The Best Home Solar in Dublin, NC

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

#1

8MSolar

4.8
(180 reviews)
Verified

A leading regional solar installer known for comprehensive service from consultation to post-installation support. They emphasize custom system design and have strong partnerships with top-tier equipment manufacturers. They are highly rated for customer service and technical expertise.

(Serves Dublin from regional office) 202 Green Street, Fayetteville, NC 28301

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

YES Solar Solutions

4.9
(250 reviews)
Verified

A top-rated, locally-owned solar company based in the Triangle area with a strong service footprint that extends to Eastern NC. They are a certified installer for premium brands and are particularly noted for their expertise in energy efficiency assessments and seamless grid-tied systems.

(Serves Dublin from main office) 4112 Pleasant Valley Road, Raleigh, NC 27612

Specialties & Features

Solar energy system design and consultation
Energy efficiency assessments
Grid-tied solar solutions

Business Information

Years in Business:15 years
Licensed:Yes
Insured:Yes
#3

Cape Fear Solar Systems, LLC

4.7
(90 reviews)
Verified

A Wilmington-based company that specializes in both residential and commercial solar installations throughout southeastern North Carolina. They have extensive experience with the coastal climate and offer robust maintenance and repair services to ensure long-term system performance.

(Serves Dublin from main office) 6059 Carolina Beach Road, Unit 6, Wilmington, NC 28412

Specialties & Features

Solar panel maintenance and repair
Off-grid solar solutions
Residential solar panel installation

Business Information

Years in Business:10 years
Licensed:Yes
Insured:Yes

Why These Are the Top Home Solar Contractors in Dublin

** The home solar market in Dublin, North Carolina, is characteristic of a rural town, with no major solar installers physically headquartered within the city limits. Consequently, residents are primarily served by established regional companies from hubs like Fayetteville, Raleigh, and Wilmington. The competition to serve this area is moderate, with several qualified providers vying for projects. The average quality of service available is high, as these regional providers are typically well-licensed, insured, and maintain strong reputations to remain competitive across a wider area. Typical pricing for a residential solar installation in this region of North Carolina is competitive, generally ranging from **$2.50 to $3.50 per watt** before applying the 30% federal tax credit. This translates to a gross cost of approximately **$15,000 to $30,000** for an average-sized system. The market is buoyed by North Carolina's strong solar incentives, including net metering policies and the state's renewable energy tax credit, which reputable installers are well-versed in navigating for their customers.

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 Dublin regulations and climate

Frequently Asked Questions About Home Solar in Dublin

Get answers to common questions about home solar services in Dublin, North Carolina.

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

For a typical 6kW to 8kW system in the Dublin area, homeowners can expect an average gross cost between $18,000 and $28,000 before incentives. Crucially, North Carolina offers a state tax credit of 25% of the system cost (capped at $10,500), which stacks with the 30% federal tax credit. Additionally, you'll benefit from net metering through Duke Energy, which is the local utility for Bladen County, allowing you to earn credits for excess power sent back to the grid.

2How does Dublin's climate and seasonal weather affect solar panel production?

Dublin's humid subtropical climate provides ample sunshine, especially during the long summers, which is ideal for solar production. While winter days are shorter and cooler, panels still generate significant power on clear days. The main seasonal consideration is summer heat; although sunny, extremely high temperatures can slightly reduce panel efficiency, which is factored into professional system designs to ensure you meet your annual energy goals.

3Are there any specific local permits or regulations for installing solar panels in Dublin, NC?

Yes, installation requires compliance with both Bladen County building codes and Duke Energy's interconnection requirements. The process typically involves securing a building permit from the Bladen County Planning Department and an electrical permit. A reputable local installer will manage this entire process for you, including the final inspection and the interconnection agreement with Duke Energy to legally activate your system.

4How do I choose a reputable solar provider serving the Dublin area?

Prioritize providers licensed in North Carolina with proven experience installing systems under Duke Energy's rules. Ask for local references in Bladen or surrounding counties and verify their certifications (like NABCEP). It's essential to get multiple detailed quotes that compare equipment quality, warranty terms, and projected production specific to Dublin's weather patterns, not just the bottom-line price.

5What happens to my solar panels during a power outage, and is battery storage a good idea in Dublin?

Standard grid-tied systems automatically shut off during an outage for safety, unless paired with a battery. Given Dublin's exposure to seasonal storms and potential grid outages, adding a battery storage system like a Tesla Powerwall or Generac PWRcell is increasingly popular. It provides backup power, enhances energy independence, and allows you to store excess solar energy for use at night or during peak rate periods.