minutes/customer/yearSAIFI median 0.79 interruptions/customer/year
Every year filed
As filed each year. SAIDI in minutes per customer per year; SAIFI in interruptions per customer per year. Blank cells were not reported.
Year
State
Standard
SAIDI with
SAIDI without
SAIFI with
SAIFI without
Customers
2024
ID
IEEE 1366
206.5
164
1.37
1.21
621,746
2024
OR
IEEE 1366
509.9
434.8
2.57
2.48
20,146
2023
ID
IEEE 1366
130.4
119.7
1.07
1
605,929
2023
OR
IEEE 1366
174.3
165.4
1.34
1.31
19,518
2022
ID
IEEE 1366
152.5
151.7
1.17
1.17
591,458
2022
OR
IEEE 1366
129.1
128.8
0.79
0.78
19,867
2021
ID
IEEE 1366
160.9
119.8
1.36
1.09
577,694
2021
OR
IEEE 1366
214
197.1
1.48
1.42
19,677
2020
ID
IEEE 1366
209.8
160.5
1.23
1.09
561,795
2020
OR
IEEE 1366
185
165.8
0.97
0.9
19,515
2019
ID
IEEE 1366
144
120
1.24
1.15
546,775
2019
OR
IEEE 1366
121
118
0.63
0.63
19,231
2018
ID
IEEE 1366
128.8
121.5
1.07
1.06
532,420
2018
OR
IEEE 1366
148.7
148.7
0.95
0.95
18,963
2017
ID
IEEE 1366
234
210
1.53
1.48
520,392
2017
OR
IEEE 1366
221
220
1.23
1.22
18,780
2016
ID
IEEE 1366
159.4
159.4
1.18
1.18
510,888
2016
OR
IEEE 1366
173.2
173.2
1.06
1.06
18,790
2015
ID
IEEE 1366
208
165.5
1.57
1.357
501,205
2015
OR
IEEE 1366
370.9
368.2
1.948
1.931
18,651
2014
ID
IEEE 1366
151.7
126.6
1.19
1.08
493,581
2014
OR
IEEE 1366
205.9
203.3
1.63
1.59
18,500
2013
ID
IEEE 1366
180
145
1.36
1.27
486,306
2013
OR
IEEE 1366
419
277
2.41
2.01
18,349
Reported by the utility on EIA-861 Schedule 3 under the method it declares. IEEE 1366 and other-method figures are not comparable, and values with and without major event days answer different questions. A system average says nothing about one address. CAIDI is published by EIA as SAIDI divided by SAIFI; it is not a line on the form. A value the utility left blank stays blank. Source and licence· Frozen facts for this utility ↗
Customer programmes
EIA-861 Schedule 6, as filed
Programme results as each utility filed them, by customer class and report year, each in its own unit. Classes are never added into a total, years are never added into a period, and savings are never divided by sales. The one ratio shown, enrolled demand-response customers against the utility's own EIA-861 customer count for the same state, class and year, carries both counts.
Energy efficiency EIA-861 Schedule 6 Part A
Reported by the utility on EIA-861 Schedule 6 Part A as adjusted gross savings at the customer meter under its own evaluation; figures are not comparable across utilities. Reporting-year incremental savings are annualized for participants new that year; life-cycle savings run over the programmes' planned life (energy as a lump sum, peak as the average annual reduction). Each class is shown as filed and the total row is the filer's own; nothing is summed here. Costs are nominal dollars of the report year (the form collects thousands; PUDL publishes dollars). A blank stays blank.
Report year 2024, ID, OR. Each row is one customer class as filed; the filer's total is its own line and is not the sum of the rows above. Costs are nominal dollars.
