Pittsburgh, PA Solar Panels
In This Guide
- 01 Solar Energy in Pittsburgh
- 02 Solar Cost Calculator
- 03 Pittsburgh Reviews
- 04 Key Takeaways
- 05 Pittsburgh Electricity Prices
- 06 Pennsylvania Solar Incentives
- 07 Pittsburgh Solar Production
- 08 Solar Installations in Pittsburgh
- 09 Choosing an Installer
- 10 Leasing Solar Panels
- 11 Frequently Asked Questions
Solar Power in Pittsburgh
Planning solar installation in Pittsburgh? Your roof’s age, direction, and shade can affect how many panels fit and how much electricity they produce—important details to consider before choosing a system.
This guide explains what Pittsburgh homeowners should assess, from roof suitability to installation steps. Start with our guide to home solar panels to learn how residential systems work.
PENNSYLVANIA by the Numbers
How Much Do Solar Panels Cost in Pittsburgh, PA?
Explore estimated solar installation costs in Pittsburgh using real data from Palmetto installations in the area. Our calculator draws on local projects in communities such as Mt. Lebanon, Bethel Park, and Cranberry Township to help you understand what a solar system may cost for your home.
System
- No upfront investment
- Palmetto handles all maintenance
- 90% Production Guarantee
- Comprehensive protection program included
Key Takeaways
- A Pittsburgh roof’s age, direction, and shade affect solar potential—a home assessment helps estimate panel placement and production.
- Local cost and savings estimates are only a starting point; system size, electricity use, utility rates, and project details change the numbers.
- Solar output changes with the seasons, and Pennsylvania net-metering credits and other programs depend on eligibility and utility rules.
Pittsburgh Electricity Prices
For Pittsburgh-area households, electricity rates are worth watching as you weigh how to power your home.
Pennsylvania’s average residential rate rose from 13.8 cents per kWh in 2021 to 17.8 cents in 2024, after reaching 18.1 cents in 2023. The chart shows state—not Pittsburgh-specific—rates; the U.S. average was 16.5 cents in 2024.
A home solar system can generate electricity on-site, potentially reducing how much a household buys from the grid. The amount depends on the home, system size and output, usage, and utility terms.
Over time, producing some electricity at home may help offset exposure to changing grid rates. Actual bill savings vary, and long-term value depends on system costs, performance, maintenance, and local utility rules.
Price of Energy: Pennsylvania vs National Average
Pittsburgh Area Utility Providers
Pittsburgh-area electricity customers may be served by Duquesne Light, Penn Power, or West Penn Power. The latest figures provided are for 2023: rates varied by utility, with Pennsylvania and national averages offering useful comparisons.
In 2023, Duquesne Light averaged 22.1¢ per kWh, above Pennsylvania’s 18.10¢ and the national 16.0¢. Penn Power averaged 17.3¢, above the national average but below the state average. West Penn Power averaged 14.7¢, below both. These figures show rates differed by utility; they do not explain why.
Where utility electricity costs more, using solar to supply some household electricity may reduce how much a home buys from the grid. The potential value depends on a home’s energy use and solar production, so these average rates alone cannot predict a household’s savings.
Pittsburgh Utilities Electricity Rates
Pennsylvania Solar Incentives
Pittsburgh-area residents may find state and utility programs that help offset solar costs. See the solar incentives in Pennsylvania below.
Options include net-metering bill credits, solar-credit sales, utility rebates, and seasonal battery rewards for eligible customers. Separate grants, loans, performance payments, and C-PACE financing may apply to schools, businesses, or other eligible properties.
