Electrical Infrastructure
Electrical Infrastructure | Electric Panel Upgrades | Electrical | Englewood
From historic bungalows along South Broadway to the sleek new builds near Belleview, Englewood homes depend on a trustworthy power backbone—and HEP delivers just that. Our licensed electricians replace outdated fuse boxes and undersized breaker panels with modern, code-compliant solutions that boost capacity, improve safety, and set the stage for everything from EV chargers to future smart-home tech. We handle every detail, from load calculations and permit pulling to the final breaker labeling, so you can plug in confidently and power up without a second thought.
Choosing HEP for electric panel upgrades means choosing a neighbor who understands Colorado’s demanding climate and local regulations. We arrive on schedule, protect your space with meticulous cleanup, and back our work with clear warranties and honest pricing. If you’re seeing flickering lights, tripped breakers, or just craving room for that new induction range, let our Englewood team energize your home for decades to come—efficiently, safely, and with the personal touch only HEP can provide.
FAQs
Why might I need an electric panel upgrade in Englewood?
Older Englewood homes often still have 60- or 100-amp service that was adequate decades ago but struggles with today’s high electrical demand from HVAC systems, EV chargers, and smart-home devices. An upgrade to a modern 150- or 200-amp panel increases available amperage, improves safety with updated breaker technology, and meets current National Electrical Code (NEC) and City of Englewood requirements.
What are the warning signs that my existing panel is undersized or unsafe?
Frequent breaker trips, flickering lights, warm breaker handles, buzzing sounds, and a lack of open breaker spaces all suggest that your panel is overloaded or deteriorating. Panels manufactured by now-defunct brands such as Federal Pacific or Zinsco, which are common in some Englewood neighborhoods, are also red flags because they are known to fail to trip during a fault, creating a fire hazard.
Do I need permits and inspections for a panel upgrade in Englewood?
Yes. The City of Englewood Building Division requires a residential electrical permit for any service or panel change. After the work is performed by a licensed electrician, a city inspector verifies that the new panel, grounding, bonding, and service entrance wiring comply with the latest NEC adoption and local amendments. Your utility provider, Xcel Energy, will also schedule a meter pull or disconnect/reconnect when the upgrade is performed.
What is involved in the panel-upgrade process and how long will it take?
Most upgrades follow these steps: (1) site visit and load calculation; (2) permit application; (3) utility coordination; (4) installation of new meter socket, service entrance conductors, grounding electrodes, and breaker panel; (5) city inspection; (6) utility reconnection. For a straightforward single-family home, the on-site work usually takes one day, but permitting and utility scheduling can add 1–2 weeks, so plan for a total timeline of 2–3 weeks from contract signing to final inspection.
How much does a residential electrical panel upgrade cost in Englewood?
Costs vary with amperage, panel location, and service-entrance upgrades, but homeowners typically spend $2,000–$4,500 for a 200-amp upgrade. Factors such as relocating the panel, trenching for an underground service, or adding whole-home surge protection can raise the price. Obtain a written quote that includes permit fees and utility coordination so there are no surprises.
What long-term benefits will I gain from upgrading my panel?
Beyond eliminating nuisance trips and safety hazards, a modern panel provides capacity for future additions like electric vehicle chargers, solar inverters, hot tubs, and finished basements. Insurance companies look favorably on upgraded electrical systems, possibly lowering premiums, and real-estate agents report higher resale value because buyers prefer move-in-ready homes that meet current electrical standards.