Solar panels in Raleigh, North Carolina: output, savings and payback
Solar panels in Raleigh produce about 1,395 kWh a year for each kW installed, 8% less than the average of the 400 US cities in our data (1,517 kWh). Among the 12 North Carolina cities we cover, it ranks 11th of 12 for solar output, against an average there of 1,441 kWh.
North Carolina’s average residential electricity price for January to August 2026 was 14.94¢ per kWh, 3.25¢ below the US average of 18.19¢, according to the Energy Information Administration.
For a home using the US average of 899 kWh a month, a 7.7 kW system would cover a year’s use and save about $1,612 in its first year, or $54,946 over 25 years. With the average sunshine of the 400 US cities in our data, the same home would need a 7.1 kW system. Because Raleigh gets less sun, it needs 9% more capacity to cover the same use, so at any price per watt the system costs 9% more and pays for itself later.
There is no verified US installed-price figure yet, so add the price per watt from your installer’s quote in the calculator below to see the payback period for Raleigh.
A typical home in Raleigh
- System size
- 7.7 kW
- Sized to cover 10,788 kWh a year
- First-year generation
- 10,788 kWh
- First-year savings
- $1,612
- At 14.94¢ per kWh
- Savings over 25 years
- $54,946
- Prices rising 3% a year
- Payback
- Needs your quote
- No verified US installed price yet: enter yours below
Assumes all the electricity the panels make is used at home, up to the home’s yearly use, and that panel output falls 0.5% a year. Power sent to the grid is counted at zero.
How Raleigh compares
| Raleigh | North Carolina average | US average | |
|---|---|---|---|
| Solar output, kWh per kW a year | 1,395 | 1,441 | 1,517 |
| Electricity price per kWh | 14.94¢ | 14.94¢ | 18.19¢ |
| System size for a typical home | 7.7 kW | 7.5 kW | 7.1 kW |
| First-year savings | $1,612 | $1,612 | $1,962 |
Averages are of the 12 places in North Carolina and the 400 US cities in our data, unweighted. The US column uses the US average price as well as the average sunshine.
Your home in Raleigh
All amounts in US dollars.
Results
Payback period
Add your installer’s quoted price to see payback
- First-year savings
- $1,612
- Savings over 25 years
- $54,946
- System size
- 7.7 kW
- Sized to cover your yearly use
- First-year generation
- 10,788 kWh
Year-by-year table
| Year | Generation (kWh) | Price per kWh | Saved that year | Saved so far |
|---|---|---|---|---|
| 1 | 10,788 | $0.149 | $1,612 | $1,612 |
| 2 | 10,734 | $0.154 | $1,652 | $3,264 |
| 3 | 10,680 | $0.158 | $1,693 | $4,956 |
| 4 | 10,627 | $0.163 | $1,735 | $6,691 |
| 5 | 10,574 | $0.168 | $1,778 | $8,469 |
| 6 | 10,521 | $0.173 | $1,822 | $10,291 |
| 7 | 10,468 | $0.178 | $1,867 | $12,159 |
| 8 | 10,416 | $0.184 | $1,914 | $14,073 |
| 9 | 10,364 | $0.189 | $1,961 | $16,034 |
| 10 | 10,312 | $0.195 | $2,010 | $18,044 |
| 11 | 10,261 | $0.201 | $2,060 | $20,105 |
| 12 | 10,209 | $0.207 | $2,111 | $22,216 |
| 13 | 10,158 | $0.213 | $2,164 | $24,380 |
| 14 | 10,107 | $0.219 | $2,218 | $26,597 |
| 15 | 10,057 | $0.226 | $2,273 | $28,870 |
| 16 | 10,007 | $0.233 | $2,329 | $31,199 |
| 17 | 9,957 | $0.240 | $2,387 | $33,586 |
| 18 | 9,907 | $0.247 | $2,446 | $36,032 |
| 19 | 9,857 | $0.254 | $2,507 | $38,539 |
| 20 | 9,808 | $0.262 | $2,569 | $41,109 |
| 21 | 9,759 | $0.270 | $2,633 | $43,742 |
| 22 | 9,710 | $0.278 | $2,699 | $46,441 |
| 23 | 9,662 | $0.286 | $2,766 | $49,207 |
| 24 | 9,613 | $0.295 | $2,835 | $52,041 |
| 25 | 9,565 | $0.304 | $2,905 | $54,946 |
Savings count only electricity your home no longer buys. Power sent to the grid is valued at zero. Grid emissions data has not been verified yet, so no carbon figure is shown. See the methodology for every formula and source.