Federal 30% residential tax credit was eliminated by the Big Beautiful Bill; state and local incentives remain. With LightReach, Palmetto handles the commercial ITC, passing savings through as lower payments.
| Incentive | Type | Description | Source |
|---|---|---|---|
| Pennsylvania Statewide Net Metering | Net Metering / Bill Credits | Eligible Pennsylvania solar customer-generators can use credits for excess generation to offset later electricity use, with annual excess settled under applicable utility rules. | Learn More |
| Pennsylvania AEPS Solar Alternative Energy Credits (AECs/SRECs) | Solar Renewable Energy Credit (SREC) | Eligible solar owners may register and sell solar alternative-energy credits, with revenue determined by buyer and contract terms rather than a fixed statewide rate. | Learn More |
| Pennsylvania Solar for Schools Grant Program | Grant | Eligible Pennsylvania schools and colleges can receive project grants for solar installations, including eligible energy-storage costs, subject to aid-ratio limits and available funding. | Learn More |
| Pennsylvania Solar for Schools Pilot Loan | Loan | A limited pilot offers financing for qualifying public school district solar projects that may include energy storage in specified southwestern Pennsylvania counties. | Learn More |
| Pennsylvania C-PACE Financing for Renewable Energy | Commercial Property Assessed Clean Energy Financing | Owners of eligible commercial, industrial, or agricultural properties in participating Pennsylvania jurisdictions may use long-term C-PACE financing for qualifying renewable-energy projects. | Learn More |
Pennsylvania’s net-metering rules let eligible customer-generators receive bill credits for electricity they send to the grid. For residential systems, the general system-size limit is 50 kW. Under default utility service, credits generally offset electricity use at the applicable retail value during the billing year, and unused excess is settled at the utility’s price-to-compare rate at year-end.
This is an ongoing bill-credit policy, not an upfront solar or battery rebate. If you buy electricity from a competitive supplier, check its contract because the generation-credit terms may differ. Ask your utility about its interconnection process, tariff, and treatment of excess generation before signing a solar contract.
Eligible solar generation may create Pennsylvania Alternative Energy Credits, commonly called solar AECs or SRECs. Owners may be able to register the system and sell the credits to a buyer or aggregator, providing a separate potential revenue stream in addition to net-metering bill credits.
There is no fixed statewide payment rate; prices depend on eligibility, registration, market conditions, and contract terms. Review your installer, lease, power-purchase agreement, or grant documents to confirm who owns the credits, because those agreements may assign them to another party.
The Solar for Schools Grant Program supports eligible school districts, intermediate units, career and technical schools, charter schools, community colleges, and specified state colleges with solar projects. Eligible project costs can include solar equipment and installation, permitting, interconnection, and energy storage. The maximum grant depends on the applicant’s aid ratio: up to the lesser of $900,000 or 75% of project cost for a ratio of at least 0.70; $780,000 or 65% for a ratio of 0.50–0.69; and $600,000 or 50% below 0.50.
This is an institutional grant, not a homeowner incentive. Application rounds, regional allocations, and remaining funds affect availability, so eligible organizations should confirm current requirements and funding with DCED before planning a project.
The Solar for Schools pilot loan provides financing for qualifying solar projects, including energy storage, on public-school-district-owned property serving district facilities. It is limited to public school districts in specified southwestern Pennsylvania counties, and applicants must meet program conditions such as having a Solar for Schools grant and qualifying under the program’s coal-community or student free/reduced-price-lunch criteria.
The program does not publish a standard homeowner loan amount or offer a residential rebate. Loan terms and funding depend on the program guidelines and available funds; eligible districts should consult the official program page for current county, application, and financing requirements.
Pennsylvania C-PACE can provide long-term private financing for qualifying renewable-energy projects, including solar, with repayment made through a property-tax assessment. There is no single statewide award amount; financing terms depend on the project, lender, property, and local program rules.
Eligibility is limited to qualifying commercial, industrial, and agricultural properties in a municipality or county that has adopted C-PACE. Residential properties, including multifamily housing, are excluded. Property owners should confirm that their jurisdiction participates and review project eligibility and financing terms with the local C-PACE program administrator.
Ready to start saving with solar?
Speak with a Palmetto solar expert to find out exactly how much you can save with Pennsylvania incentives.
