Renewable Energy
Renewable Energy | Solar Installation | Electrical | Mulberry
Harness the power of Mulberry’s abundant sunshine with HEP’s renewable energy team—your local experts in solar installation. From the first roof assessment to the final flip of the breaker, we handle every technical detail with licensed electricians, premium panels, and transparent timelines, so you can watch your energy bill—and carbon footprint—shrink in real time.
Whether you’re a homeowner looking to lock in long-term savings or a business ready to showcase true sustainability, HEP tailors systems that maximize output and aesthetics alike. Join the growing community of Mulberry residents who are capturing clean energy, boosting property value, and enjoying 24/7 monitoring support backed by a company that’s been powering Florida for decades. Let’s put the sun to work for you—schedule a free site evaluation today.
FAQs
Is Mulberry sunny enough for a productive solar power system?
Yes. Mulberry averages around 240–250 sunny days per year, providing an excellent solar resource of roughly 5.2 kWh of solar irradiance per square meter per day. That sun exposure allows a properly sited 6 kW residential array to generate 9,000–10,000 kWh annually—enough to offset most or all of a typical home’s electricity use. During our site visit we evaluate roof orientation, shade, and structural integrity to confirm your property’s solar potential before you commit.
What incentives or rebates can I claim for a solar installation in Mulberry?
Mulberry residents can currently stack several incentives: • Federal Solar Investment Tax Credit (ITC) – 30 % of the system cost through 2032. • Net metering with Duke Energy or TECO – excess daytime production is credited at the full retail rate and applied against nighttime usage. • Sales-tax exemption – Florida waives the 6 % state sales tax on solar equipment. • Property-tax exclusion – the added value of your solar system is excluded from county property-tax assessments. Our team files the paperwork and guides you through all applications so you receive the maximum savings.
What is the step-by-step process for getting solar installed?
1. Free consultation & energy analysis – we review your past 12 months of bills and examine your roof in person or via drone. 2. System design & proposal – you receive a 3-D layout, production estimate, and financial savings report. 3. Permitting & utility interconnection – we submit drawings to Polk County building officials and your utility (2–4 weeks). 4. Installation – our licensed electricians and NABCEP-certified installers complete most residential projects in 1–2 days. 5. Inspection & utility approval – county and utility inspectors sign off, then the bi-directional meter is set (1–2 weeks). 6. System activation & monitoring – we walk you through the monitoring app and schedule a follow-up check after 30 days.
Will my solar panels power my home during a grid outage?
A standard grid-tied solar array shuts off when utility power goes down to protect line workers. If you want backup power you can add a hybrid inverter with battery storage (e.g., Tesla Powerwall or Enphase IQ Battery). During an outage, the inverter isolates your home from the grid and draws energy from the battery while still allowing the panels to recharge it during daylight. We size the battery based on your critical loads—refrigeration, lights, medical devices, well pump, etc.—and can also integrate a generator for extended outages.
How much maintenance do solar panels require and how long will they last?
Solar PV systems are largely maintenance-free because they have no moving parts. Rain keeps the glass clean, but in dusty or pollen-heavy seasons you can hose panels off from the ground if production drops. We recommend one professional inspection every 2–3 years to check wiring, roof penetrations, and inverter firmware. Panels carry 25-year performance warranties guaranteeing at least 80–88 % of original output at year 25, and the expected useful life exceeds 30 years. Inverters typically last 12–15 years for string models or 20–25 years for micro-inverters.
What kind of return on investment and bill savings can I expect?
A typical 7 kW residential array in Mulberry costs about $18,000 before incentives and $12,600 after the 30 % federal tax credit. With current utility rates of 14–15 ¢/kWh and an annual escalation of 3 %, the system saves roughly $1,600 in the first year and over $55,000 across 25 years. Most homeowners reach cash-flow break-even in 6–8 years. Financing with $0 down solar loans can keep monthly payments lower than your previous electric bill, allowing you to lock in energy costs while building equity in your power plant.