Energy Bills
Energy Bills | Metal Roofing | Roofing | Decherd
Tired of watching your summer cooling costs and winter heating bills climb in Decherd? HEP’s energy-focused team installs premium metal roofing that reflects harsh sunlight, sheds storms with ease, and seals in conditioned air far better than traditional shingles. The result is a quieter, cooler home in July, a toastier one in January, and year-round savings you can actually measure on your utility statement.
Our local crews handle everything—from a free, no-pressure inspection to precise fabrication and clean, fast installation—so you get decades of worry-free protection backed by an industry-leading warranty. Join your Decherd neighbors who have already upgraded; schedule your appointment today and discover how a beautiful new roof can start paying you back from the very first energy bill.
FAQs
How can a metal roof help lower my energy bills in Decherd’s hot summers?
Modern metal roofs are coated with highly reflective finishes that bounce a significant portion of the sun’s radiant heat back into the atmosphere. In Decherd, summer temperatures often climb above 90 °F, and that radiant heat is the main driver of attic heat-gain. A light-colored, ENERGY STAR®-rated metal roof can reduce roof surface temperatures by 50–60 °F compared with dark asphalt shingles, cutting cooling demand by 10–25 %. Less demand on your air-conditioning system translates directly into lower electric bills.
Will a metal roof keep my home warmer during Decherd’s mild winters?
Yes. Although metal itself is not an insulator, a properly installed metal roof system includes an integral airspace between the panels and the roof deck. This cavity, combined with solid attic insulation, slows conductive heat loss. Metal roofs also shed snow and ice quickly, eliminating the cold soaking that occurs when wet shingles refreeze overnight. Homeowners typically see a 5–10 % reduction in winter heating costs compared with conventional roofs.
Is the extra upfront cost of a metal roof worth it from an energy-savings standpoint?
While a standing-seam or stone-coated steel roof costs 2–3 × more than standard shingles, it lasts two to three times longer and can lower annual HVAC expenses by $200–$400 for an average 2,000 sq ft Decherd home. Over a 40- to 60-year life span, these savings compound, often offsetting the entire price difference. When you factor in minimal maintenance and higher resale value, most homeowners realize a net positive return within 8–12 years.
Do metal roofs qualify for any energy efficiency incentives in Tennessee?
Yes. ENERGY STAR-certified metal roofing with certified cool-roof coatings is eligible for the federal Residential Clean Energy Credit, which offers a 30 % tax credit on material costs through 2032 (subject to IRS guidelines). Tennessee’s TVA EnergyRight program may also provide low-interest financing for qualifying efficiency upgrades, including reflective metal roofing. Always keep invoices and manufacturer certification statements to claim these benefits.
Will installing solar panels on a metal roof improve my energy savings even more?
Absolutely. Standing-seam metal roofs are considered the best substrate for rooftop solar in Tennessee because solar racking clamps directly to the seams—no roof penetrations required. This speeds installation, preserves warranty coverage, and allows you to offset a large portion of your household electricity with solar generation. Pairing cool-roof metal with solar can drop your annual utility bill by 60–90 %, depending on array size.
How does the weather in Decherd affect the durability and energy performance of metal roofing?
Decherd experiences hot, humid summers, occasional severe thunderstorms, and mild winters. Metal roofing is engineered to handle all of these conditions. Its interlocking panels resist 120-mph wind uplift, and corrosion-resistant coatings stand up to humidity. Because the panels reflect solar heat and shed rainwater quickly, they dry faster than asphalt shingles, preventing heat absorption and mold growth. This consistent dryness maintains the roof’s high reflectivity over time, ensuring long-term energy savings.