DECISION LAB

Charging Window

Check a daily energy balance using supplied effective charging power.

WORKING TOOL

Your assumptions

Illustrative defaults. Replace them with appropriate evidence. Use one consistent boundary.

Daily work

Available window

YOUR SCENARIO

Calculated locally. No information was sent.

METHOD & LIMITS

Show the method. Keep the boundary.

How this works

Daily metered energy per vehicle = distance × battery-side consumption / 100 / efficiency. Total energy multiplies by vehicle count. Available energy = ports × effective power × hours. Required aggregate hours = total energy / (ports × power). Minimum ports is rounded up from total energy / (power × hours); zero hours has no usable window.

How to read the result

Aggregate constant-power AC arithmetic, not a vehicle schedule, grid study or installation design. Vehicles may compete for bays or need different windows. Use measured effective power and separate review of vehicle acceptance, electrical capacity, load management, permissions and safety. No DC charging taper or downtime allowance is modelled.

Nothing is automatically stored. Recalculate after an edit. A reload may discard your scenario.

Make your next
EV decision clearer.

Explore the Decision Lab