Energy Savings
Energy Savings | Siding Solutions | Roofing | McDonald
Imagine opening your McDonald home’s door to find it naturally cooler in summer and warmer in winter—without constantly adjusting the thermostat. HEP’s energy-savings roofing and siding solutions make that comfort shift possible by pairing high-performance, reflective shingles with insulated vinyl or fiber-cement panels that lock in conditioned air. Our crews evaluate your roofline, attic ventilation, and wall exposure, then install materials engineered to bounce back harsh UV rays and seal out drafts, so you spend less on energy and more on what matters.
Beyond lowering utility bills, these upgrades refresh curb appeal with vibrant colors and textures that resist fading, cracking, and moisture damage. Backed by industry-leading warranties and HEP’s neighbor-to-neighbor care, your investment stays protected for decades—through every Appalachian wind gust and Tennessee heat wave. Ready to save, stylize, and safeguard your home in one smart move? Let HEP show you how sustainable craftsmanship feels.
FAQs
How can an energy-efficient roof help lower my utility bills in McDonald?
An energy-efficient roofing system uses reflective shingles, cool-roof coatings, and high-performance ventilation to reduce the amount of heat your attic absorbs during hot summers and to retain warmth during cold Pennsylvania winters. By keeping indoor temperatures more stable, your HVAC system runs less often, which can trim annual heating and cooling costs by 10–25 % depending on your current roof’s condition and insulation levels.
What siding materials offer the best insulation value for our local climate?
For McDonald’s four-season climate, insulated vinyl siding (with built-in foam backing), fiber-cement siding installed over continuous exterior insulation, and engineered wood siding combined with a house wrap deliver the highest R-values. These products block air infiltration, reduce thermal bridging, and resist moisture—key factors for keeping homes warmer in winter and cooler in summer while preventing mold and rot.
Will upgrading both my roof and siding at the same time improve energy savings?
Yes. Combining roofing and siding upgrades allows us to create a continuous, well-sealed thermal envelope. We can install integrated insulation, high-performance underlayment, and properly flashed wall-to-roof transitions in one project, eliminating gaps that commonly occur when roof and wall systems are done separately. Homeowners who bundle the two upgrades typically see 5–10 % additional energy savings compared to staggered installations.
How long do energy-efficient roofing and siding products last?
Premium architectural asphalt shingles with cool-roof technology carry 30- to 50-year limited warranties, metal roofing can exceed 50 years, and composite slate or shake roofs often reach 40+ years. Insulated vinyl siding is generally warranted for 20–40 years, while fiber-cement siding can last 50 years or more with proper maintenance. These lifespans mean you benefit from decades of lower energy bills and minimal replacement costs.
Are there local incentives or rebates for installing energy-saving exterior upgrades?
Customers in McDonald may qualify for the federal Energy Efficient Home Improvement Tax Credit (up to 30 % of material costs for certain ENERGY STAR®-certified roofing products) and utility rebates offered by Duquesne Light or West Penn Power for attic insulation and air-sealing projects completed alongside the roof or siding work. We handle the paperwork and provide all manufacturer certification documents to help you maximize available savings.
What maintenance is required to keep energy-efficient roofs and siding performing well?
Maintenance is straightforward: schedule a professional roof inspection every 2–3 years (or after major storms), keep gutters clear to prevent ice dams, and wash siding annually with a low-pressure garden hose. For dark-color or metal roofs, occasional cleaning with a non-abrasive solution preserves reflectivity. Caulk around windows, doors, and flashing every 5–7 years to maintain an airtight seal that prevents energy loss.