Renewable Energy
Renewable Energy | Solar Installation | Electrical | Dayton
Brighten your Dayton home or business with the power of the sun and the expertise of HEP. Our renewable energy electrical team designs and installs high-efficiency arrays that lower utility bills, increase property value, and shrink carbon footprints—all while tapping into Ohio’s abundant daylight. From the first site assessment to final commissioning, we handle every detail with precision, clear communication, and a genuine passion for cleaner energy.
Choose HEP for a seamless solar installation experience backed by licensed electricians, NABCEP-certified professionals, and industry-leading warranties. Whether you’re looking to go off-grid, add battery storage, or simply hedge against rising energy costs, we deliver customized solutions that perform for decades and look great on any roof. Let’s turn Dayton sunshine into dependable power you can count on year-round.
FAQs
Is Dayton’s climate sunny enough for solar panels to be effective?
Absolutely. Dayton averages about 4–4.5 peak sun-hours per day across the year—comparable to many successful solar markets in the Midwest. Modern photovoltaic (PV) modules perform well under diffuse light and cooler temperatures improve electrical efficiency, so even partly cloudy days still generate power. A properly designed system can offset 70–100 % of a typical household’s annual electricity use.
What incentives and tax credits are available for solar installations in the Dayton area?
Homeowners and businesses can claim the 30 % Federal Investment Tax Credit (ITC) on the total project cost through 2032. Ohio also offers Solar Renewable Energy Credits (SRECs) that you can sell on the open market for additional income. In Montgomery County, property-assessed clean energy (PACE) financing is available for commercial projects, and Dayton Power & Light (AES Ohio) waives interconnection fees for most residential systems under 25 kW.
How much does a typical residential solar system cost in Dayton, and what is the payback period?
Turn-key pricing for a standard 7 kW rooftop system runs $2.30–$2.80 per watt before incentives, or roughly $16,100–$19,600. After the 30 % ITC, net cost falls to $11,300–$13,700. With average utility rates of 14–15 ¢/kWh and annual bill escalation of about 3 %, most homeowners see a simple payback in 8–11 years and 15–20 % internal rate of return over the panels’ 25-year production warranty.
What is the installation process and timeline?
1) Site evaluation & shade analysis (1 week) 2) Custom system design and proposal (3–5 days) 3) Permitting and utility interconnection approval (2–4 weeks depending on jurisdiction) 4) Equipment ordering and scheduling (1 week) 5) On-site installation (1–3 days for most homes; 1–2 weeks for large commercial arrays) 6) Final inspections & utility meter swap (1 week) 7) System commissioning and customer training (same day as inspection) Overall, expect 6–8 weeks from signed contract to flip-the-switch for residential projects.
How much maintenance do solar panels require once they are installed?
Solar PV systems are largely maintenance-free because they have no moving parts. We recommend: • Annual visual inspection for debris, shading, or damaged wiring • Panel cleaning only if heavy soiling reduces production (rain usually suffices) • Remote monitoring through our web/mobile portal to track performance 24/7 • Inverter replacement around year 12–15 (covered by manufacturer warranty) We offer optional maintenance plans that include yearly inspections and production reports.
How does net metering work with AES Ohio, and what happens during power outages?
Under Ohio’s net-metering rules, AES Ohio credits you at the full retail rate for each kilowatt-hour your system exports, up to your monthly consumption. Excess credits roll over month-to-month indefinitely. During a grid outage, standard grid-tied systems automatically shut off for safety. If you add battery storage or a hybrid inverter with backup capability, your critical loads (e.g., refrigerator, sump pump, lights) can keep running while still complying with utility regulations.