Nearby cities
| City | Distance | kWh per kW a year | Price per kWh | System size | First-year savings |
|---|---|---|---|---|---|
| Charlotte, North Carolina | 130 miles | 1,417 | 14.94¢ | 7.6 kW | $1,612 |
| Virginia Beach, Virginia | 159 miles | 1,463 | 16.95¢ | 7.4 kW | $1,829 |
| Washington, District of Columbia | 230 miles | 1,429 | 24.86¢ | 7.5 kW | $2,682 |
| Baltimore, Maryland | 264 miles | 1,429 | 21.31¢ | 7.5 kW | $2,299 |
| Philadelphia, Pennsylvania | 346 miles | 1,385 | 21.13¢ | 7.8 kW | $2,280 |
Solar panels in Raleigh: questions
- How much electricity do solar panels produce in Raleigh, North Carolina?
- About 1,395 kWh a year for each kW of panels, for a roof-mounted, south-facing array at a 30° tilt with 14% system losses (PVWatts). A 7.7 kW system would make about 10,788 kWh in its first year. Shade, a different roof angle or an east or west-facing roof will change this.
- How much could solar panels save in Raleigh, North Carolina?
- At North Carolina’s average residential price of 14.94¢ per kWh, a 7.7 kW system sized for an average US home would save about $1,612 in its first year and $54,946 over 25 years. That assumes the home uses all the power the panels make, electricity prices rise 3% a year and panel output falls 0.5% a year. Power sent to the grid is counted at zero. At the US average price of 18.19¢, the first-year figure would be $1,962.
- How long do solar panels take to pay back in Raleigh, North Carolina?
- It depends on the installed price on your quote, which varies by installer and system, and we do not have a verified US average to use. Enter your quote in the calculator on this page: Raleigh’s solar output and North Carolina’s electricity price are already filled in. Every $0.10 per watt adds about $770 to the price of a 7.7 kW system.
- What do homes in Raleigh, North Carolina pay for electricity?
- North Carolina’s average residential price for January to August 2026 was 14.94¢ per kWh, against 18.19¢ for the US as a whole (EIA Electric Power Monthly, Table 5.6.B). Your own rate depends on your utility and plan, so use the figure from your bill in the calculator if you can.
- How does Raleigh compare with nearby cities?
- Of the 5 nearest cities we cover, Virginia Beach (159 miles away) gets the most sun at 1,463 kWh per kW, and Philadelphia (346 miles away) the least at 1,385 kWh. Raleigh gets 1,395 kWh. Within North Carolina, it ranks 11th of the 12 cities we cover.
- Where do these figures come from?
- Solar output is from the PVWatts V8 tool for Raleigh’s coordinates in the Census Bureau Gazetteer, checked on 2026-11-11. The electricity price is the EIA residential average for North Carolina for January to August 2026, and household use is the EIA average for US homes. Each figure is listed with its source link at the bottom of this page.
Sources for this page
- Solar output for Raleigh: developer.nlr.gov (checked 2026-11-11)PVWatts V8.5.0 outputs.ac_annual for a 1 kW system. Weather data: 1096309.csv, station at 35.84999847412109, -78.66000366210938 (2,646 m away).
- North Carolina electricity price: www.eia.gov (checked 2026-11-11)North Carolina, residential sector, year-to-date through August 2026. Published as 14.94 cents per kilowatthour.
- US average price: www.eia.gov (checked 2026-11-11)U.S. Total, residential sector, year-to-date through August 2026. Published as 18.19 cents per kilowatthour.
- Typical household use: www.eia.gov (checked 2026-11-10)Average annual electricity sold to a U.S. residential utility customer in 2022: 10,791 kWh ("an average of about 899 kWh per month").
- Panel output loss: docs.nlr.gov (checked 2026-11-10)Median of nearly 2,000 reported degradation rates: "a median value of 0.5%/year" (average 0.8%/year).
- Location: www2.census.gov (checked 2026-11-10)Census Gazetteer INTPTLAT/INTPTLONG (internal point) for GEOID 3755000, "Raleigh city".
Methods and every other figure are on the methodology page.