A fast, efficient and convenient home charging solution that recoups your daily range in just a few hours, fully charges overnight to avoid time-of-use rates, and usually doesn't require major upgrades to your home electrical service.
From portable plug-and-play units to public charging hubs.
Charge anywhere from a standard domestic socket. Rated 3.7 kW.
Charge at an installed industrial CEE socket. Rated 7.4 kW to 22 kW.
Wall-mounted convenience. Rated 7.4 kW to 22 kW.
Shared use with back-office connectivity and user-billing options.
Coiled or straight cables for public AC charging.
An AC charger is an intelligent switch that tells the EV how much power it can safely draw. Charge rate is limited by the vehicle's onboard charger — typically up to 11 kW, 3-phase. AC chargers are the most common and cost-effective means of EV charging.
DC chargers move the AC-to-DC rectifier into the station itself. Large units deliver up to 350 kW (limited by the EV, typically 50–100 kW). Cost and infrastructure restrict them to public highway or dedicated fast-charge sites.
Plugs into a standard domestic socket — up to 16 A. The simplest, slowest method, usually supplied with the vehicle.
Hard-wired by an electrician into a dedicated circuit. The fastest AC charging for home or workplace.
Public 'Supercharger' stations on highways and dedicated fast-charge facilities.
Single phase is the standard supply to most homes — Live, Neutral, Earth. Max AC charge rate 7.4 kW.
Three phase supplies offices, factories and large homes — three Lives plus Neutral and Earth. 3-phase chargers go up to 22 kW (most EVs accept 11 kW).
Domestic sockets max out at 3.7 kW. CEE sockets deliver up to 22 kW for the fastest AC charging. A blue 32 A single-phase CEE pairs with our 7.4 kW portable; a red 16×3 A three-phase CEE delivers 11 kW; future-proof with a 32×3 A three-phase for 22 kW.
Charging an EV involves high current and poses a fire/safety risk if done incorrectly.
EV efficiency is measured in kWh per 100 km. To work out running cost, multiply your vehicle's consumption (x, kWh/100 km) by your tariff (y, R/kWh):
Pair charging with solar and your effective tariff drops dramatically — solar + EV = maximum energy savings.
BWireless Energy can help you choose the correct charger for your EV. If you already have a home charger we can install a dedicated 240 V outlet for maximum power and faster charging.
Our licenced electrical subcontractors perform a load calculation, install a dedicated EV circuit on your DB and issue a CoC for compliance and safety.
Book an EV site assessmentCombine an EV charger with a BWireless solar + battery system and never buy fuel again.