Get a Free QuotePittsburgh Solar Irradiance
Solar panel production varies throughout the year based on daylight hours, weather patterns, and sun intensity. Understanding how seasons affect your solar system helps set realistic expectations for your investment.
Pittsburgh’s cloudy stretches and winter snow can limit output, while long summer days boost it. With proper sizing and placement, solar can still perform well year-round.
Solar Production in Pittsburgh by Month
What Can Your Solar System Power?
Summer Production (July)
In July, your 10 kW system could power:
- 3.6 average 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)
In December, your 10 kW system could power:
- 2 average 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
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
Want to know exactly how much solar can power your home?
Get a personalized solar analysis based on your actual home, energy usage, and roof characteristics.
Get My Custom EstimateSolar Panel Systems in Pittsburgh
We’ve organized address-level solar installation data across the U.S. into this interactive map of Pittsburgh. Select a hexagon to see how many installations are nearby and explore where neighbors across the city and surrounding communities have made the switch to solar.
How to Choose a Solar Installer in Pittsburgh
Verify the license
Pennsylvania does not issue a separate state solar-installer license. Solar installation is treated as home improvement, and contractors generally must register with the Pennsylvania Office of Attorney General (OAG), Bureau of Consumer Protection, unless exempt. Registration is not a solar license or an endorsement of a contractor’s skill. You can look up a home-improvement contractor; ask the company for its registered business name so you can check the right record. Some contractors may be exempt, including certain small contractors whose home-improvement work is below the $5,000 annual threshold. Municipalities may also have licensing or work-qualification rules, so ask your local office what applies.
Look for certified installers
Ask who will design and install the system, and whether those people hold relevant NABCEP certifications. Certification can help you compare a person’s documented credentials, but it does not replace checking the company, proposal, references, and contract. Ask what each credential covers and who on the crew holds it. You can also ask whether the panel and inverter manufacturers certify the installer, what that certification involves, and whether it affects equipment support or warranties. Compare the actual warranty terms rather than treating a certification as a guarantee of workmanship.
Compare quotes the same way
Request written proposals with the same assumptions, then compare the details side by side. A low monthly payment alone does not show which offer costs less over time.
- System size and price: Compare system capacity in kW and price per watt; confirm what equipment and services the price includes.
- Equipment: Record panel and inverter brands and models, not just general product descriptions.
- Estimated production: Compare projected electricity production in kWh per year and ask what assumptions support each estimate.
- Warranties: Separate panel product and performance coverage, inverter coverage, workmanship, and roof-penetration coverage. Check duration, exclusions, and who handles a claim.
- Project responsibilities: Confirm who obtains permits, schedules inspections, and submits the interconnection application.
- Payment: Compare total cost as well as monthly payment, and identify any payment escalator, fees, or other costs in the agreement.
Permits, interconnection and your HOA
Ask your local building-code official which permits and inspections apply. Pennsylvania sets the statewide Uniform Construction Code, but local administration is generally the starting point; in opt-out municipalities, residential code review and inspections go through a UCC-certified third-party agency. Your serving electric distribution company handles interconnection. Depending on your address, that may be PECO Energy Co, PPL Electric Utilities Corp, West Penn Power Company, or Duquesne Light Co. Ask the installer who submits the application and what steps remain before the system can interconnect. Pennsylvania has no currently enacted statewide solar-access right that prevents an HOA from banning rooftop solar. Review your association’s rules and seek approval before signing or scheduling work.
Red flags
- Pressure to sign the same day: Take time to review the proposal, financing, and contract.
- Unverified crews: Ask who will do the work, verify registration where applicable, and check local requirements; an out-of-state crew is a reason to ask extra questions, not proof of poor work.
- Vague production estimates: Request an annual kWh estimate and the assumptions behind it.
- Large upfront deposits: Understand the payment schedule and what each payment covers before agreeing.
- Tax-credit promises: Be wary of promises of federal homeowner tax credits for 2026 purchases; homeowner credits ended December 31, 2025.