Class
Incremental annual energy savings, reporting year (annualized)MWh
Customer incentives, incremental life-cycle cost (nominal)USD · life cycle
Other costs, incremental life-cycle (nominal)USD · life cycle
Other costs, reporting-year incremental (nominal)USD
CommercialIPCO
31,531 MWh
3.6 MW
409,899 MWh
3.6 MW
13 years
$5,843,000
$5,843,000
$2,906,000
$2,906,000
IndustrialIPCO
72,469 MWh
8.3 MW
1,014,568 MWh
8.3 MW
14 years
$7,725,000
$7,725,000
$6,724,000
$6,724,000
ResidentialIPCO
35,547 MWh
4.1 MW
142,189 MWh
4.1 MW
4 years
$489,000
$489,000
$5,625,000
$5,625,000
TransportationIPCO
0 MWh
0 MW
0 MWh
0 MW
0 years
$0
$0
$0
$0
Filer's totalIPCO
139,547 MWh
16 MW
1,566,656 MWh
16 MW
not applicable
$14,057,000
$14,057,000
$15,255,000
$15,255,000
CommercialIPCO
272 MWh
0 MW
3,532 MWh
0 MW
13 years
$32,000
$32,000
$101,000
$101,000
IndustrialIPCO
3,345 MWh
0.4 MW
46,831 MWh
0.4 MW
14 years
$457,000
$457,000
$273,000
$273,000
ResidentialIPCO
435 MWh
0.1 MW
1,741 MWh
0.1 MW
5 years
$19,000
$19,000
$148,000
$148,000
TransportationIPCO
0 MWh
0 MW
0 MWh
0 MW
0 years
$0
$0
$0
$0
Filer's totalIPCO
4,052 MWh
0.5 MW
52,104 MWh
0.5 MW
not applicable
$508,000
$508,000
$522,000
$522,000
Demand response EIA-861 Schedule 6 Part B
Reported by the utility on EIA-861 Schedule 6 Part B. Potential peak savings assume every programme is called; actual peak savings are what was achieved at the company's own annual peak hour, and the two are never merged. Customers are enrolled customers, a count. Costs are nominal dollars of the report year. The form has no total row and none is computed here. A blank stays blank.
Report year 2024, ID, OR. Each row is one customer class as filed; the form has no total row and none is computed. Costs are nominal dollars.
Class
Customers enrolled in demand response programmescount
Energy savings from demand responseMWh
Potential peak demand savings, all demand response calledMW · potential
Actual peak demand savings at the annual system peak hourMW · achieved
Customer incentives (nominal)USD
Other programme costs (nominal)USD
Enrolled share of this class's customersderived
CommercialIPCO
299
0 MWh
27.8 MW
23.8 MW
$504,900
$80,300
0.4%299 of 75,435
IndustrialIPCO
2,481
0 MWh
241.3 MW
187.2 MW
$8,099,900
$561,400
12.3%2,481 of 20,187
ResidentialIPCO
17,451
0 MWh
22.3 MW
20.4 MW
$345,800
$578,500
3.3%17,451 of 525,751
TransportationIPCO
0
0 MWh
0 MW
0 MW
$0
$0
unsupported
CommercialIPCO
10
0 MWh
10.3 MW
8.8 MW
$201,300
$4,200
0.3%10 of 3,666
IndustrialIPCO
36
0 MWh
1.7 MW
1.3 MW
$43,700
$73,200
1.5%36 of 2,430
ResidentialIPCO
190
0 MWh
0.3 MW
0.2 MW
$3,700
$30,200
1.3%190 of 14,098
TransportationIPCO
0
0 MWh
0 MW
0 MW
$0
$0
unsupported
Population: organizations of this release with EIA-861 rows in the core states. A short-form respondent has no figures to file; a long-form respondent without a row may have no programmes or may have a nonutility administrator reporting for it. Years without a row are listed against the table's span, not against the years this utility filed the form.
What the sheet says
TariffA utility’s published rates and charges, with an effective date.Definition ↗ · not a bill
Schedule 1· ID· effective 2026-01-01
Basic chargeper month
$15.00
EnergyResidential Service, Standard Plan· Idaho PUC (I.P.U.C. No. 30, Tariff 101, Order 36892)
summer 0.121195 USD/kWh first 800 kWh, 0.132995 for 801-2,000, 0.146185 above; non-summer 0.099332, 0.104305, 0.110052
Adjustment schedules named on the sheetlisted, never added in
schedules 54 (fixed cost adjustment), 55 (power cost adjustment), 91, 95, 96, 98 (residential and small farm energy credit)
4th revision of Sheet 1-2, read from the complete tariff in the Idaho PUC file room; the company's own tariff pages answer scripted fetches with a 200 'Not Found' body. A 2025 rate case application proposed a 25.00 USD basic charge.Source sheet ↗read 2026-09-18· OpenEI entry ↗ dated 2025-02-01, a discovery index only
ModeledComputed billsA declared usage case priced on a published tariff sheet: kWh in one bill, the days it covers, and where the sheet has them a service size, dwelling type or jurisdiction and a season. The total is the schedule's own charges: the fixed charge plus the energy charge by tier. Where the same sheet prints prices for named adjustments or credits, a second, separately labelled total adds them; those prices change on their own schedules. Whatever the sheet only names, such as a city tax, is listed and never added, so neither total is a complete bill. It is an illustration, not a billing record, and it is not the realized average revenue per kWh that EIA-861 reports.Definition ↗ for 6 declared cases. Prices are the sheet’s own; usage and days are assumptions.
