Sustainable Energy Practices
Sustainable Energy Practices | Generators | Electrical | New Tazewell
Nestled in the rolling hills of New Tazewell, HEP blends time-tested craftsmanship with forward-thinking innovation to keep homes and businesses powered sustainably. Our high-efficiency generators pair clean-burn technology with smart controls, automatically adjusting output to match demand and trimming fuel use by up to 40%. Whether you’re safeguarding medical equipment during an outage or keeping your cabin lights aglow off-grid, you can trust our licensed electricians to design, install, and maintain a system that’s as dependable as it is earth-friendly.
From routine load assessments to turnkey installations, we streamline every step so you can focus on what matters—enjoying reliable power without compromise. Discover how our commitment to local service, recycled packaging, and carbon-offset delivery makes choosing generators an easy win for both your wallet and the planet. Ready to get started? Give our New Tazewell team a call and let’s generate a greener tomorrow together.
FAQs
What kinds of sustainable generators do you install in New Tazewell?
We specialize in generators that reduce carbon intensity without sacrificing reliability. Options include (1) high-efficiency natural-gas/propane units that can run on renewable biogas blends, (2) biodiesel-ready diesel generators certified for B20–B100 fuels, (3) combined-heat-and-power (CHP) micro-turbines that capture waste heat for water or space heating, and (4) inverter-based generators designed to integrate with solar PV and battery storage. All models meet current EPA Tier 4 emissions standards and are sized from 8 kW residential units up to 500 kW light-commercial systems to match typical New Tazewell load profiles.
How are renewable-fueled generators different from conventional gasoline or diesel sets?
Traditional generators burn 100 % fossil fuels and operate at a fixed speed, leading to higher emissions and lower fuel economy. Our renewable-capable units are engineered for cleaner fuels (renewable propane, biogas, or biodiesel) and use electronic throttle systems that adjust engine speed to the actual load, cutting fuel use 15–25 %. Catalytic exhaust after-treatment further reduces NOₓ and particulate matter, so air-quality impacts are considerably lower—an important consideration in the Cumberland Plateau region, which is subject to federal ozone-action constraints.
Are there incentives available in Tennessee for installing sustainable generators?
Yes. While Tennessee does not offer a state tax credit, several programs can offset costs: • Federal Investment Tax Credit (ITC) – up to 30 % on CHP systems and battery-integrated generators when paired with solar. • USDA Rural Energy for America Program (REAP) grants – up to 50 % of eligible project costs for farms and rural small businesses in Claiborne County. • TVA Green Connect – performance-based payments for exporting excess renewable power from hybrid generator-solar systems. • Sales-tax exemption – biodiesel blends of B100 are exempt from Tennessee’s 3.5¢/gal privilege tax. We help customers assemble the paperwork and utility interconnection applications so you receive every possible credit.
What permits and inspections are required in New Tazewell?
All standby generators, sustainable or conventional, need (1) an electrical permit from the Claiborne County Building & Codes Department, (2) a State of Tennessee electrical inspection, and (3) a fuel-line permit if natural gas or propane piping is modified. For systems that connect to the grid, TVA requires an interconnection agreement and may ask for an IEEE 1547 compliance letter. If your site is within city limits, the New Tazewell Planning Office also reviews noise and setback requirements; residential sound levels cannot exceed 60 dB(A) at the property line during routine exercise. We manage the entire submittal package and schedule inspections, so installation is usually completed in 2–4 weeks.
What maintenance do sustainable generators require and how long will they last?
Routine service is similar to a standard generator—oil and filter changes every 100–150 run-hours, air-filter replacement annually, and spark-plug inspection for gaseous units. Biodiesel systems need an extra fuel-filter change each year to prevent glycerin build-up. Our plans include quarterly remote data checks to verify efficiency and emissions set-points. With proper service, engine-based units last 20–25 years, and micro-turbines 60,000+ operating hours (about 15 years of typical standby use). We stock EPA-approved biodegradable oils and recycle all used fluids locally to keep the environmental footprint small.
Can a sustainable generator be combined with solar panels or battery storage?
Absolutely. Our hybrid control platform lets the generator, rooftop solar, and lithium-ion storage operate as a microgrid. During the day, solar handles most of the load; excess energy charges the battery. When solar production drops or grid power fails, the battery discharges first, and the generator starts only when needed—cutting runtime by up to 70 %. The system meets IEEE 1547 islanding requirements, so it disconnects from TVA during an outage and reconnects automatically when utility service is restored. Hybridizing improves fuel savings, lowers emissions, and can qualify the project for the 30 % federal ITC mentioned above.