Electricians in Westwood, Massachusetts

Westwood is in Eversource territory, so homeowners are fully Mass Save eligible. There's no direct electrical rebate, but a 200-amp panel upgrade is usually the prerequisite for a Mass Save heat pump or heat-pump water heater, and for a Level 2 EV circuit. Westwood's mid-century homes often carry 100-amp service that needs upgrading before that load fits.

For 1960s-70s homes, the aluminum-branch-wiring question is worth raising with an electrician — it's an insurance and fire concern best handled alongside a planned panel upgrade. The panel work is the enabling step for the Mass Save rebate, not a rebated item itself.

Electrical work in Westwood requires a permit under 527 CMR 12.00, the Massachusetts amendments to the NEC, and a licensed Journeyman or Master electrician. Permits go through the Westwood Building Department, with the town wiring inspector inspecting before energizing. Panel upgrades, EV circuits, generator transfer switches, and aluminum-wiring remediation all require the permit. Service upgrades are coordinated with Eversource for disconnect and reconnect. Like-for-like device swaps are the narrow exception.

Westwood sits in the inner-suburb band near Boston metro, so rates run toward the higher end. A 100-to-200-amp panel upgrade typically runs $2,700–$4,800. A Level 2 EV charger circuit usually lands $1,000–$2,500. Aluminum-branch remediation ranges from a few hundred dollars for pigtailing to $10,000+ for a partial rewire. A whole-home generator with transfer switch commonly runs $9,000–$18,000 given Westwood's larger homes.

Westwood is a Norfolk County town of about 16,149 residents and 5,657 housing units, with a median build age near 59 years. It's an affluent inner suburb just southwest of Boston, with mostly 1950s-through-1980s single-family homes on wooded lots, plus newer development around the University Station / Route 128 area.

That profile shapes the electrical work. Mid-century homes here often have 100-amp panels and the occasional aluminum branch circuit from the 1960s-70s, while the larger and newer homes drive demand for Level 2 EV charger circuits, whole-home generators, and capacity for electrification.