Case
Schedule charges (USD)
With adjustments the sheet prices (USD)
Next kWh costs (USD/kWh)
Average (cents/kWh)
600 kWh over 30 days · summerJune 1 to September 30
$87.72
None priced on this sheet
$0.121195
14.62schedule charges ÷ kWh
600 kWh over 30 days · non-summerOctober 1 to May 31
$74.60
None priced on this sheet
$0.099332
12.43schedule charges ÷ kWh
900 kWh over 30 days · summerJune 1 to September 30
$125.26
None priced on this sheet
$0.132995
13.92schedule charges ÷ kWh
900 kWh over 30 days · non-summerOctober 1 to May 31
$104.90
None priced on this sheet
$0.104305
11.66schedule charges ÷ kWh
1,200 kWh over 30 days · summerJune 1 to September 30
$165.16
None priced on this sheet
$0.132995
13.76schedule charges ÷ kWh
1,200 kWh over 30 days · non-summerOctober 1 to May 31
$136.19
None priced on this sheet
$0.104305
11.35schedule charges ÷ kWh
How each total adds up
600 kWh over 30 days · summer
Line
Quantity
Price
Amount (USD)
Service Charge
1 month
$15.0000 per month
$15.00
Energy Charge0–800 kWh
600 kWh
$0.121195 per kWh
$72.72
Schedule charges
$87.72
600 kWh over 30 days · non-summer
Line
Quantity
Price
Amount (USD)
Service Charge
1 month
$15.0000 per month
$15.00
Energy Charge0–800 kWh
600 kWh
$0.099332 per kWh
$59.60
Schedule charges
$74.60
900 kWh over 30 days · summer
Line
Quantity
Price
Amount (USD)
Service Charge
1 month
$15.0000 per month
$15.00
Energy Charge0–800 kWh
800 kWh
$0.121195 per kWh
$96.96
Energy Charge800–2000 kWh
100 kWh
$0.132995 per kWh
$13.30
Schedule charges
$125.26
900 kWh over 30 days · non-summer
Line
Quantity
Price
Amount (USD)
Service Charge
1 month
$15.0000 per month
$15.00
Energy Charge0–800 kWh
800 kWh
$0.099332 per kWh
$79.47
Energy Charge800–2000 kWh
100 kWh
$0.104305 per kWh
$10.43
Schedule charges
$104.90
1,200 kWh over 30 days · summer
Line
Quantity
Price
Amount (USD)
Service Charge
1 month
$15.0000 per month
$15.00
Energy Charge0–800 kWh
800 kWh
$0.121195 per kWh
$96.96
Energy Charge800–2000 kWh
400 kWh
$0.132995 per kWh
$53.20
Schedule charges
$165.16
1,200 kWh over 30 days · non-summer
Line
Quantity
Price
Amount (USD)
Service Charge
1 month
$15.0000 per month
$15.00
Energy Charge0–800 kWh
800 kWh
$0.099332 per kWh
$79.47
Energy Charge800–2000 kWh
400 kWh
$0.104305 per kWh
$41.72
Schedule charges
$136.19
Named on the sheet without a price, so in neither total: Schedule 54 (Fixed Cost Adjustment); Schedule 55 (Power Cost Adjustment); Schedule 91 (Energy Efficiency Rider); Schedule 95 (Adjustment for Municipal Franchise Fees); Schedule 96 (Blaine County Surcharge to Fund the Undergrounding of Certain Facilities); Schedule 98 (Residential and Small Farm Energy Credit). This sheet prices no adjustment, so there is no second total.
Not net metering: exported energy is credited at a published Export Credit Rate that varies by time of day and season, and the credit offsets the bill rather than the meter running backwards
Idaho replaced kilowatt-hour netting with an export credit in 2024, so an Idaho example cannot be compared with a Washington or Oregon one without saying so.Source ↗read 2026-09-18
The price on the utility's own sheet on the date it was read, with the adjustment schedules it names listed beside it and never added in. It is not a bill, and it is not the realized average revenue per kWh that EIA-861 reports above: the two answer different questions.
