North Carolina Solar Panels
In This Guide
- 01 Solar Energy in North Carolina
- 02 Solar Cost Calculator
- 03 North Carolina Reviews
- 04 Key Takeaways
- 05 North Carolina Electricity Prices
- 06 North Carolina Solar Incentives
- 07 North Carolina Solar Production
- 08 Solar Installations in North Carolina
- 09 Choosing an Installer
- 10 Leasing Solar Panels
- 11 Frequently Asked Questions
Solar in North Carolina
Considering solar installation in North Carolina? From the coast to the Blue Ridge, a home’s roof, sunlight, and energy use all shape how a solar system is designed. North Carolina electricity prices rose 24% from 2020 to 2024, making it useful to understand how solar may fit your home.
Learn what affects solar panel installation, system costs, and performance in our guide to home solar panels.
North Carolina Solar Panel Cost
See what solar may cost in North Carolina with estimates based on Palmetto’s real installations across the state, including Charlotte, Raleigh, Durham, and Asheville. The default view shows a monthly LightReach lease payment with no upfront investment. Compare it with a cash purchase. With a lease, Palmetto owns and maintains your system, with a 90% Production Guarantee and comprehensive protection program.
System
- No upfront investment
- Palmetto handles all maintenance
- 90% Production Guarantee
- Comprehensive protection program included
Key Takeaways
- LightReach leasing has no upfront cost; Palmetto owns and maintains the system, with a 90% Production Guarantee and comprehensive protection program.
- North Carolina averages 5.2 peak sun hours daily, but a home’s solar output depends on its roof, weather, and energy use.
- Solar incentives and utility credits vary across North Carolina, so check the programs and export rules available from your utility.
Looking for More Detailed North Carolina City Guides?
Explore our comprehensive solar guides for major cities across North Carolina to find location-specific information on incentives, installers, and solar potential.
Solar in Asheville
Charlotte Solar Panels
Fayetteville Solar Panels
Greensboro Solar Installation
Greenville
Solar in Hickory
Raleigh Solar Panels
Wilmington, NC
Winston-Salem Solar Panels
Looking for information on our new Heat Pump offering?
Explore North Carolina Heat PumpsNorth Carolina Electricity Prices
North Carolina’s electricity rates are rising; understanding the trend can help homeowners assess whether solar fits their energy needs.
The average residential electricity price in North Carolina increased from 11.3 cents per kilowatt-hour in 2021 to 14.1 cents in 2024—about 25%.
Solar panels can generate electricity for a home, reducing how much power it needs to buy from the utility. Results depend on factors such as system size, roof conditions, and household energy use.
LightReach leasing has no upfront investment and a low fixed monthly payment, helping manage exposure to rising utility rates. Palmetto owns and maintains the system, with a 90% production guarantee and comprehensive protection; utility bills may still apply.
Price of Energy: North Carolina vs National Average
North Carolina Area Utility Providers
The latest available utility figures are from 2023; 2024 data are not yet available. Duke Energy Progress averaged 14.2¢ per kWh, Dominion Energy 13.6¢, and Duke Energy Carolinas 11.9¢, versus North Carolina’s 12.9¢ and the U.S. average of 16.0¢.
Duke Energy Progress and Dominion Energy were above the state average, while Duke Energy Carolinas was below it. All three were below the national average. These figures show rate differences, but do not explain what caused them.
Solar may reduce a home’s grid electricity use. A LightReach lease has no upfront cost and a fixed monthly payment; Palmetto owns and maintains the system, with a 90% Production Guarantee and comprehensive protection program.
North Carolina Utilities Electricity Rates
North Carolina Solar Incentives
North Carolina homeowners may find state and utility programs that help offset solar costs. Explore the solar incentives in North Carolina.
Options include utility rebates, battery bill credits, property-tax exclusions, net-metering and export credits, cooperative solar loans, and community-solar subscriptions. Eligibility and terms vary by program and utility.
