Nathan Healy
Certified by Nathan Healy
Updated: October 2026
Quality Solar Solutions Since 2011
Palmetto has served 20,000+ customers across 31 states with an approval rating over 85%.
About Nathan Healy

Nathan Healy is a Vice President at Palmetto, where he helps homeowners cut through the confusion around solar and figure out whether it actually pencils out for their home, roof, and budget. With energy prices climbing and the federal incentive landscape shifting, his focus is simple: give people a straight, honest answer instead of a sales pitch.

He reviews Palmetto’s local solar guides so the costs, incentives, and utility details on this page reflect what’s really happening in your area.
He believes in solar so much, that he had Palmetto install solar on his own parents’ house, the home he grew up in.

01

Solar in Oregon

From Portland neighborhoods to Oregon’s high-desert communities, homeowners can explore solar panels as a way to generate electricity at home. Oregon electricity prices rose 31% from 2020 to 2024, making it useful to understand how solar panel installation in Oregon works before deciding whether it fits your home.

Learn what affects system design, installation costs, and potential savings in Oregon. For a foundation, read our guide to home solar panels.

OREGON by the Numbers

21st Most residential solar in the United States
45k Households have installed solar panels
4.0 Average daily peak sun hours
~$45k Oregon average savings over 25 years
02

Oregon Solar Panel Cost

Estimate the cost to purchase solar panels in Oregon with Palmetto’s calculator, built from real installation data across the state. Explore local estimates for homes in Portland, Salem, Eugene, Bend, and Medford, and see how system costs can vary by location and household energy needs.

System Size
This system size is designed to offset approximately 100% of the average electricity usage for a home in Oregon.
Recommended
System
7.48 kW
Typical for your home size in OR
Cost Breakdown
Your estimated investment
System Cost
$23,057
Cost Per Watt
$3.08/W
Final
Cost
$23,057
Savings
Your total financial benefit
Monthly Savings
Average utility bill reduction
$102
Payback Period
Break-even point
15.1 years
25-Year
Savings
$44,913
03

Palmetto Reviews

04

Key Takeaways

  • Oregon’s cloudy winters don’t rule out solar but seasonal sunlight, roof conditions, and system design affect how much electricity panels produce.
  • A typical 7.48 kW Oregon system costs about $23,057 but your cost and savings depend on your home, energy use, and utility.
  • Oregon offers solar and battery incentives but eligibility and amounts vary by utility, income, equipment, and program funding, so check current rules before buying.

Looking for More Detailed Oregon City Guides?

Explore our comprehensive solar guides for major cities across Oregon to find location-specific information on incentives, installers, and solar potential.

Looking for information on our new Heat Pump offering?

Explore Oregon Heat Pumps
05

Oregon Electricity Prices

Oregon electricity rates have climbed in recent years; understanding the trend can help homeowners assess how rooftop solar may fit their energy plans.

Oregon’s average electricity price rose from 11.4¢ per kWh in 2021 to 14.6¢ in 2024—about 28%. Even after that increase, Oregon’s 2024 rate remained below the U.S. average of 16.5¢.

Solar panels can generate some of a home’s electricity, reducing how much a household needs to buy from its utility. The amount depends on system size, sunlight, energy use, and utility rules.

Owning a purchased solar system can fix much of the cost of its electricity upfront. Future utility-rate increases then affect a smaller share of the household’s bill, though charges for grid service or supplemental power may still change.

Price of Energy: Oregon vs National Average

0¢
10¢
20¢
30¢
13.7¢
11.4¢
15.0¢
11.4¢
16.0¢
12.7¢
16.5¢
14.6¢
2021
2022
2023
2024
US Average
Oregon

Oregon Area Utility Providers

In 2023, Pacific Power’s electricity rate was 12.0¢ per kilowatt-hour and Portland General Electric’s was 15.2¢. Oregon’s average was 12.70¢, compared with the national average of 16.0¢. These are the latest figures provided; 2024 utility data is not yet available.

Pacific Power was 0.70¢ below Oregon’s average and 4.0¢ below the national average. Portland General Electric was 2.5¢ above the state average and 0.8¢ below the national average. These figures show the rate differences, but not what caused them.

Your utility’s rate is one factor in your electricity costs. A home solar system can generate electricity and offset some grid use; the amount depends on system production and household consumption. Comparing those factors can help Oregon homeowners assess solar’s potential value.

Oregon Utilities Electricity Rates

Pacific Power
12.00¢
-25%
Portland General Electric
15.20¢
-5%
OR Average
12.70¢
-21%
US Average
16.0¢
—
06

Oregon Solar Incentives

Oregon homeowners may be eligible for state and utility incentives for solar and battery storage. Review the solar incentives in Oregon listed below.

