Below: verified Solar Installation Contractors serving Apple Valley, followed by guidance specific to this neighborhood.
Vetted Solar Installation Contractors Serving Apple Valley
Solar Source
Website ↗ ✓ Verified May 2026 FL DBPR #CVC56931 40 yrs in business
(407) 331-9077 Altamonte Springs solar installer with 40+ years in Florida (CVC56931, EC13009473). Rooftop solar electric, pool heating, battery backup (Tesla Powerwall 3, Enphase), solar water heating, and commercial systems.
- Rooftop solar
- Battery backup
- Solar pool heating
- Solar water heating
- Commercial solar
- System repair
Radiant Energy and Solar
Website ↗ ✓ Verified May 2026 FL DBPR #EC13013864 16 yrs in business
(407) 915-2116 Tesla Certified solar installer (EC13013864) based in Orlando serving Seminole County since 2010. 5,000+ installations. Rooftop solar, battery storage, off-grid systems, EV charging, and Duke Energy interconnection.
- Rooftop solar
- Tesla Powerwall
- Battery storage
- Off-grid systems
- EV charging
- Duke Energy interconnect
Sailfish Solar
Website ↗ ✓ Verified May 2026 FL DBPR #CVC57245
(407) 815-5071 Florida-licensed solar contractor (CVC57245) serving Altamonte Springs and all of Seminole County. Rooftop solar panels, EV charging stations, solar carports, and ground mount systems for residential and commercial clients.
- Rooftop solar
- EV charging stations
- Solar carports
- Ground mounts
- Commercial solar
Listings are independently curated. We verify license status, address,
phone, and service area before publishing.
Read our methodology →
About Apple Valley
Typical home era: 1970s
ZIP code: 32714
Apple Valley is an established residential subdivision in central-western Altamonte Springs, known for its quiet streets and 1970s-era homes.
Notable features:
- Established residential subdivision
- Quiet interior layout
- Walkable to local parks
Frequently Asked Questions
How do trees planted in the 1970s affect solar viability in Apple Valley?
A tree planted when Apple Valley was developed in 1972 is now a 50-year-old mature specimen — potentially 40–80 feet tall with a canopy spread of 30–60 feet depending on species. Mature live oaks, laurel oaks, and slash pines are common in 1970s Central Florida subdivisions and can cast significant shadows on adjacent rooftops for 3–6 hours of peak solar production time. The impact on annual production depends on which direction the tree stands relative to your south-facing roof plane. A LiDAR-based shade analysis quantifies the production loss precisely for your specific site — some Apple Valley homes show minimal impact, others show 30–50% production loss from tree shading, making solar economically marginal.
Should I re-roof before installing solar on my Apple Valley home?
Solar panels installed on a roof with less than 10 years of remaining life will need to be removed and reinstalled when the roof is eventually replaced — a cost of $2,000–$5,000 for a typical residential system. A 1970s Apple Valley home on its second or third roof may be in adequate condition for another 15 years, or may be approaching replacement. A roofing contractor can assess remaining life. If the roof needs replacement within 5 years, co-scheduling a re-roof and solar installation makes sense — the roofing crew completes the new shingles, and the solar crew immediately installs panels on the fresh roof surface. Many solar contractors coordinate with roofing subcontractors and can provide combined pricing.
What size solar system does a typical Apple Valley home need?
A 3-bedroom Apple Valley ranch of 1,400–1,800 sq ft typically consumes 1,000–1,500 kWh/month with standard Central Florida air conditioning loads. A system sized to offset 90–100% of this consumption would be 8–12 kW DC. A properly sized system produces enough energy annually to result in a near-zero net Duke Energy bill — possibly a small credit. Oversizing creates excess annual production that Duke Energy settles at an avoided-cost rate (lower than retail), so sizing close to your actual consumption is more economical than significantly oversizing. Provide your last 12 months of Duke Energy bills to any installer you're evaluating — monthly kWh data is the starting point for an accurate system design.
How long is the payback period for solar on an Apple Valley home?
For a well-sited Apple Valley home with adequate sun exposure, a $20,000 system after the 30% federal ITC credit costs $14,000 net. Annual electricity savings at Duke Energy's current residential rates might be $1,200–$1,800/year for a properly sized system. That yields a 8–12 year payback on the out-of-pocket cost. Financing changes the cash flow picture: many homeowners finance solar at rates that make the monthly loan payment comparable to or less than the monthly electricity savings — positive cash flow from day one. Actual payback depends on your specific consumption, shading, system production, and future electricity rate trends (Duke Energy rates have increased 15–25% in the past 5 years).
What warranty should I expect from an Apple Valley solar installer?
A complete solar system warranty includes: panel performance warranty (typically 25 years, guaranteeing at least 80–85% of rated output by year 25); panel product warranty (12–25 years against manufacturing defects depending on manufacturer); inverter warranty (12–25 years depending on inverter type — microinverters typically 25 years, string inverters 12 years standard with extensions available); and installer labor warranty (10 years minimum for installation workmanship). The installer's warranty is only as good as the installer's longevity — ask how long they've been in business and how they handle warranty service if they exit the market. Manufacturer warranties transfer with the system if you sell the home.