Clean, Sustainable Energy
Clean, Sustainable Energy | Solar Installation | Electrical | Decatur
Feel the Decatur sunshine work harder for you with HEP’s clean, sustainable energy expertise. Our licensed electricians design and complete every solar installation with premium panels, smart inverters, and meticulous craftsmanship, so your home or business can tap into abundant, low-cost power while boosting property value. We handle everything—from permitting and incentives to seamless grid integration—letting you enjoy the glow of renewable energy without the paperwork headache.
By choosing HEP, you’re partnering with a neighbor who truly cares about Decatur’s future. Expect friendly, on-time service, transparent pricing, and a system engineered for decades of performance. Shrink your carbon footprint, slash utility bills, and gain energy independence—then relax knowing our local crew is just a call away for monitoring, maintenance, or upgrades. Ready to see how bright life can be? Let’s schedule your solar installation and illuminate a cleaner tomorrow together.
FAQs
Is Decatur sunny enough for solar power to make sense?
Yes. Decatur receives an average of 4.5–5.0 peak sun-hours per day, which is comparable to the national average and more than sufficient to generate reliable solar electricity. A properly sized 6-kW residential system can cover 70-100 % of a typical home’s annual electricity use, depending on roof orientation, shading, and consumption patterns.
What incentives are available for solar installations in Decatur?
1. Federal Solar Investment Tax Credit (ITC) – 30 % off the entire system cost through 2032. 2. State & local incentives – Georgia offers a property-tax exemption on the added home value created by solar. Some utilities serving Decatur provide one-time rebates ($200–$450 per kW) or performance-based payments for the energy you export. 3. Net metering / bill credits – Participating utilities credit you at or near retail rates for excess electricity sent back to the grid, lowering your monthly bill. 4. Accelerated depreciation – Businesses can expense 80 % of the system the first year under MACRS, dramatically improving cash flow. Always consult a tax professional to confirm eligibility.
How much will a residential solar system cost and what is the payback period?
After incentives, a typical 6-kW rooftop array in Decatur runs $12,000–$14,000 net. With current utility rates (~13¢/kWh) and average production of 8,000 kWh a year, savings are about $1,000 annually. This yields a simple payback of 11–13 years and an internal rate of return (IRR) of 8–11 %. Rising electricity prices or pairing the system with battery storage and time-of-use rates can shorten payback further.
What steps are involved in getting solar installed?
1. Site assessment – We evaluate roof age, tilt, azimuth, shading, and electrical panel capacity. 2. Proposal & design – You receive a detailed layout, energy forecast, and financial model. 3. Permitting & utility paperwork – Our team handles municipal building permits, interconnection applications, and HOA approvals. 4. Installation – Most residential systems are installed in 1–2 days by our NABCEP-certified crew. 5. Inspection & commissioning – City inspectors and the utility sign off, the bi-directional meter is set, and your system is activated. 6. Monitoring & support – We set up an online portal so you can track production in real time, and we provide a workmanship warranty and production guarantee.
What maintenance do solar panels require and how long will they last?
Solar PV systems are largely maintenance-free. Panels have no moving parts, and rainfall usually keeps them clean. We recommend a visual inspection and production check once a year. Inverters may need replacement after 12–15 years, but panels carry 25- to 30-year performance warranties and are expected to operate well beyond that with minimal power loss (<0.5 % per year).
Will my solar array keep the power on during grid outages, and what are my battery options?
A standard grid-tied solar system shuts off during an outage for safety. To maintain power when the grid is down, you can add a hybrid inverter and lithium-ion battery bank such as Tesla Powerwall or Enphase IQ Battery. A typical 13-kWh battery can back up essential circuits (refrigerator, lights, Wi-Fi, sump pump) for 12–18 hours, and daily solar recharging can extend that indefinitely. Batteries also enable time-of-use arbitrage and greater energy independence.