The Big Beautiful Bill eliminated the federal 30% residential tax credit, but incentives remain. With LightReach, Palmetto handles the commercial ITC and passes savings through lower monthly payments.
| Incentive | Type | Description | Source |
|---|---|---|---|
| Duke Energy PowerPair | Utility Rebate | Eligible Duke Energy Carolinas and Duke Energy Progress customers may receive up to $3,600 for solar and $5,400 for battery storage when installing a qualifying solar-plus-battery system. | Learn More |
| Duke Energy Battery Control monthly bill credits | Battery Storage Bill Credit | Eligible Duke Energy customers who allow the utility to manage their home battery during grid events may receive a recurring bill credit whose amount depends on the program and battery. | Learn More |
| North Carolina solar-electric property-tax exclusion | Property Tax Exclusion | North Carolina excludes 80% of the appraised value of a qualifying solar energy electric system from the property-tax base. | Learn More |
| North Carolina utility net metering and export-credit tariffs | Net Metering / Net Billing | Eligible interconnected solar customers may reduce electricity bills through self-consumption and utility credits for excess electricity, with rates and tariff terms depending on the serving utility. | Learn More |
| Piedmont Electric solar loan | Solar Financing | Eligible Piedmont Electric members may be able to finance solar panels with a cooperative loan advertised up to $15,000 for seven years at 5% interest. | Learn More |
| Piedmont Electric Community Solar | Community Solar Subscription | Eligible Piedmont Electric members can subscribe to community-solar panels for a monthly charge and receive bill credits based on their share of solar production. | Learn More |
Duke Energy PowerPair offers a one-time incentive of $0.36 per watt-AC of solar, up to 10 kW-AC ($3,600), plus $400 per kWh of battery capacity, up to 13.5 kWh ($5,400). The maximum combined incentive is $9,000, subject to program caps and available funding.
The program is for eligible North Carolina residential customers of Duke Energy Carolinas or Duke Energy Progress installing new solar and storage together. Requirements include approved equipment and an installer, interconnection approval, and enrollment on an eligible solar tariff. Capacity is limited, so confirm current availability and obtain any required reservation from Duke before signing a contract; published terms include a long-term participation commitment.
Duke Energy offers a battery-control option through its Power Manager or EnergyWise Home programs. Participants allow Duke to adjust battery operation during grid events and may receive a monthly bill credit; the credit is not a single statewide amount and depends on the applicable program, tariff, and battery characteristics.
Dispatch and opt-out terms apply. Duke’s program announcement describes dispatch events during the year, but customers should confirm current availability, credit amounts, and control requirements for their service territory and battery before enrolling. This bill credit is separate from PowerPair’s one-time solar-and-battery incentive.
State law excludes 80% of the appraised value of a qualifying solar energy electric system from local property taxation. This reduces the value included in the property-tax assessment; it is not a cash rebate or income-tax credit.
The statutory definition covers equipment used directly and exclusively to convert solar energy to electricity. NCDOR provides the AV-10 application for property-tax exemption or exclusion, which homeowners generally submit to their county assessor. The statute does not clearly resolve whether a standalone battery qualifies, so ask the county assessor how it will treat the battery and what filing deadlines apply.
Net metering and net-billing tariffs can provide bill value for electricity a customer’s solar system exports, but they are billing policies rather than upfront rebates. For Duke Energy Carolinas and Duke Energy Progress customers on newer residential tariffs, monthly excess exports are generally credited at the utility’s Net Excess Energy Credit rate, based on avoided cost rather than the full retail rate; minimum bills and other non-bypassable charges may still apply. Rider RSC requires a time-of-use rate with critical-peak pricing, while Rider NMB has limited annual availability. Existing legacy Rider NM customers may remain on it through December 31, 2026, before transition to NMB under the described terms.
Tariffs, export rates, fees, and interconnection requirements vary by utility. Electric cooperatives and municipal utilities set their own terms, so homeowners served by those utilities should ask directly about export compensation and system limits. Obtain utility interconnection approval before operating a grid-connected system.
Piedmont Electric describes a member solar loan of up to $15,000, with a seven-year term and a stated interest rate of 5%. It can help spread the cost of an eligible solar installation, but it is financing that must be repaid—not a grant, rebate, or tax credit.