Leasing Solar Panels
For Pittsburgh-area homeowners, Palmetto lists a solar power purchase agreement (PPA) as available in the Duquesne Light (DLC), West Penn Power, and PennPower service areas. Availability depends on your address and utility. A PPA means you pay for the electricity the panels produce, usually at a set price per kilowatt-hour; payments can vary with seasonal production. Learn more about buying or leasing solar.
With a PPA, the provider owns the system and handles its maintenance under the agreement. That can avoid the large upfront payment of a cash purchase and the responsibility of arranging system upkeep yourself. You still pay for the solar electricity, and utility charges may remain.
Palmetto’s LightReach offers solar financing options. Review your agreement’s payment terms, maintenance coverage, and transfer provisions to understand how it compares with owning a system outright.
Go solar without the investment
With LightReach, there are no investment costs to recoup, loan payments to manage, or maintenance needs to take on. As soon as your panels are active, your solar savings are too!
Explore LightReach LeasingFrequently Asked Questions
Yes. Pittsburgh, PA has net metering. Eligible solar customers generally receive 1:1 kWh credits for electricity sent to the grid, and unused credits can carry over from month to month.
At the annual true-up, remaining credits are paid at the utility’s price-to-compare rate—about 8–10¢/kWh for Duquesne Light, which serves much of Pittsburgh. The timing and rate vary by utility, so check your electric bill or utility tariff.
Yes, owning a solar panel system may increase a Pittsburgh home’s value. Zillow’s study found homes with solar panels sold for about 4.1% more nationally; that is not a guaranteed or Pittsburgh-specific increase.
This potential value applies to systems the homeowner owns, not leased or third-party-owned (TPO) systems. With a lease or PPA, resale may work differently because a buyer may need to assume the agreement. Roof condition and system performance also matter.
In Pittsburgh, homeowners can go solar with a LightReach lease for no upfront cost and a low fixed monthly payment. The calculator estimates about $113 per month for a typical 2,000–3,000-square-foot home; estimates range from $79 to $163 monthly by home size.
A cash purchase is another option: the calculator estimates $26,082 for a typical 9.43 kW system, with system size and price varying by home. The federal 30% tax credit is no longer available for residential cash purchases following the 2025 federal law change. See the calculator above for specific estimates.
Leasing means a provider owns panels; you pay monthly. Pittsburgh estimate: $113/month for a typical 9.43 kW system, based on PA’s 1,068 kWh/kW/year production ratio and $0.135/kWh.
LightReach has no upfront cost; one payment covers the system, installation, monitoring, maintenance, protection, and a 90% Production Guarantee. Palmetto claims the commercial 30% ITC, passing savings into lower payments; cash buyers no longer qualify for the residential ITC. Payments are typically below current electric bills, so savings can start day one.
Solar can be worth it financially in Pittsburgh when the cost of solar electricity is lower than what you would otherwise pay your utility. With a LightReach lease, there is no upfront investment, and the monthly payment is typically less than your current electricity bill, so savings can begin once the system is active.
Your utility may still charge a bill, and actual savings depend on your usage, roof, system output, and utility rules. Compare the lease payment plus any remaining utility costs with your current bills.
A typical 9.4 kW solar system in Pittsburgh can produce about 11,200 kWh of electricity per year. NREL PVWatts estimates about 11,917 kWh annually for a 10 kW system in the area.
Output changes with the seasons: a 10 kW system averages about 44 kWh per day in July and 16 kWh per day in December. Roof direction, shading, and local weather also affect production.
Yes. Solar panels work in Pittsburgh’s climate. The guide cites about 4.3 peak sun hours per day for Pennsylvania. Pittsburgh’s cloudy weather can reduce output, but panels still generate electricity from daylight on overcast days—usually less than in direct sun.
Production changes with the seasons: long summer days boost generation, while shorter winter days and snow can limit it. A system’s actual output also depends on roof direction, shade, and panel placement.