In short: Oregon customers averaged nearly 10 hours without power in 2024 once major events are counted, versus about 2 hours on normal days (EIA), and both big utilities can cut power during wildfire weather. Power is moderately priced at 15.97¢/kWh (July 2026), and Energy Trust of Oregon still offers solar and battery incentives.
Oregon is two energy climates in one state: the cloudy, mild Willamette Valley and the sunny, dry high desert east of the Cascades. Both share wildfire risk and planned power shutoffs. This page uses Oregon’s own data, with sources and dates, to show where backup, solar, batteries and EV charging make sense.
Oregon at a glance
- Home electricity price: 15.97¢/kWh in July 2026, about 13% below the 18.31¢ U.S. average; 15.40¢ for January to July 2026 (EIA, preliminary).
- Outages: about 591 minutes per customer in 2024 including major events, 131 minutes without them; 1.35 and 0.86 interruptions (EIA-861, 2024).
- Sun: 3.67 kWh/m² a day in Portland, 4.57 in central Oregon; roughly 1,070 kWh a year per kW of panels in Portland (our estimate from NASA POWER data).
- Net metering: full retail, netted over the year, for Portland General Electric and Pacific Power customers.
- Plug-in (balcony) solar: no state law.
- Electric cars: 98,000 battery-electric cars (2025) and 4,336 public charging ports, 1,333 of them DC fast (AFDC, October 2026).
- Main utilities: Portland General Electric (46% of customers), Pacific Power (PacifiCorp, 31%), City of Eugene (5%), Central Lincoln People’s Utility District (2%) (EIA-861, 2024).
- Top weather hazards: wildfire (relatively high); winter weather, ice storms, cold waves and heat waves (relatively moderate) (FEMA National Risk Index, December 2025).
- Wildfire power shutoffs: yes. Pacific Power and Portland General Electric both run Public Safety Power Shutoff programs.
Backup power in Oregon
Oregon’s ordinary reliability is fine, about 2 hours 11 minutes of outage per customer in 2024 without major events. Major events pushed the average to about 9 hours 51 minutes, four and a half times as much. Two kinds of event drive Oregon outages. In winter, ice and snow bring down trees and lines, and FEMA rates ice storms, winter weather and cold waves as relatively moderate risks here. In late summer and fall, wildfire risk (relatively high) can lead Pacific Power or PGE to switch off lines on purpose in high-risk areas during hot, dry, windy weather. A shutoff can last until crews have patrolled the lines, so homes in those zones should plan for a day or more.
- Solar plus a battery is a good match for summer and fall shutoffs, which often come on clear days when panels can recharge the battery. See home batteries and the battery backup calculator.
- A generator covers long winter outages and well pumps in rural areas. In fire season, keep it and its fuel on bare ground, away from dry grass. See home generators and the generator sizing calculator.
- A portable power station keeps medical devices, phones and internet running and can leave with you if you need to evacuate. See portable power stations.
Run any generator outdoors only, at least 20 feet from the house, exhaust pointed away from windows, doors and vents, and never in a garage (CPSC). Smoke season tempts people to keep windows shut and generators close; keep the distance anyway and put battery or battery-backup carbon monoxide alarms on every level. A licensed electrician should install the transfer switch or interlock, with a permit.
Solar in Oregon
Where you live in Oregon changes the solar math more than in most states. In Portland, NASA’s 20-year data gives 3.67 kWh/m² a day, which we estimate at about 1,070 kWh a year per kilowatt of panels. Central Oregon gets 4.57 kWh/m² a day, which by the same rough method is about 1,330 kWh per kilowatt, roughly 25% more. A 6 kW system in Portland would make roughly 6,400 kWh a year, worth up to about $1,030 at the July 2026 rate of 15.97¢, or about $990 at the year-to-date 15.40¢. In Bend or Redmond, the same system would make more. These are estimates, not promises; your utility’s own rate and your roof decide the result. Try the solar potential calculator and compare prices in the solar cost guide.
Net metering: PGE and Pacific Power customers get annual net metering at the retail rate for residential systems up to 25 kW. Summer surplus carries into the darker winter months, which suits the Willamette Valley’s sunny summers and gray winters. Credits left at the end of the yearly period go to low-income programs rather than back to you, so size the system to your annual use. We found no change to these rules in 2025 or 2026. Customers of city utilities, people’s utility districts and co-ops should ask their utility for its own rules. More in net metering explained.
Incentives (check each program page; amounts change):
- Energy Trust of Oregon solar and battery incentives for PGE and Pacific Power customers: about $3,500 for solar in PGE territory and $2,500 in Pacific Power territory, and for batteries $400 per kWh up to $5,000 (PGE), with more for income-qualified households. Energy Trust says the amounts step down quarterly in 2026. Energy Trust of Oregon.
- Oregon Solar + Storage Rebate (Oregon Department of Energy): reopened in June 2026 and, according to ODOE, its funds were fully reserved within minutes. It was not accepting applications when we checked; watch ODOE for any new round.
The federal 25D credit ended for systems completed after December 31, 2025. See energy incentives and the solar guide. Oregon has no plug-in (balcony) solar law; utility interconnection rules apply. EIA counted about 52,600 net-metered home solar systems in Oregon in 2024, about 334 MW, and 862 with a battery.