Availability and eligible equipment depend on current cooperative terms and member eligibility. Contact Piedmont Electric before making purchase decisions to confirm that the loan is currently offered, whether your proposed solar-panel system qualifies, and the applicable payment and application requirements.
Piedmont Electric members in good standing can subscribe to panels in cooperative solar farms for $2.50 per panel per month, according to the program information. Subscribers receive monthly bill credits calculated from their share of the panels’ production and the applicable credit rate.
This is a subscription option for participating cooperative members, not ownership of rooftop equipment and not an upfront installation rebate. Because production and bill-credit values vary, ask Piedmont Electric for current availability, subscription terms, and the expected credit before enrolling.
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Get a Free QuoteNorth Carolina Solar Irradiance
Solar panel production varies throughout the year based on daylight hours, weather patterns, and sun intensity. North Carolina’s solar output shifts with seasonal daylight, cloud cover, and summer storms, but a well-designed system can produce reliably across the state—even on cloudy days.
What Can the Average North Carolina Solar System Power?
Summer Production (July)
In July, your 10 kW system could power:
- 3.6 average North Carolina 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 North Carolina 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
See how affordable solar leasing can be for your home
Get a personalized LightReach quote based on your home, energy usage, and roof — no upfront cost required.
Get My Custom EstimateSolar Installations in North Carolina
We’ve organized solar installation data from across the U.S. into this interactive map of North Carolina. Explore the hexagons to see installation counts by area and discover neighborhoods and communities across the state where your neighbors have made the switch to solar.
How to Choose a Solar Installer in North Carolina
Verify the license
In North Carolina, residential solar photovoltaic work requires an electrical-contractor license regardless of project value. The North Carolina State Board of Examiners of Electrical Contractors (NCBEEC) oversees electrical-contractor licensing. Ask each installer for the name of the licensed contractor and license number, then confirm the status with NCBEEC; the available state law describes the licensing requirement. A separate general-contractor license may apply to qualifying construction work; the general threshold is generally $40,000 or more, subject to exceptions and project scope. Ask who is responsible for each part of the job.
Look for certified installers
Ask whether the people designing and installing your system hold NABCEP certifications, which credential they hold, and who will be on your project. You can learn about NABCEP certification at NABCEP. Certification is an additional qualification to consider, not a replacement for the required North Carolina electrical-contractor license. If an installer cites a panel or inverter manufacturer certification, ask which products it covers and verify the installer’s status with that manufacturer. Compare credentials alongside the proposed equipment, contract, and warranty rather than treating any one credential as a guarantee.
Compare quotes the same way
Request written proposals with comparable equipment and assumptions. Check each of these items before comparing:
- System size in kilowatts (kW) and price per watt.
- Panel and inverter brands and models.
- Estimated production in kilowatt-hours per year (kWh/year), and the assumptions behind each estimate.
- Warranty terms for panel product and performance, inverter, workmanship, and roof penetrations.
- Who handles permits, inspections, and utility interconnection.
- Total cost or monthly payment, plus any payment escalator and how it changes over time.
Make sure you are comparing the same purchase or financing arrangement; a monthly payment alone may not show the full cost.
Permits, interconnection and your HOA
Local inspection departments handle building and electrical permit applications and inspections. The homeowner or installer must apply to the serving electric utility and receive review and approval before connecting; requirements vary by system size and location. Ask who will submit the applications and keep you updated. The listed utilities include Duke Energy Carolinas, LLC; Duke Energy Progress – (NC); EnergyUnited Elec Member Corp; and Virginia Electric & Power Co. Confirm your serving utility’s requirements, especially if you have a municipal utility or electric membership cooperative. North Carolina law voids certain restrictions that prohibit or effectively prohibit residential solar collectors, but permits reasonable location or screening rules that do not prevent reasonable use. Exceptions apply, and the law does not give an unconditional right to install panels anywhere on a roof. Ask your HOA about its review process early.
Red flags
- Pressure to sign the same day before you can compare proposals.
- Unlicensed or out-of-state crews, or unclear answers about who is licensed and responsible for the work.
- Vague production estimates or reluctance to explain the equipment and assumptions.
- A large upfront deposit without clear written milestones and terms.
- Promises that you can claim federal homeowner tax credits for a 2026 purchase; homeowner credits ended December 31, 2025.
