01 / DESTINATION
Time is an asset.
Homes, workplaces and long-stay parking can often use lower-power AC charging. Check vehicle acceptance, dwell time and the electrical installation together.
INFRASTRUCTURE
Connect the whole
charging decision.
A useful charging plan begins with vehicle needs, the operating schedule and the power available on site.
02 / RAPID TURNAROUND
Power needs a purpose.
DC charging serves shorter stops and larger energy transfers. Actual power depends on the vehicle, state of charge, temperature and shared site limits.
03 / DEPOT
Schedule the fleet.
Overnight charging is an energy scheduling problem. Match each route's energy requirement to arrival time, departure time and available connections.
THE ENERGY LAYER
A site is a system.
Grid connection
Agreed import limit, transformer capacity and connection lead time.
Building loads
Heating, cooling and operations share the same electrical capacity.
Load management
Allocate the available power against vehicle departure requirements.
Chargers + vehicles
Connectors, vehicle acceptance, charging curves and physical access.
Optional solar and storage
On-site generation can change grid energy purchases. Storage can shift power over time. Neither removes the need to model tariffs, conversion losses, safety and practical operating constraints.
Procurement questions
- Who owns commissioning and service response?
- Can usage data and operator access be transferred?
- What happens if communications fail?
- Are accessible bays and cable reach addressed?
Supplier examples are available in the ecosystem directory. Electrical design, local compliance and final capacity must be confirmed by qualified professionals.
Estimate the energy requirement