Expert Electrician Services in Lexington, Massachusetts

The antique colonials near the Green often contain wiring from every era since electricity arrived — early cloth-insulated runs, mid-century updates, modern cable from recent remodels, all in the same plaster walls. Some layers were done well; others were done when standards were looser. Sorting it out takes methodical work: mapping what's live, identifying what's deteriorated, and replacing the dangerous runs first. We do this with preservation-minded methods — fishing new cable, small patched openings, and zero gutting — so the house keeps its historic character while the wiring becomes genuinely safe.

The mid-century colonials and split-levels mostly have 100-amp service, which was fine when the house had one TV and no air conditioning. Today's versions of these houses run central air, home offices, finished basements, and EV chargers — and the panel is the choke point. Breakers trip on summer afternoons, lights dim when the compressor starts, and there's no room to add the charger circuit. A 200-amp upgrade ends the juggling: new panel, new service entrance, and enough spaces for everything the household runs now plus what's coming next.

Lexington's mature street trees are gorgeous and relentless. Every nor'easter drops limbs onto overhead service drops, cracking weatherheads, bending masts, and loosening neutrals. The symptoms range from flickering lights in wind to half the house going dark. We repair service entrances regularly after storms — new mast, weatherhead, drip loop, and a properly torqued neutral — and we check the grounding electrode system while we're there, since storm surges punish weak grounds. If your lights flicker every time the wind picks up, the service entrance is the first place to look.

Houses wired before the 1960s typically have no equipment grounding — two-wire circuits, two-prong outlets, and fixtures with nowhere for a fault to go. In a town full of home offices and high-end electronics, that's a real limitation: surge protectors can't do their job without a ground, and metal-cased equipment is less safe. GFCI protection adds a layer of people-safety to ungrounded circuits, but the lasting fix is rewiring with grounded cable. We phase it room by room, starting with offices and kitchens where the electronics live.

Family rooms, dormers, finished basements, and kitchen expansions have been added to these houses for decades — each one adding load to a service that wasn't designed for it. The additions themselves are often wired fine; the problem is the panel they all feed, which is full, tired, or both. We see this constantly: a beautiful renovated kitchen on a 1960s 100-amp panel that's one hair dryer away from tripping. The fix is usually a service upgrade paired with proper dedicated circuits for the addition's big loads, so the renovation performs the way it looks.

Gracious houses with a single ceiling fixture per room and no dimmers anywhere — it's the most common lighting complaint in town, and the fix transforms how the house feels. Layered lighting (ambient, task, accent), dimmers that actually dim, and under-cabinet runs in the kitchen make rooms usable in ways one overhead light never will. In antique houses we do it sensitively: period-appropriate fixtures where they show, discreet recessed lighting where it helps, and no damage to the plaster that matters. Good lighting is the highest-impact, lowest-disruption upgrade most houses here can get.