Distributed generationCustomer-sited and small generation reported by utilities in aggregate on EIA-861; no locations; a separate population from the plant inventory, never added to it.Definition ↗
Utility reports · no locations
Distributed generation reported by this utility to EIA-861 for 2024, by state
Utility-reported, no locations, not in the EIA-860 plant inventory (>= 1 MW). Storage is listed separately and never added to generation capacity. Non-net-metered units >= 1 MW can also appear in EIA-860; the overlap is disclosed, not resolved. Source rollup rows are excluded from every sum.
Sum of EIA-861 utility-reported nameplate capacity over leaf technology classes, excluding storage and source rollup rows; utility x state grain; no locations; not part of the EIA-860 plant inventory
2024 calendar year · reported · derived · valid · final
1 of 1 reporting utilities included.
net-metered + non-net-metered; the two EIA-861 schedules are disjoint by design
Customer counts can include the same customer under more than one technology. Energy sold to utilities measures exports; it does not measure all generation at customer sites.
Net-metered customers
19,048count
2024
Source & method
EIA-861 net metering customer count over leaf technology classes; a customer with two technologies can be counted twice by the source
2024 calendar year · reported · derived · valid · final
Display names and aliases (pipeline/config/crosswalks/aliases.csv)
Display names verified against each organization's own website; EIA legal names retained as aliases
A display name is the name an organization uses for itself; the EIA name stays searchable and on the record. Each row cites the page that shows the name.
Catalyst Cooperative, PUDL v2026.9.0, derived from U.S. EIA Forms 860/923
Data transformed by PUDL from U.S. EIA forms; selected fields republished; EIA data is public with dated acknowledgment (https://www.eia.gov/about/copyrights_reuse.php)
Catalyst Cooperative, PUDL v2026.9.0, derived from U.S. EIA Forms 860/923
Data transformed by PUDL from U.S. EIA forms; selected fields republished; EIA data is public with dated acknowledgment (https://www.eia.gov/about/copyrights_reuse.php)
Catalyst Cooperative, PUDL v2026.9.0, derived from U.S. EIA Form 861
Data transformed by PUDL from U.S. EIA forms; selected fields republished; EIA data is public with dated acknowledgment (https://www.eia.gov/about/copyrights_reuse.php)
Catalyst Cooperative, PUDL v2026.9.0, derived from U.S. EIA Form 861
Data transformed by PUDL from U.S. EIA forms; selected fields republished; EIA data is public with dated acknowledgment (https://www.eia.gov/about/copyrights_reuse.php)
Catalyst Cooperative, PUDL v2026.9.0, derived from U.S. EIA Form 861
Data transformed by PUDL from U.S. EIA forms; selected fields republished; EIA data is public with dated acknowledgment (https://www.eia.gov/about/copyrights_reuse.php)
Catalyst Cooperative, PUDL v2026.9.0, derived from U.S. EIA Forms 860/923
Data transformed by PUDL from U.S. EIA forms; selected fields republished; EIA data is public with dated acknowledgment (https://www.eia.gov/about/copyrights_reuse.php)
2010-2024 Greenhouse Gas Emissions From Electricity Use (ghgElectricityEms.xlsx; sheets Emissions and Power by Year and Raw Data 2019-2024), last modified 2026-06-15
Oregon Department of Environmental Quality, Greenhouse Gas Reporting Program, 2010-2024 Greenhouse Gas Emissions From Electricity Use
Each electricity supplier's electricity delivered to Oregon end users in MWh, and the anthropogenic emissions DEQ computes for it in metric tons CO2e from its own emission factors, by year, and by fuel type from 2019 (OAR 340-215-0120). Specified sources are reported at the busbar or with DEQ's 2% transmission-loss factor; unspecified purchases carry 0.428 t CO2e/MWh; a multi-jurisdictional utility reports its whole system and its Oregon retail sales including losses, and DEQ applies the system's factor to the Oregon figure. Bonneville Power Administration, Powerex and Tacoma are fuel types in DEQ's workbook and stay their own categories, never resolved to plants. Not generation, not Washington's Fuel Mix Disclosure (a different basis), and not a compliance determination.