Options include solar and battery rebates, additional income-qualified rebates, battery program rewards, a property tax exemption, net-metering credits, and community solar bill credits. Rules vary by program and utility.

The federal 30% residential tax credit was eliminated by the Big Beautiful Bill, but state and local incentives remain and are worth exploring.

Incentive Type Description Source
Energy Trust of Oregon — Solar for Homes Solar rebate Eligible residential customers in PGE or Pacific Power territory may receive a flat incentive of $3,500 in PGE territory or $2,500 in Pacific Power territory for qualifying solar.
Energy Trust of Oregon — Solar Within Reach Income-qualified solar rebate Eligible lower- and moderate-income homeowners may receive $1.25 per watt up to $7,500 in PGE territory or $0.75 per watt up to $4,750 in Pacific Power territory.
Energy Trust of Oregon — Battery Storage for Homes Battery rebate Eligible residential customers may receive $400 per kWh up to $5,000 in PGE territory or $240 per kWh up to $3,000 in Pacific Power territory for qualifying battery storage.
Energy Trust of Oregon — Income-Qualified Battery Storage Income-qualified battery rebate Income-qualified homeowners may receive $500 per kWh up to $6,250 in PGE territory or $288 per kWh up to $3,600 in Pacific Power territory for qualifying batteries.
Pacific Power — Wattsmart Battery Program Battery incentive and ongoing bill credit Eligible Pacific Power customers can receive $600 per kW of battery output up to $3,000, plus a $15-per-kW annual bill credit beginning in the second program year. Learn More
PGE Smart Battery Pilot Battery dispatch incentive PGE pilot participants can earn $1.70 per kWh of battery capacity made available for each participating peak-time event; this is an event-based reward, not a fixed purchase rebate. Learn More
Oregon Solar Property Tax Exemption Property tax exemption Oregon excludes qualifying solar systems’ added real-market value from property taxation when they meet the state’s net-metering or on-site-use criteria. Learn More
Oregon Net Metering Net metering / utility bill credits Oregon’s net-metering framework lets eligible customer-generators offset electricity use with generation credits, subject to system limits, utility tariffs, and interconnection approval. Learn More
Oregon Community Solar Program Community solar bill credits Eligible customers can subscribe to a shared solar project and receive utility bill credits for their share of its generation without installing rooftop panels. Learn More

For qualifying residential solar systems, the 2026 Q4 incentive is $3,500 for customers served by Portland General Electric (PGE) and $2,500 for customers served by Pacific Power. The system must be at least 2 kW-DC, and the offer is available only in the applicable utility service territory.

The incentive is administered through an Energy Trust trade ally, is subject to funding and program approval, and applies only to systems you purchase and own. Confirm the current offer and available funding with an approved installer before signing or starting work.

Solar Within Reach offers income-qualified residential customers $1.25 per watt-DC, up to $7,500, in PGE territory, or $0.75 per watt-DC, up to $4,750, in Pacific Power territory. Qualifying solar systems must be at least 2 kW-DC. The upper income threshold for moderate-income offers moved to 150% of Area Median Income beginning June 1, 2026; limits vary by county and household size.

Income and project eligibility must be verified, and the offer is subject to program funding and approval through an Energy Trust trade ally. It applies only to systems you purchase and own. Check the current requirements and funding status before committing to a project.

The 2026 Q4 residential battery incentive is $400 per kWh, capped at $5,000, for PGE customers and $240 per kWh, capped at $3,000, for Pacific Power customers. Qualifying battery systems must be at least 3 kWh and located in the relevant utility service territory.

The incentive is subject to equipment, application, funding, and program requirements and is administered through an Energy Trust trade ally. It applies only to systems you purchase and own. Confirm eligible equipment and current funding before installation.

The published 2026 Q4 income-qualified battery incentive is $500 per kWh, up to $6,250, for PGE customers and $288 per kWh, up to $3,600, for Pacific Power customers. Battery systems must be at least 3 kWh. Income limits vary by county and household size; Energy Trust announced a 150%-of-Area-Median-Income upper threshold for moderate-income offers beginning June 1, 2026.

Applicants must meet income and equipment requirements, and funding and approval are not guaranteed. The offer is administered through an Energy Trust trade ally and applies only to systems you purchase and own. Verify the current rate and eligibility before proceeding.

Pacific Power residential customers may receive an upfront incentive of $600 per kW of battery output, capped at $3,000 per household. Participants may also receive an annual bill credit of $15 per kW beginning in the second program year. The incentive is for an approved, qualifying battery that the utility can communicate with and dispatch; eligible customers may be able to combine it with an Energy Trust battery incentive.

