High-quality Materials
High-quality Materials | Electric Panel Upgrades | Electrical | Speedwell
Tired of tripped breakers, flickering lights, or the nagging worry that your aging service box can’t keep up with modern power demands? HEP’s seasoned electricians in Speedwell specialize in electric panel upgrades that swap out outdated fuse boxes and undersized breaker panels for cutting-edge units built with premium, code-compliant components. From copper bus bars and industrial-grade breakers to surge protection and smart monitoring options, we use only high-quality materials that boost safety, efficiency, and resale value—all while safeguarding the gear you rely on every day.
When you call HEP, you get punctual pros who respect your home as much as your time. We handle permitting, coordinate with the utility company, and leave your space spotless when the job is done, so the only evidence of our visit is a rock-solid electrical system ready for future tech and increased load. Let us future-proof your property and deliver the peace of mind that comes from a flawless power supply—upgrade once, enjoy for decades.
FAQs
Why might I need an electric panel upgrade in Speedwell?
Older panels (especially those installed before the 1990s) were not designed to handle today’s load from smart appliances, EV chargers, HVAC systems, and home offices. Symptoms such as frequently tripping breakers, dimming lights when large devices start, or the lack of space for new circuits indicate that your existing panel is at capacity or deteriorating. Upgrading ensures reliable power delivery, reduces fire risk, brings your home up to current local and NEC codes, and adds resale value.
What are the benefits of using high-quality materials for my panel upgrade?
Premium copper bus bars, solid-core THHN/THWN conductors, properly sized grounding/bonding equipment, and molded-case circuit breakers from top brands result in lower electrical resistance, better heat dissipation, and longer lifespan. They also minimize nuisance trips and arc faults, improve overall system efficiency, and qualify you for manufacturer warranties and some insurance discounts. In short, you get a safer, more durable, and code-compliant installation that rarely needs follow-up service.
How long does a typical electric panel upgrade take in Speedwell?
For most single-family residences, the on-site portion is completed in one working day (6-8 hours). This includes shutting off utility power, removing the old panel, installing the new enclosure, routing and labeling circuits, securing grounding/bonding, and conducting final torque and insulation tests. Service for multi-meter properties or when the utility drop must be relocated can extend the job to two days. We always coordinate with the local utility and Speedwell building inspector so you experience the shortest possible outage—usually 2–4 hours.
Do I need a permit and inspection for a panel upgrade?
Yes. Speedwell follows the Tennessee building code, which mandates an electrical permit and final inspection for any service equipment replacement or capacity increase. Our licensed electricians handle all paperwork, submit load calculations, and schedule inspections with the Authority Having Jurisdiction (AHJ). Skipping the permit can void homeowner’s insurance, delay future real-estate transactions, and expose you to fines, so we make compliance seamless for you.
What size panel should I choose—200 A, 225 A, or larger?
A detailed load calculation considers square footage, major appliances, HVAC, water heating, EV charging, and any planned additions like a workshop or hot tub. Most modern homes land at 200 A for present needs, but if you foresee heavy EV charging or an accessory dwelling unit, a 225 A or 320 A (400 A class) service may be recommended. Selecting a slightly higher capacity today avoids another costly upgrade later and provides ample breaker slots for solar, battery storage, or future remodels.
What is included in your Speedwell panel upgrade package?
1) Free on-site assessment and load calculation. 2) Permit acquisition and utility coordination. 3) Replacement of meter base (if required) and installation of a NEMA 3R or indoor NEMA 1 load center rated 200 A–400 A. 4) Copper grounding electrode conductor to two ground rods or UFER ground, plus water-pipe bonding. 5) AFCI/GFCI breakers where code requires. 6) Surge protective device (SPD) to shield home electronics. 7) Full labeling of circuits and as-built documentation. 8) Final inspection scheduling and a transferable 5-year workmanship warranty on top of manufacturer warranties for all components.