EV Charger Installation in Strood

A dedicated home charger (7kW single-phase typical, 11-22kW three-phase) charges 3-10x faster than a standard socket, includes proper protection and load management, and is safe for daily use. Trickle-charging from ordinary sockets is a backup, not a solution — sockets aren't built for hours at sustained full load.

Increasingly yes, but it needs building/owner-committee approval, a metering plan (charging billed to you), and sometimes shared load management. Several countries now have 'right to charge' rules limiting how strata bodies can refuse. Start with building management early — approvals take longer than the install.

Yes — solar-aware smart chargers can divert excess solar generation to the car instead of exporting it. If you have or plan solar, choose a charger with solar-diversion mode; charging from self-generated power is usually the cheapest possible driving fuel.

Not always. A 7kW charger draws ~32A continuously — many homes can host it, especially with load-management (the charger throttles when the house is busy). Older or small-capacity supplies, or 22kW ambitions, trigger panel or supply upgrades. The installer's load calculation settles it.

Tethered (built-in cable) is more convenient for daily use with one car; untethered takes any cable and looks cleaner. Prices are similar. Pick tethered with the right connector for your car unless you expect to switch cars or share the charger.

The universal homeowner grant ended; the current EV chargepoint grant covers people in flats and rental accommodation (and household variants without off-street parking via cross-pavement solutions). Homeowners with driveways generally pay full price — but smart tariffs recoup costs quickly.