Palmetto

Greenville, NC

Solar Guide
Nathan Healy
Certified by Nathan Healy
Quality Solar Solutions Since 2011
Palmetto has served 20,000+ customers across 31 states with an approval rating over 85%.
01

Solar in Greenville

Considering home solar panel installation in Greenville, NC? With North Carolina electricity prices soaring 24% from 2020 to 2024, solar installation offers a smart alternative for homeowners looking to stabilize energy costs.

Greenville’s abundant sunshine makes it an ideal location for solar power, providing clean, renewable energy while potentially increasing your property value and reducing your carbon footprint.

NORTH CAROLINA by the Numbers

18th Most residential solar in the United States
51k Households have installed solar panels
~$7k North Carolina average solar rebate savings
~$61k Greenville average savings over 25 years
02

Key Takeaways

  • Greenville homeowners can save $60,697 on average over 25 years by installing solar panels, thanks to North Carolina’s abundant sunshine and available incentives.
  • Duke Energy’s PowerPair program offers up to $9,000 for combined solar and battery installations, making 2024 an excellent time to invest in clean energy.
  • North Carolina electricity prices have risen 24% since 2020, making solar a smart investment for energy independence and protection against future rate increases.
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Palmetto Reviews

04

Solar Cost Calculator

Discover the true cost of solar installation in Greenville, NC with our exclusive calculator. Using real data from our installations in Winterville, Ayden, and throughout Pitt County, we provide accurate estimates tailored to your specific needs—no guesswork, just facts to help you make an informed decision.

Select Your Home Size

Small Home Up to 2,000 sq ft
Medium Home 2,000-3,000 sq ft
Large Home Over 3,000 sq ft

Estimated Investment and Savings

System Size
Recommended System
8.19 kW
Typical for your home size in NC
This system size is designed to offset approximately 100% of the average electricity usage for a home of this size in North Carolina.
Cost Breakdown
System Cost
$22970
Federal Tax Credit (30%)
$-6891
Final Cost
$16079
Savings
Monthly Savings
Average utility bill reduction
$139
Payback Period
Break-even point
8.5 years
25-Year Savings
Total financial benefit
$60697
05

Greenville Electricity Prices

Greenville residents face rising electricity costs, with North Carolina rates jumping 24.8% since 2021—though still below the national average.

While NC’s electricity rates remain lower than the US average, the trend is clear—prices rose from 11.3¢ per kWh in 2021 to 14.1¢ in 2024, outpacing national growth rates.

Solar installation offers Greenville homeowners a path to energy independence. With North Carolina’s 213 annual sunny days and available tax incentives, solar provides a hedge against these predictable utility increases.

Over 25+ years, your solar investment creates significant savings as electricity prices continue their upward climb, while also increasing your home’s value and reducing environmental impact.

Price of Energy: North Carolina vs National Average

30¢
20¢
10¢
13.7¢
11.3¢
15.0¢
11.6¢
16.0¢
12.9¢
16.5¢
14.1¢
2021
2022
2023
2024
US Average
North Carolina

Greenville Area Utility Providers

In Greenville, NC, Duke Energy is the primary utility provider, charging 14.2¢ per kWh in 2023. This rate sits between North Carolina’s average of 12.90¢ and the national average of 16.0¢.

While higher than the state average, Greenville residents benefit from rates below the national average. This regional variation reflects Duke Energy’s infrastructure investments and Greenville’s growing energy demands.

Solar installation offers Greenville homeowners a path to energy independence, potentially stabilizing long-term costs while Duke Energy’s rates fluctuate. This clean energy alternative complements Greenville’s sunny climate.

Greenville Utilities Electricity Rates

Duke Energy
14.20¢
-11%
NC Average
12.90¢
-19%
US Average
16.0¢
06

North Carolina Solar Incentives

Greenville homeowners can significantly reduce solar installation costs through various solar incentives in North Carolina, including federal tax credits, state exemptions, and utility programs.

These financial benefits include property tax exclusions, the new Solar for All program for low-income households, and Duke Energy’s PowerPair incentive offering up to $9,000 for combined solar and battery installations.

Research these incentives thoroughly as they may change. Current opportunities make 2024 an excellent time to explore solar options for your Greenville home.

