Energy-efficient Metal Panels
Energy-efficient Metal Panels | Siding Solutions | Roofing | Hillsboro
Hillsboro’s unpredictable weather is no match for HEP’s energy-efficient metal panels. Designed for both residential and commercial projects, our precision-engineered roofing and siding solutions lock out moisture, resist high winds, and reflect solar heat to keep interiors comfortable year-round. With sleek lines and a spectrum of modern color coatings, your property gains instant curb appeal while cutting energy bills from day one.
Backed by industry-leading warranties and local experts who handle every detail—from custom fabrication to flawless installation—HEP transforms upgrades into long-term peace of mind. Discover how effortless it can be to protect what matters, boost efficiency, and give your Hillsboro home or business a striking, contemporary look that lasts for decades. Reach out today to schedule a free consultation and see the panels in action!
FAQs
What makes your metal panels more energy-efficient than traditional roofing and siding materials?
Our panels use cool-roof technology that combines high solar reflectance (up to 70 %) with high thermal emissivity, meaning they bounce heat away from the building instead of absorbing it. Beneath the steel or aluminum skin, we can add continuous rigid insulation (Polyiso or mineral wool) that virtually eliminates thermal bridging. Together these features lower attic temperatures by as much as 40 °F in summer and cut heating and cooling loads 10–25 % compared with asphalt shingles or wood lap siding.
Will a metal roof actually help keep my Hillsboro home cooler in summer and warmer in winter?
Yes. During hot Pacific Northwest summers, the reflective paint finish sends a large portion of the sun’s radiation back into the atmosphere, so less heat enters the living space. In winter, the panels work with proper attic insulation and ventilation to reduce heat loss. Many homeowners see a 10–15 % drop in air-conditioning costs and a 5–10 % reduction in winter heating bills once the metal system is installed.
How do energy-efficient metal panels perform in Hillsboro’s rainy and occasionally windy climate?
Our standing-seam and concealed-fastener profiles lock together with weathertight seams that have been tested to withstand winds over 140 mph and rain driven at 8 in./hr—far more severe than typical Willamette Valley storms. The metal is coated with Galvalume and premium PVDF paint to resist rust, moss, and algae, common problems with asphalt and cedar in our damp environment. Annual rainfall simply sheets off the slick surface, helping it stay clean naturally.
Are there tax credits or local incentives for installing energy-efficient metal roofing or siding in Hillsboro?
If the panels carry an ENERGY STAR “cool roof” label and meet IRS reflectance criteria, you may qualify for the federal Residential Energy Efficient Property Credit—30 % of material costs, capped annually. Energy Trust of Oregon also offers cash incentives on qualified cool-roof installations (amounts vary; check current program rules). In addition, Washington County occasionally provides property-tax abatements for projects that achieve certain energy-saving benchmarks. We help customers assemble all documentation to maximize any available rebates.
How long will the panels last, and what maintenance is required?
Factory-finished steel or aluminum panels typically last 40–70 years—over three times longer than asphalt shingles and much longer than painted wood siding. Maintenance is minimal: rinse the roof or walls with a garden hose once a year, clear debris from valleys/gutters, and schedule a professional inspection every 3–5 years to tighten fasteners and check sealant. Our PVDF coatings carry a 30- to 40-year color-fade warranty, and our weathertightness warranty is 20 years when we install the system.
How does the cost of energy-efficient metal panels compare to asphalt shingles or wood siding?
Upfront, metal roofing or siding is 2–3 × the cost of entry-level asphalt shingles and about 30–50 % more than premium architectural shingles or cedar. However, when you factor in energy savings, avoided tear-offs (only one installation over 50 years instead of two or three), lower insurance premiums, and virtually zero maintenance, the life-cycle cost is significantly lower. Most customers reach simple payback in 7–12 years and continue to save for decades after that.