Frequently Asked Questions

Static reserves a fixed amount of power for EVs. Dynamic monitors real-time building usage and allocates all remaining capacity to EVs, maximizing speed.

The charger monitors grid export. If the home exports excess solar power (e.g., 3kW), the charger matches this rate to charge the car with 100% free, green energy.

A software-only solution that estimates solar production via weather data to optimize charging without requiring a physical data connection to the solar inverter.

A grid fee based on peak power usage (kW). It forces the adoption of smart charging to spread consumption and avoid costly peaks on the energy bill.

V2G allows EVs to discharge battery energy back into the grid to stabilize frequency or absorb renewable peaks. It requires bidirectional hardware.

V2H allows the EV to power the home directly during blackouts or peak tariff hours. It operates "behind the meter" and requires an islanding switch.

An EMS is a central controller that orchestrates EVs, heat pumps, and batteries based on solar production and grid tariffs to optimize cost and comfort.

Yes, but it requires a grid-forming inverter and a battery buffer to provide the stable voltage and frequency reference the charger needs.

The standard minimum is 6 Amps (approx. 1.4 kW). Solar charging sessions must pause if production drops below this threshold.