Save an average of

$6,891

in solar rebates in North Carolina

INCENTIVE TYPE DESCRIPTION SOURCE
Residential Clean Energy Credit Federal tax credit A federal tax credit worth 30% the cost of a solar panel system in the year it’s installed Learn More
Solar Energy System Property Tax Exclusion State tax exemption All Residential Solar Systems are not subject to property tax. Saves ~$120/year on a $15,000 system (appraised) at 1% tax rate. Learn More
Solar for All (EnergizeNC) State program New program for low-income households. Funded by $156M federal grant. Provides solar at little to no cost. Learn More
Duke Energy: PowerPair Solar + Battery Incentive Utility program New pilot for Duke Energy Customers offering $3,600 for solar plus $5,400 for battery storage. Combined maximum $9,000. Learn More

The Residential Clean Energy Credit lets people claim a tax credit worth 30% the cost of a solar panel system in the year it’s installed. The credit can only be used against taxes you owe or have already paid that year, but any excess credit can be rolled over to future years.

The credit is broadly available, though there are a few restrictions — you must own the panels and they must be on a house you live in — so be sure to consult a tax professional about your situation.

The Solar Energy System Property Tax Exclusion is a valuable North Carolina tax incentive that reduces the property tax burden for solar system owners. Under this program, qualifying solar photovoltaic (PV) systems receive an 80% exclusion from property tax assessments. This means you’ll only pay property taxes on 20% of your solar system’s appraised value, significantly reducing your annual property tax liability.


Eligibility depends on how you use your solar system. If you’re a homeowner using solar panels solely to offset your own electricity usage through net metering (receiving credits from your utility company), your system qualifies as non-business personal property and is completely exempt from property taxes. However, if you claim depreciation expenses on your tax returns or receive direct income from selling electricity to utilities, your system is considered business personal property and will be taxed at the reduced rate (20% of appraised value). This incentive has no expiration date and applies automatically when your property is assessed.

The Solar for All (EnergizeNC) program is a $156 million state initiative funded by the EPA’s Greenhouse Gas Reduction Fund to help North Carolina homeowners, particularly those in low-income and disadvantaged communities, access affordable solar energy. Led by the North Carolina Department of Environmental Quality’s State Energy Office in collaboration with several clean energy organizations, this program aims to deploy rooftop solar systems that will reduce energy costs and greenhouse gas emissions across the state.

While specific financial benefits aren’t detailed in the announcement, the program focuses on making solar accessible to households where energy costs represent a significant portion of their budget. Eligibility appears to prioritize low-income and disadvantaged communities, including state and federally recognized Tribal lands. The program is still in development, so interested homeowners should visit www.energizeNC.org to sign up for updates on deployment timelines, application processes, and specific benefit details as they become available.

Duke Energy’s PowerPair program offers North Carolina homeowners a significant financial incentive for pairing solar panels with battery storage systems. This pilot program provides a one-time incentive of up to $9,000 to help offset the cost of installing both solar generation and battery storage at your home. The exact incentive amount depends on the specific type of solar array and battery system you install.

To participate, homeowners must be Duke Energy customers in North Carolina (in either Duke Energy Carolinas or Duke Energy Progress service areas). You’ll need to work with an approved Duke Energy Trade Ally installer and have qualifying equipment. The program opened for applications on May 10, 2024, with participants initially selected through a random selection process. Additionally, participants can choose between two enrollment options: the Residential Solar Choice rider or the Net Metering Bridge rider. Those selecting the Net Metering Bridge option must also enroll in Duke Energy’s battery control program, which allows the utility to temporarily adjust your battery system up to 36 times per year in exchange for monthly bill credits.

The Net Metering Bridge Rider (NMB) is a transitional solar incentive program offered by Duke Energy in North Carolina for both Duke Energy Progress (DEP) and Duke Energy Carolina (DEC) customers. This program allows solar system owners to receive credit for excess electricity their systems generate and send back to the grid. Unlike the previous 1-to-1 net metering program that ended October 1, 2023, the NMB provides monthly net metering where excess production is credited at 3.4 cents per kilowatt-hour.

