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Common Questions
I've lost all power and smell something burning near my panel. How fast can an electrician get to my house in Alexandria?
For a burning smell with a total power loss, we treat it as a critical emergency. From the Alexandria Town Hall, we can typically be at your door within 5-8 minutes using NH-104. Your first action should be to call 911 if you see smoke or flames, then call us. We will dispatch immediately to safely isolate the problem at your meter or panel and prevent a potential fire.
My Alexandria Village home was built in 1986. Is the original wiring why my lights dim when the microwave and air fryer run at the same time?
Your 40-year-old NM-B Romex wiring is a primary factor. Homes from that era were designed for far fewer electrical loads than we use in 2026. Modern high-draw appliances, like air fryers and tankless water heaters, can easily overload a single circuit, causing voltage drops you see as dimming lights. While the wire insulation is likely still sound, the overall system capacity is simply outdated for today's concurrent energy demands.
I have an old 100-amp Federal Pacific panel. Can I safely add a Level 2 EV charger or a heat pump to my 1986 home?
No, it is not safe to add those major loads to that existing setup. A Federal Pacific panel is a known fire hazard due to breakers that can fail to trip. Even if the panel were safe, a 100-amp service from 1986 lacks the capacity for a 40-50 amp EV charger or a heat pump's starting surge. A full service upgrade to a modern 200-amp panel with AFCI protection is the necessary and code-compliant first step.
Why do my lights flicker and my router reboots during storms here in Alexandria? Is it Eversource's fault?
Flickering during storms is often due to grid disturbances from our moderate surge risk, especially from seasonal ice storms affecting Eversource's lines. These momentary sags and surges are hard on modern smart home electronics with sensitive microprocessors. While the utility manages the main grid, protecting your equipment requires a whole-house surge protector installed at your panel to clamp these transient voltages before they reach your devices.
My power comes in on an overhead mast. What specific issues should I watch for with that type of service?
Overhead mast service in our climate is exposed. Regularly check for trees or limbs contacting the service drop lines between the pole and your house. Inspect the mast head and conduit for rust, ice damage, or separation from the roof. This point of entry is a common failure spot during heavy snow or ice storms, and any damage here is the homeowner's responsibility to repair, not the utility's.
Does the heavy tree canopy and rocky soil around Alexandria Village affect my home's electricity?
Absolutely. The dense tree canopy can cause interference and voltage fluctuations on overhead lines during high winds. More critically, the rocky, mountainous terrain can make achieving a low-resistance grounding electrode system challenging. A proper ground is essential for safety and surge dissipation; we often need to use specialized grounding methods or multiple rods to meet NEC requirements in this soil.
I want to upgrade my electrical panel. What permits do I need from the town, and does the work have to be inspected?
All panel upgrades in Alexandria require a permit from the Alexandria Building Department and a final inspection. The work must comply with the current NEC 2020 code, which mandates AFCI and GFCI protection in many new locations. As a master electrician licensed by the New Hampshire Electricians Board, I handle the permit application, ensure the installation passes inspection, and provide you with the documentation for your homeowner's insurance.
How should I prepare my home's electrical system for a -15°F ice storm and potential brownouts in Alexandria?
Winter heating surges and ice storms are our peak electrical stress season. A professional inspection of your service mast and meter base can identify ice dam vulnerabilities. For brownouts, a properly installed and permitted standby generator with an automatic transfer switch is the most reliable solution. Installing surge protection is also critical, as power restoration after an outage often creates damaging voltage spikes.