Solar Roof Installation

Your Roof Works Double Duty

Solar roofing turns your roof from a passive barrier into an active power generator. Traditional solar panels mount on top of the existing roof with racking and brackets. Solar shingles replace the roofing material itself — they look like architectural shingles but contain photovoltaic cells that convert sunlight into electricity. Both approaches generate clean energy, but they install differently, look different, and suit different buildings.

We install solar shingle systems and traditional panel-mount systems on homes and light commercial buildings. Our crews are licensed in both roofing and solar, which means the roof penetration, flashing, and waterproofing are done by roofers — not solar installers who may not understand the roofing system underneath.

Solar Shingles vs. Traditional Solar Panels

Feature	Solar shingles	Traditional panels
Appearance	Looks like architectural shingles	Visible panels on racking
Installation	Replaces roofing material	Mounts on top of existing roof
Roof penetrations	Minimal — integrated with roofing	Multiple lag bolts through the roof
Efficiency	14 – 18%	18 – 22%
Cost per watt	$4.00 – $6.00	$2.50 – $4.00
Roofing warranty	Maintained if installed by roofer	May void roofing warranty at penetrations
Best for	New roof or full replacement	Existing roof in good condition

Solar shingles are the better choice when you are already planning a roof replacement. The solar material IS the roofing material, so there is no double installation and no extra penetrations. Traditional panels are more cost-effective if your roof is relatively new and you want to add solar without replacing the roofing.

How We Install Solar Roofing

1. Roof assessment — we verify the roof condition, orientation, pitch, and shading; solar makes sense on south-facing roofs with minimal shade
2. System design — we calculate the array size based on your energy usage, roof area, and local sun hours; the system is sized to offset your annual electricity consumption
3. Roof preparation — if installing solar shingles, the old roofing is torn off and the deck is prepared; if mounting panels, the existing roof is inspected and any needed repairs are completed first
4. Solar shingle installation — shingles are installed like standard architectural shingles with integrated wiring; each shingle connects to the next in a continuous circuit
5. Panel mounting — for traditional panels, roof mounts are installed with flashing and lag bolts; rails are attached to the mounts; panels are clamped to the rails
6. Electrical work — wiring from the array to an inverter, then to your electrical panel and meter; all done to local electrical code
7. Inspection and interconnection — local building inspection and utility interconnection agreement so you can start generating power and crediting excess energy to the grid

Solar Roofing Costs

Component	Typical range
Solar shingle system (6 kW)	$25,000 – $45,000
Traditional panel system (6 kW)	$18,000 – $30,000
Roof replacement (if needed)	$8,000 – $20,000
Inverter and electrical	$3,000 – $7,000
Permits and inspection	$500 – $2,000

Federal and state tax credits, rebates, and incentives can reduce the net cost by 30 percent or more. We help you identify every available incentive in your area.

How Long Solar Roofs Last

• Solar shingles: 25 – 30 years (warrantied for power output and roofing performance)
• Traditional panels: 25 – 30 years (warrantied for power output; racking is warranted separately)
• Inverter: 10 – 15 years (may need one replacement during the system life)
• Roofing under solar: must be in good condition before installation; the solar system stays in place for decades

Solar roofing is a long-term investment. The roof and the solar system are installed together and designed to last the same lifespan. When the solar system reaches end of life, the roof is re-roofed with standard roofing material.

Maintaining a Solar Roof

• Clean panels or solar shingles twice a year to remove dust, pollen, and debris that reduce output
• Trim trees that begin to shade the array as they grow
• Check wiring and connections annually for corrosion or damage
• Monitor your energy production — a sudden drop indicates a problem
• After severe storms, inspect for cracked shingles or panel damage
• Schedule a professional roofing inspection every two years — the solar system does not eliminate the need for roof maintenance

Solar Roofing Pros and Cons

Pros:

• Generate your own electricity and reduce or eliminate utility bills
• Federal tax credit (30% through 2032) plus state and local incentives
• Increase home value — solar homes sell for more
• Solar shingles maintain a clean roof appearance
• Minimal maintenance — clean twice a year and monitor output
• Environmentally friendly — no emissions during operation

Cons:

• Higher upfront cost than standard roofing alone
• Solar shingles are less efficient than traditional panels
• South-facing roof with minimal shade is ideal — other orientations produce less
• System design depends on roof condition and available area
• Inverter may need replacement during the system lifespan
• Not all areas have favorable net metering policies

Interested in solar roofing? Call us or request a free assessment — we will evaluate your roof, calculate your energy offset, and show you the financial picture.

Solar Roofing Economics

Factor	Solar panels	Solar shingles
Cost per watt	$2.50 – $4.00	$4.00 – $7.00
Typical system size (home)	6 – 10 kW	4 – 8 kW
Federal tax credit (2026)	30% of system cost	30% of system cost
Payback period	6 – 10 years	8 – 14 years
System lifespan	25 – 30 years	25 – 30 years
Energy production	Higher per sq ft	Lower per sq ft

Solar panels are more cost-effective and produce more energy per square foot than solar shingles. Solar shingles offer a cleaner aesthetic because they integrate with the roof surface, but they cost more and produce less power. For most homeowners, traditional panels on an existing roof provide the best return on investment.

Net Metering and Incentives

• Federal tax credit: 30% of total system cost through 2032, stepping down after that
• State incentives: varies by state — check DSIRE (Database of State Incentives for Renewables and Efficiency)
• Net metering: utilities buy excess energy you produce; policies vary by state and utility
• SRECs: some states trade solar renewable energy certificates that provide additional income
• Property value increase: studies show solar adds 3 to 4% to home value

We help you understand the financial picture for your specific location, utility, and energy usage before you commit to a solar roofing system.