Go Solar with LightReach — No Upfront Cost
In North Carolina, Palmetto’s LightReach lease is available to eligible Duke Energy Progress and Duke Energy Carolinas customers. Third-party ownership (TPO), including leases and PPAs, is listed as prohibited for Union Power Cooperative, Wake Electric Membership Corporation, Brunswick Electric, and EnergyUnited. Availability depends on utility territory, so confirm your provider.
A lease has a fixed monthly payment; a PPA charges for each kilowatt-hour the system produces. The listed Duke options are leases, not PPAs. Compare these arrangements with cash ownership in Palmetto’s solar buy-or-lease guide.
LightReach requires no upfront payment and provides a fixed lease payment. Palmetto Finance owns, installs, maintains, and services the system, unlike cash ownership, where you manage maintenance. The inclusive plan covers design and installation, a 90% Production Guarantee with credits for shortfalls, and a comprehensive protection program. Learn more about the LightReach plan.
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. North Carolina utilities offer net-metering or net-billing tariffs that can credit solar electricity sent to the grid, but the value and rules depend on your utility. For Duke Energy Carolinas and Duke Energy Progress customers on newer residential tariffs, monthly excess exports are generally credited at an avoided-cost rate—not the full retail rate. Minimum bills and other charges may still apply.
Some Duke customers on legacy Rider NM may keep it through December 31, 2026, before transitioning to NMB under the described terms. Cooperatives and municipal utilities set their own rates and requirements. Check your utility’s current tariff and get interconnection approval before operating your system.
Yes, solar panels can increase a home’s value in North Carolina when the system is purchased and owned. Zillow’s study found homes with solar panels sold for approximately 4.1% more than comparable homes without them. That figure is a national estimate, not a guaranteed increase for every North Carolina home.
Home value benefits generally apply to owned systems, not leased or other third-party-owned systems. A lease may affect resale differently because the buyer may need to assume the agreement; terms, local market conditions, and system details matter.
In North Carolina, a LightReach solar lease can start with no upfront cost and a low fixed monthly payment. The calculator above estimates about $103 per month for a typical 8.92 kW system; Palmetto owns and maintains it, with a 90% Production Guarantee and comprehensive protection program.
As an alternative, the calculator estimates a cash purchase at $24,802. The federal 30% tax credit is no longer available for residential cash purchases following the 2025 federal law change. Actual costs vary with your home’s energy use, roof, and system design.
A solar lease lets you use panels for a fixed monthly payment, with no upfront cost. LightReach covers panels, installation, monitoring, maintenance, and comprehensive protection. Palmetto owns and maintains the system, with a 90% Production Guarantee.
A typical 8.92 kW North Carolina system is estimated at about $103/month, based on 1,320 kWh/kW/year and $0.105/kWh. Palmetto claims the commercial ITC and passes savings through as lower payments. Lease payments are typically below electricity bills, so savings can begin day one; utility charges may still apply.
Palmetto Solar is a solar installation option for North Carolina homeowners, with 2,370 installations completed in the state since 2020 and an installation network serving local communities. The best fit for your home depends on your roof, electricity use, utility rules, and preferred financing.
Our LightReach lease has no upfront cost; Palmetto owns and maintains the system and includes a 90% Production Guarantee and comprehensive protection program. Compare system design, payment terms, and service coverage when deciding which installer is right for you.
Solar panels in North Carolina are low maintenance. Rain often washes away ordinary dust, but check occasionally for leaves, pollen, or storm debris that could shade the panels; avoid climbing onto the roof.
With a LightReach lease, Palmetto owns the system and handles monitoring, maintenance, and repairs at no extra cost. The plan also includes a 90% Production Guarantee.
Yes. Solar panels work in North Carolina’s climate. The state averages about 5.2 peak sun hours per day, and panels can still generate electricity on cloudy days, though less than in direct sunshine. Cloud cover and summer storms can temporarily lower output.
Production changes with daylight and weather: a typical 10 kW system in the article’s estimates produces about 45.3 kWh per day in July and 27.6 kWh in December. Actual output depends on your location, roof, and system design.