The Best Home Solar in Lexington, GA

Compare the highest-rated home solar professionals in Lexington, Georgia. All contractors are licensed, insured, and verified through our rigorous screening process.

#1

Creative Solar USA

4.8
(220 reviews)
Verified

A leading regional solar installer based in the Athens area, known for comprehensive in-house services from design to installation and maintenance. They are praised for their educational approach and strong customer service, making the solar process straightforward for homeowners.

464 E Washington St, Athens, GA 30601 (Primary location, serves Lexington)

Specialties & Features

Residential solar panel installation
Battery storage system installation
Solar financing and leasing options

Business Information

Years in Business:12 years
Licensed:Yes
Insured:Yes
#2

Better Tomorrow Solar

4.7
(180 reviews)
Verified

This company has a strong footprint in Georgia and the Carolinas, emphasizing custom system design and robust warranty packages. They are recognized for their expertise in both grid-tied and hybrid systems with battery backup.

3599 Wheeler Rd, Augusta, GA 30909 (Primary location, serves Lexington)

Specialties & Features

Solar energy system design and consultation
Grid-tied and off-grid solar solutions
Manufacturer partnerships and warranties

Business Information

Years in Business:9 years
Licensed:Yes
Insured:Yes
#3

Athena Solar & Home Performance

4.6
(90 reviews)
Verified

A local Athens company with a focus on integrating solar with overall home energy efficiency. They offer a personalized consultation process and are particularly skilled at optimizing system performance for the specific climate of Northeast Georgia.

211 Colima Ave, Athens, GA 30601 (Primary location, serves Lexington)

Specialties & Features

Energy efficiency assessments
Solar panel maintenance and repair
Residential solar panel installation

Business Information

Years in Business:7 years
Licensed:Yes
Insured:Yes

Why These Are the Top Home Solar Contractors in Lexington

** The home solar market in Lexington, Georgia, is characteristic of a rural/small-town environment. While there are no major national installers physically located within the city limits, the market is actively and competitively served by several high-quality regional providers from the nearby hubs of Athens and Augusta. The competition level is moderate but healthy, ensuring that homeowners have access to multiple reputable options. The average quality of service is high, as these established regional companies rely on strong reputations and word-of-mouth referrals. Typical pricing for a residential solar system in the Lexington area is competitive with the national average, generally ranging from **$2.80 to $3.50 per watt** before applying the 30% federal tax credit. This translates to a gross cost of approximately **$20,000 to $35,000** for an average-sized system (7-10 kW). Providers are generally well-versed in local incentives, net metering policies from utilities like Rayle EMC, and all available financing options, including loans, leases, and Power Purchase Agreements (PPAs).

High Ratings

4.7+ star average from verified customer reviews

Fully Licensed

All contractors are properly licensed and insured

Proven Experience

10+ years average experience in the industry

Local Experts

Familiar with Lexington regulations and climate

Frequently Asked Questions About Home Solar in Lexington

Get answers to common questions about home solar services in Lexington, Georgia.

1What is the average cost of a home solar system in Lexington, GA, and are there any local incentives?

For a typical 6kW to 8kW system in Lexington, homeowners can expect an average gross cost between $18,000 and $28,000 before incentives. Crucially, you benefit from the 30% federal solar tax credit, which significantly reduces the net cost. While Georgia does not have a statewide solar tax credit, Oglethorpe County and Lexington specifically have no additional local taxes on solar installations, and you can sell excess power back to your utility through Georgia Power's net metering program.

2How does Lexington's climate and weather affect solar panel production throughout the year?

Lexington's climate is excellent for solar, with ample sunshine averaging over 200 sunny days per year, which is above the U.S. average. Panel production peaks in the long, sunny spring and summer months. While humidity and occasional cloud cover can cause minor dips, solar panels are rated for efficiency in direct and indirect light, and they perform well in cooler temperatures, meaning you'll still see significant generation on clear winter days.

3What should I look for when choosing a solar provider in Oglethorpe County?

Prioritize providers with strong local experience in Oglethorpe County, as they will be familiar with specific permitting requirements, utility interconnection processes with Georgia Power or local EMCs, and optimal system designs for our area. Always verify they are licensed, bonded, and insured in Georgia, and ask for references from recent installations in Lexington or nearby towns like Crawford to assess their work quality and customer service firsthand.

4How long does the entire process take from signing a contract to turning the system on in Lexington?

From contract to activation, the process typically takes 2 to 4 months. This timeline includes system design, securing permits from Oglethorpe County, ordering equipment, the physical installation (which usually takes 1-3 days), and the final inspection and interconnection approval from Georgia Power or your local Electric Membership Corporation (EMC). Seasonal factors like high demand in spring can sometimes extend timelines slightly.

5Are there any common homeowner concerns specific to installing solar in a rural area like Lexington?

Yes, two common considerations are roof type and tree coverage. Many homes in the area have metal roofs, which are excellent for solar but require specific mounting expertise. Additionally, the heavily wooded lots common in Lexington may require a professional site assessment to ensure your proposed array location has minimal shading for optimal production, which might involve selective tree trimming.