Wallbox · Home Level 2 Charger
Pulsar Plus
- Max power
- 11.0 kW
- Current
- 16 A
- Price
- $699
- 11 kW three-phase
- Tethered Type 2 cable
- Power Boost protects the main fuse
- App scheduling, OCPP ready
EV charging intelligence · US & EU
Pick your car. Get the real 10–80% time from its pack and onboard charger, the session cost at your tariff, and the Level 2 chargers and Supercharger adapters that match its port.
Quick calculator
No car selected? Enter a pack size, an efficiency figure and a charger rating to get an instant estimate. Car pages use the same engine with that model’s exact AC limit, DC taper and connector.
Flat-power estimate at 11.0 kW with 90% efficiency. For taper-accurate DC times, open your car’s page.
Default rate: $0.17/kWh — the US household average. Adjust it to your own tariff.
Tools
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Browse home charging equipment and adapters by connector and vehicle fit.
Browse by brand
Each brand hub puts every model side by side on usable battery, AC and DC limits, verified 10–80% time and Supercharger adapter rules.
Hardware
Eight units in the catalogue, filtered per car by connector and onboard charger limit. Prices are USD RRP and change often.
Wallbox · Home Level 2 Charger
Mennekes · Portable Charger
Besen · Portable Charger
A2Z EV · Supercharger Adapter
We may earn a commission from links on this page. It never changes the compatibility filter — an incompatible unit cannot be listed.
How it works
Every number on a car page comes from that vehicle’s own record — pack size, onboard charger, DC peak and verified 10–80% time.
Year, trim and market change the connector and the onboard charger. Every record is one variant, with its own verified 10–80% time.
Usable kWh × battery delta, capped by the AC or DC limit, with a DC taper curve calibrated to the manufacturer-verified 10–80% figure.
The compatibility engine drops any charger that does not match the port, and never upsells an adapter the car does not need.
A 75 kWh pack tells you how much energy you need — not how fast it goes in. The onboard AC charger sets the home ceiling, and the DC acceptance curve decides how much of the peak a fast charger can actually deliver above 80%.
That is why a 205.0 kWh Chevrolet Silverado EV can finish a 10–80% stop in 35 minutes while a smaller pack with a weaker DC peak takes longer. Compare the real figures on the Lucid Air page.
See a worked example: Tesla Model Y charging time & cost32 brands, one physics engine — and a charger shortlist that respects your port.