EnbiPower2move · Mobility

Charges when it suits. Moves whenit matters.

Session orchestration sized for real use, without reinforcing the contracted connection or leaving the fleet idle.

What it solves

Three hidden costs. One control.

  • Poorly sized charging

    AC or DC chosen wrong, wrong number of ports. The difference is paid in vehicles waiting or equipment sitting idle.

  • Coincident peaks

    Multiple charges at the same time trigger site peaks above contracted power. Penalties at home, expensive reinforcement on the fleet or at the station.

  • Flying blind

    Stations and batteries with no centralised monitoring. Faults caught late, reactive replacement, lost service time.

EV Chargers

Every vehicle charged. No peak created.

  • Session orchestration Automatic scheduling by SoC, usage window and contracted power limit. Multiple vehicles at once, no simultaneous peaks.
  • AC and DC on one platform Single-phase wallbox, three-phase charger and DC fast — managed together. The right mix for each fleet profile.
  • Scheduled charging Sessions timed to low tariffs or operational windows. The vehicle is ready when needed, at the lowest possible cost.
  • Real-time session data Energy delivered, duration, SoC and anomalies — per session, per vehicle, per site.
AC EV charger installed in a garage
Charging Stations

Public infrastructure. Centralised management.

  • Multi-port, one installation Multiple posts with real-time power sharing — no post blocks the others.
  • Access control and billing RFID, app or QR. Sessions logged, billed and auditable for private fleets, public access or a mixed model.
  • Proactive maintenance Fault alerts before failure. Remote diagnostics and scheduled replacement — no unnecessary call-outs, no posts out of service by surprise.
  • Any location Car parks, warehouses, condominiums or public roads. Sized for the available connection, grid reinforcement only if needed.
Public EV charging station with multiple charge points
Industrial Batteries

Industrial mobility without downtime.

  • Cycles sized for real use Charge protocols adapted to shift count, discharge depth and ambient temperature. The battery lasts longer, the equipment keeps running.
  • Fleet state in real time SoC, accumulated cycles, temperature and alerts per unit. Scheduled replacement before failure — not after.
  • Fast swap or in-place charging Support for swap batteries and fixed charging systems. Workflow adapted to your layout and shift pattern.
  • Operational history Data from every cycle per unit. The basis for replacement decisions, wear analysis and fleet audit.
Industrial traction batteries for AGVs in a warehouse
Real applications

The right solution for every fleet.

  • RESIDENTIAL Home charging

    AC wallbox integrated with solar and storage, scheduled for the lowest tariff.

    3.7 kW – 22 kW

  • FLEETS Distribution and service fleets

    Overnight orchestration for depot-return fleets, with no coincident peaks or connection reinforcement.

    22 kW – 150 kW

  • INDUSTRIAL AGVs, forklifts and internal mobility

    LFP traction batteries managed across their life cycle, with scheduled replacement and monitoring across 24/7 shifts.

    10 kWh – 120 kWh

  • PUBLIC AND SHARED Public stations and micromobility

    Multi-point AC and DC stations with access control, session billing and monitored uptime.

    50 kW – 350 kW

We come back with a concrete analysis.

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