Participation requires utility approval and a four-year commitment. Residential customers with a standalone battery must be on a time-of-use rate, and early withdrawal or loss of required connectivity can trigger prorated repayment. Check Pacific Power’s current approved-equipment list and enrollment terms before purchasing or enrolling.

PGE residential customers with an eligible battery can earn $1.70 per kWh for the capacity they make available during each participating peak-time event. PGE expects approximately 10–15 events per year, so total earnings depend on event scheduling and the amount of capacity a customer chooses to offer. A new solar installation is not required.

This is a dispatch reward rather than an upfront battery rebate. Customers can opt out of events, and the program says the battery remains available for outage backup. Eligibility, approved battery models, enrollment, and current terms are set by PGE.

Oregon law exempts the added real-market value attributable to a qualifying alternative-energy system, including solar, from ad valorem property taxation. The system must qualify as a net-metering facility or be primarily designed to offset electricity use at the property. This is a property-tax reduction on the added value, not a cash rebate.

The exemption does not necessarily eliminate all property taxes on the home or land. The statutory note indicates the exemption may not be allowed for property-tax years beginning after July 1, 2029, unless the law changes. Ask the county assessor how to document and apply the exemption for your property.

Oregon requires utilities to offer net metering to qualifying customer-generators. The PUC describes typical system limits of up to 25 kW for residential customers and 2 MW for commercial customers. Unused kilowatt-hour credits may carry forward for up to 12 months; remaining excess credits at the end of that period are directed to low-income assistance programs.

Net metering is a bill-offset policy, not a guarantee of cash payment or dollar-for-dollar compensation for every exported kilowatt-hour. Utility tariffs, interconnection approval, and applicable crediting rules determine how a particular system is treated. Check your utility’s current tariff and requirements before sizing a system.

The Oregon Community Solar Program lets eligible customers, including renters, participate in a shared solar project rather than installing panels at their home. The utility applies bill credits reflecting the subscriber’s share of project generation, while the subscriber pays the project’s subscription charge.

Whether a subscription reduces your total costs depends on the project’s credit value, subscription price, and contract terms; savings are not guaranteed. Review cancellation provisions, fees, and estimated bill impacts before subscribing, and confirm that the project and your utility account are eligible.

Ready to see what solar costs for your home?

Speak with a Palmetto solar expert about going solar and Oregon incentives.

Get a Free Quote
07

Oregon Solar Irradiance

Solar panel production varies throughout the year based on daylight hours, weather patterns, and sun intensity. Oregon’s cloudy, rainy winters and short days can reduce output, while long, sunnier summer days boost it. With proper design, solar can still perform well across the state.

What Can the Average Oregon Solar System Power?

Summer Production (July)

52.2 kWh/day

In July, your 10 kW system could power:

  • 3.6 average Oregon homes (15 kWh/day per home)
  • or Run central AC for 18 hours AND power all other appliances
  • or Fully charge 5.4 Tesla Model 3 electric vehicles

Winter Production (December)

11.6 kWh/day

In December, your 10 kW system could power:

  • 2 average Oregon homes (15 kWh/day per home)
  • or Keep your home heating system running for 15 hours
  • or Fully charge 3 Tesla Model 3 electric vehicles

Annual Production

11257 kWh/year

Over a year, your 10 kW system could:

  • Offset 10 tons of carbon dioxide emissions
  • or Equal the environmental benefit of planting 175 trees
  • or Save approximately $4,234 in electricity costs

See how affordable solar can be for your home

Get a personalized solar quote based on your home, energy usage, and roof.

Get My Custom Estimate
08

Solar Installations in Oregon

We’ve organized solar installation data from across the United States and are excited to share this interactive map of Oregon. Explore the hexagons to see how many solar installations are in each area—and discover the neighborhoods and communities across Oregon where your neighbors have made the switch to solar.

09

How to Choose a Solar Installer in Oregon

Verify the license

Oregon generally requires a Construction Contractors Board (CCB) license for compensated construction work on a home. Solar electrical work also requires appropriate Building Codes Division (BCD) electrical-contractor and worker licenses; an electrical contractor needs both a CCB license and the appropriate BCD license. A 2026 law effective June 5, 2026 specifically requires solar contractors and installers to hold licenses appropriate to their work. Ask for the company’s legal name and license numbers, then check them through the CCB license lookup. You can review the state’s licensing information as well.

Look for certified installers

Ask whether the people designing or installing your system hold a current credential from the North American Board of Certified Energy Practitioners (NABCEP), and which credential they hold. Certification can be a useful indicator of relevant training, but it does not replace required Oregon licenses. Also ask whether the installer is certified by the panel or inverter manufacturer for the specific equipment in your quote. Manufacturer certification may show product-specific training or authorization; it is not a substitute for checking credentials, contract terms, and warranty coverage.

