Renewable Energy Revolution
Renewable Energy Revolution | Solar Installation | Electrical | Huntland
Switching to clean energy is more than a trend in Huntland—it’s a hometown movement, and HEP is leading the charge. Our team designs and delivers tailor-made solar installation solutions that turn Tennessee sunshine into dependable power for homes, farms, and small businesses alike. From the first site assessment to the final panel placement, you’ll experience transparent guidance, top-tier components, and craftsmanship that stands up to Southern summers and unexpected storms.
Choosing HEP means partnering with local experts who care about lowering your bills as much as shrinking Huntland’s carbon footprint. We handle permitting, rebates, and monitoring, so you simply watch your meter spin backward while enjoying the peace of mind that comes from 24/7 support. Join the renewable energy revolution—let’s put the sun to work for you today!
FAQs
Why is Huntland a good location for going solar?
Huntland receives an average of 4.5–5.0 peak sun-hours per day, which is enough to make rooftop solar highly productive. Electricity prices in Tennessee have risen steadily, so producing your own power can lock in long-term savings. In addition, our area is served by TVA-connected co-ops that offer net-billing, allowing you to receive bill credits for the excess energy you send back to the grid.
What incentives and tax credits can Huntland homeowners and businesses claim?
1. Federal Solar Investment Tax Credit (ITC) – 30 % of the total system cost, available through 2032. 2. TVA Green Connect and local co-op performance payments – small per-kWh credits for surplus generation (rates vary by co-op). 3. Tennessee’s property-tax exemption for renewable energy systems – the added value of your solar array is exempt from county property tax assessments. 4. USDA REAP grants – up to 50 % cost share for qualifying farms and rural small businesses within Franklin County. We handle all paperwork and will apply these incentives directly to your proposal.
How much roof space do I need and what if my home has shade?
A typical 6 kW residential system requires 350–400 sq ft of unshaded roof with a south, southeast, or southwest tilt between 10° and 45°. If mature trees or nearby structures cast shade, we can design around it with: • Module-level power electronics (MLPE) such as micro-inverters or DC optimizers to minimize shade losses. • Split arrays on multiple roof planes. • Ground-mount or pole-mount systems on sunnier parts of your property. A free on-site or drone shade analysis is included in every quote so you know exactly how much energy your system will produce.
What does a solar installation typically cost in Huntland and what is the payback period?
Residential turnkey pricing in 2024 averages $2.50–$3.10 per installed watt before incentives. For example, a 7 kW system costs about $19,000, or roughly $13,300 after the 30 % federal tax credit. With today’s utility rates ($0.11–$0.13 /kWh) and modest annual rate increases of 2–3 %, the simple payback is usually 9–11 years and the 25-year lifetime savings range from $20,000 to $35,000, depending on usage and financing. Zero-down solar loans and PACE financing are also available to spread costs over 10–20 years while keeping your monthly payment below your current electric bill.
How long does the permitting and installation process take in Huntland?
Here is the typical timeline: • Site evaluation & proposal – 1–3 days after your request. • Signed contract & engineering – 3–5 business days. • Permit submission to Franklin County Building Codes and interconnection application to TVA/co-op – 1–2 weeks for approvals. • Installation – 1–2 days for most residential roofs; 3–5 days for ground mounts or large roofs. • Final inspection & utility meter swap – 1 week after installation. Overall, most Huntland customers are live and producing solar power in 4–6 weeks from the date of contract.
What upkeep do solar panels require and how long will they last?
Solar modules are solid-state devices with no moving parts and are rated for 25–30 years of useful life. They typically lose only about 0.5 % of output per year. Maintenance is minimal: • Rain keeps panels clean; only heavy pollen or dust may require a gentle rinse once or twice a year. • We recommend an annual visual inspection of wiring and mounting hardware; this can be combined with our low-cost service plan. • Inverters and optimizers carry 10–25-year warranties; if a component fails, we handle the replacement. Our installations include a 25-year module performance warranty, 10-year workmanship warranty, and free monitoring so you can track production from your phone.