To be eligible, homeowners must submit interconnection applications starting October 1, 2023, until the annual capacity allocation is filled. The program includes minimum monthly charges ($28 for DEP customers and $22 for DEC customers) plus a monthly charge based on system size ($0.62/kW DC for DEP and $0.28/kW DC for DEC). Important considerations include: credits are settled monthly rather than annually, the program serves as a bridge until capacity is reached, after which customers will be transitioned to the Residential Solar Choice (RSC) program requiring time-of-use pricing with critical peak pricing. Customers who were on the previous 1-to-1 net metering program are grandfathered until January 1, 2027.

Ready to start saving with solar?

Speak with a Palmetto solar expert to find out exactly how much you can save with North Carolina incentives.

Get a Free Quote
07

Greenville 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.

Greenville’s abundant sunshine, especially during summer months, makes it ideal for solar production despite occasional cloud cover. With proper system design, solar panels can efficiently generate power year-round in this eastern North Carolina climate.

Solar Production in Greenville by Month

Daylight Hours
Energy Production (kWh/day)

What Can Your Solar System Power?

Summer Production (July)

54 kWh/day

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)

30 kWh/day

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

14,600 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

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 Estimate
08

Solar Installations in Greenville

Discover how Greenville, NC is embracing solar energy! We’ve mapped every local solar installation to show you just how many of your neighbors have made the switch. Explore our interactive heatmap to see which communities in Greenville are leading the clean energy revolution.

09

Leasing Solar Panels

In Greenville, NC, homeowners served by Duke Energy Progress or Duke Energy Carolina can take advantage of solar leasing options through Palmetto. Solar leasing allows you to enjoy the benefits of solar power without the upfront purchase costs or maintenance responsibilities.

With a solar lease, you pay a fixed monthly amount determined by your system’s estimated annual production. This predictable payment structure makes budgeting easy while still providing significant electricity savings. Duke Energy customers can benefit from stable energy costs without worrying about system maintenance, repairs, or monitoring.

Palmetto’s LightReach program offers Greenville residents a hassle-free solar experience—no upfront investment, no loan payments, and immediate savings from day one. This option is ideal for homeowners who want to reduce their carbon footprint while avoiding the responsibilities of solar system ownership.

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!

Learn More
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Frequently Asked Questions

Yes, solar makes excellent sense in Greenville, NC. With 213 sunny days per year and electricity rates that have risen 24% since 2020, solar offers significant financial benefits.

Greenville homeowners can save approximately $60,697 over 25 years with solar panels, plus take advantage of the 30% federal tax credit and Duke Energy’s PowerPair program offering up to $9,000 for combined solar and battery installations.

Greenville residents served by Duke Energy Progress can access the Net Metering Bridge Rider program, which credits excess production at 3.4 cents per kWh with monthly settlement. This transitional program replaced the previous 1-to-1 net metering that ended October 1, 2023.

The program includes minimum monthly charges of $28 plus a $0.62/kW DC monthly charge. Once capacity is reached, customers will transition to the Residential Solar Choice program requiring time-of-use with critical peak pricing.

Yes, solar panels typically increase home value in Greenville, NC. According to a Zillow study, homes with solar panels sell for approximately 4.1% more than comparable homes without solar.

For Greenville homeowners, this translates to an average value increase of $8,000-$12,000 depending on your home’s value. This premium reflects the energy savings potential and growing demand for sustainable, energy-efficient homes in North Carolina’s housing market.

In Greenville, NC, the average cost of solar installation ranges from $16,000-$21,500 after the 30% federal tax credit for a typical 8-10kW system. This represents about $2.80-$3.00 per watt.

Your final cost depends on system size, equipment quality, roof complexity, and available incentives like Duke Energy’s PowerPair program offering up to $9,000 for combined solar and battery installations.

Yes, solar is financially worth it in Greenville, NC. With electricity rates rising 24% since 2020, the average homeowner can save approximately $60,697 over 25 years with solar panels.

The payback period is typically 8-9 years, after which your system generates essentially free electricity. Additional financial benefits include the 30% federal tax credit, increased home value, and protection against future utility rate increases.

As a national company with a strong local presence in North Carolina, Palmetto Solar offers Greenville residents exceptional solar installation services backed by our 2,076+ successful installations across the state since 2020.

We provide comprehensive solutions including industry-leading financing options, professional installation through our trusted network, and ongoing system monitoring—all designed to maximize your energy savings while simplifying the solar transition.