Compare quotes the same way

Request written proposals with comparable equipment and assumptions. Put these items side by side:

  • System size and price: quoted capacity in kW, total installed price, and price per watt.
  • Equipment: panel and inverter brands and models, so you can compare like with like.
  • Expected production: estimated kWh per year and the assumptions behind each estimate. Ask the installer to explain significant differences.
  • Warranties: panel product and performance, inverter, workmanship, and roof penetrations. Check who backs each warranty and how to make a claim.
  • Project responsibilities: who obtains permits and submits the utility interconnection application.
  • Payment: total cost or monthly payment, any escalator, and the payment schedule. Compare the full stated cost, not just the first payment.

Permits, interconnection and your HOA

Building permits come from the local building department for your home’s jurisdiction; BCD sets statewide code requirements and serves as the building department in some areas. Rooftop solar may need separate structural and electrical permits, so confirm requirements locally and ask who will obtain them. Your electric utility handles the separate interconnection application and permission to connect and operate. Depending on your service area, that may be Portland General Electric Co, PacifiCorp, City of Eugene, or Central Lincoln People’s Utility District.

For planned communities, ORS 94.778 generally voids provisions that prohibit solar panels for solar access, while allowing reasonable size, placement, or aesthetic requirements. It excludes condominiums; the rules for a particular condominium restriction may be uncertain. ORS 105.880 also bars certain instruments conveying or agreeing to convey property from prohibiting a solar energy system. Review your governing documents and ask the association about its requirements. Read the Oregon statutes.

Red flags

  • Pressure to sign the same day, before you can review the contract and compare bids.
  • Unlicensed crews, or out-of-state crews whose Oregon licensing and local project contacts are unclear. Verify credentials rather than judging by location alone.
  • A vague production estimate with no explanation of its assumptions or the equipment included.
  • A large upfront deposit without a clear written payment schedule and explanation of what it covers.
  • A promise that you can claim a federal homeowner tax credit for a 2026 purchase; homeowner credits ended December 31, 2025.
10

Frequently Asked Questions

Yes. Oregon requires utilities to offer net metering to qualifying customer-generators. The Oregon PUC describes a typical residential system limit of up to 25 kW. Unused kilowatt-hour credits may carry forward for up to 12 months; remaining excess credits are directed to low-income assistance programs.

Net metering offsets utility bills; it does not guarantee cash payment or dollar-for-dollar credit for every kilowatt-hour sent to the grid. Your utility’s tariff, interconnection approval, and crediting rules determine how your solar system is treated, so check current requirements before sizing a system.

Yes, solar panels can increase a home’s value in Oregon. A Zillow study found homes with solar panels sold for about 4.1% more on average, though the effect on an individual home depends on local market conditions and the system.

This value benefit applies when you purchase and own the solar system outright. Because the panels are your asset, any added resale value belongs to you. The study is a national estimate, not a guarantee for every Oregon home.

In Oregon, a typical 7.48 kW solar system costs about $23,057 installed, or $3.08 per watt, when purchased outright. Your price can vary with your home’s energy use, roof, and system design.

The federal 30% residential clean energy tax credit was eliminated by the 2025 federal law change and no longer applies. State or utility incentives may be available to eligible homeowners. See the solar cost calculator above for an estimate tailored to your Oregon location.

Solar can be financially worthwhile for Oregon homeowners who buy and own a well-suited system. The article’s estimate for a typical 7.48 kW system is $23,057 upfront, a 15.1-year payback period, and about $44,913 in savings over 25 years. After the system pays back, the homeowner keeps the bill savings and value of the electricity it produces.

Actual results depend on roof shade, system output, household use, utility rates, and how the utility credits excess power. The estimate assumes full retail-rate credit for each kilowatt-hour, so check current utility rules and applicable Oregon incentives when evaluating a home-specific payback.

Yes, solar can make sense in Oregon. The state averages about 4 peak sun hours daily, though cloudy, short winter days mean lower output than sunny summers. At the article’s 2024 average electricity rate of 14.6¢ per kWh, generating power at home can help reduce utility purchases.

A typical 7.48 kW purchased system is estimated to offset about 100% of an average home’s electricity use, or roughly $102 per month in bill savings. Actual results depend on roof shade, energy use, utility rules, and fixed service charges that remain.

There is no single solar installer that is best for every Oregon home. Palmetto Solar has completed 717 installations in Oregon since 2020, using a national team with a local installation network.

When choosing an installer, compare system design for your roof and energy use, total purchase cost, equipment and workmanship warranties, permitting and utility interconnection support, and available solar-loan terms. Oregon’s cloudy winters and utility-specific rules make a home-specific production estimate important.