Home batteries in Oregon
Annual retail net metering means a battery in PGE or Pacific Power territory does little for the bill; its value is backup through wildfire shutoffs and winter storms. Energy Trust’s battery incentive, $400 per kWh up to $5,000 in PGE territory, makes that backup cheaper than in most states. Check whether the incentive requires pairing with solar and how much is left before you sign, and compare prices in home battery cost. Basics in home batteries.
EV charging in Oregon
Oregon had 98,000 battery-electric cars and 38,900 plug-in hybrids at the end of 2025 (AFDC), against 4,336 public ports at 1,668 locations, 1,333 of them DC fast. That works out to about 23 electric cars per public port, a fairly crowded ratio, so home charging matters.
Drive on another fuel? See every alternative fuel station in Oregon: hydrogen, propane, natural gas, E85 ethanol, biodiesel and renewable diesel.
Our estimate at 15.97¢ and about 30 kWh per 100 miles (a fueleconomy.gov-style assumption): about $4.79 per 100 miles, roughly $48 for 1,000 miles a month. A 30-mpg gas car at the U.S. average of $4.465 a gallon (EIA, late September 2026) costs about $14.88 per 100 miles. Plug in your own rate in the EV charging cost calculator and see home EV charging. A Level 2 charger needs a 240 V circuit installed by a licensed electrician with a permit. The federal 30C charger credit ended for chargers placed in service after June 30, 2026.
Off-grid, small wind and micro-hydro
Off-grid homes are realistic in sunny central and eastern Oregon, where solar with a battery bank and a generator can carry a cabin or ranch house; west of the Cascades, short winter days mean a bigger battery bank or more generator hours. Plan with off-grid power systems and the off-grid planner. Wind is fair but very site-dependent: about 5.6 m/s at 50 m near the center of the state but only about 4.0 m/s around Portland (NASA), while DOE suggests at least 4.5 m/s at hub height for a grid-tied turbine. See wind energy. Many rural properties in the Cascades and Coast Range have streams; hydroelectric power explains the basics, but water rights and permits usually apply, and we have not checked state micro-hydro sources.
Licensing and permits in Oregon
Oregon licenses on two levels. The Building Codes Division licenses electricians, including the Limited Renewable Energy Technician license for solar work; check it on the BCD license search. Contractors must also be licensed with the Construction Contractors Board; check the CCB license search. Permits come from your city or county building department, and your utility must approve interconnection before solar or a grid-tied battery is switched on.
Local guides in Oregon
Utilities, rates, outage records, permit offices and local programs for each area:
Where we cover in Oregon
- Portland: Portland, Beaverton, Hillsboro, Tigard, Lake Oswego, Gresham, Oregon City
- Salem: Salem
- Eugene: Eugene, Springfield
- Central Oregon: Bend, Redmond
- Southern Oregon: Medford, Grants Pass
Local pages will follow as we verify local information and installers.
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Oregon energy FAQ
What is a Public Safety Power Shutoff in Oregon?
It is a planned outage. When hot, dry, windy weather makes wildfire likely, Pacific Power and Portland General Electric may switch off lines in high-risk areas so they cannot spark a fire. Power returns after the weather passes and crews check the lines. Sign up for your utility’s alerts and plan backup for medical devices.
Does Oregon have net metering?
Yes for PGE and Pacific Power customers: residential systems up to 25 kW are net metered at the retail rate over a yearly period. Credits left at the end of the year go to low-income assistance, not back to you. Customers of city utilities, PUDs and co-ops should check their own utility’s rules.
Is solar worth it in Portland?
Portland’s sun is modest, about 1,070 kWh a year per kW by our estimate, but annual net metering lets sunny summer months cover gray winter ones, and Energy Trust incentives reduce the cost. A 6 kW system’s output is worth up to about $1,000 a year at 2026 rates by our estimate.
What solar and battery incentives does Oregon have in 2026?
Energy Trust of Oregon offers solar and battery incentives to PGE and Pacific Power customers, with amounts that step down each quarter of 2026. The state’s Solar + Storage Rebate was fully reserved in June 2026. The federal 25D credit ended for systems completed after 2025.
How do I check a solar installer’s license in Oregon?
Check two things: the contractor’s license with the Construction Contractors Board, and the electrician’s license (for example, Limited Renewable Energy Technician) with the Building Codes Division. Both agencies have free online searches.
Sources
Electricity prices: EIA Electric Power Monthly, Tables 5.6.A and 5.6.B (July 2026, preliminary). Outages, utilities and solar counts: EIA-861 (2024). Sun and wind: NASA POWER climatology 2001–2020. Hazards: FEMA National Risk Index (December 2025). Electric cars and charging: AFDC (registrations 2025; stations read October 3, 2026). Net metering: Oregon Public Utility Commission. Incentives: Energy Trust of Oregon; Oregon Department of Energy (June 2026). Power shutoffs: Pacific Power. Licensing: Oregon Building Codes Division, Construction Contractors Board. Generator safety: CPSC. Checked October 2026.