Portland General Electric

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.

OR · commercial

OR · industrial

OR · residential

OR · transportation

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.

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.

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 ↗

• Customers the indices are based on
  942,296 customers
• Highest voltage counted as distribution
  35 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

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 ↗

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.

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.

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.

Schedule 7· OR· effective 2026-07-08

• Basic chargeper month, single-family; multi-family 10.00
  $13.00
• EnergyResidential Service· Oregon PUC (P.U.C. Oregon No. E-19, Advice 26-24)
  0.11289 USD/kWh before Schedule 100 = transmission 0.00805 + distribution 0.06941 + energy 0.03543; time-of-day option on-peak 0.30263, mid 0.11143, off-peak 0.05514
• Adjustment schedules named on the sheetlisted, never added in
  Schedule 100 supplemental adjustments

3rd revision of Sheet 7-1. The schedule PDF is a content-asset URL whose hash changes per revision, so the stable reference is the tariff index, which lists every schedule and its current asset.Source sheet ↗read 2026-09-18· OpenEI entry ↗ dated 2026-01-01, a discovery index only

Schedule 203· Net Metering Service· effective 2024-01-01

Excess kilowatt-hour credits left at the end of the March billing period are transferred to the company's low income assistance programme at the average annual Schedule 201 avoided cost rate and the customer's balance resets to zero, under OAR 860-039-0060. The annual cycle runs from the April billing period

Oregon sends the leftover credit to a low-income programme; Washington's utilities keep it. The schedule PDF is a content-asset URL whose hash changes per revision.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.

• Portland General Electric ↗reviewed association

Release 20260929T050546Z-51ae0f7d3c78 · Record JSON