Charging infrastructure built around your fleet's schedule.

Charging infrastructure built around your fleet's schedule.

End-to-end charging infrastructure for bus, truck and cab depots – engineered to deliver full-rated power consistently, even with multiple vehicles charging in overlapping shifts.

Running a fleet depot has its own set of challenges. Tap a marker to see where things typically go wrong.

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Fragmented vendors & approvals
Peak load & transformer sizing
Uptime affects schedules & revenue
Over-heating & de-rating
Lower efficiency, lower margins
Fault-finding & serviceability
Manual data collection
Unit economics hard to establish

One partner for the charger, the site and everything that connects them.

Sustained performance, extreme conditions

SiC-based power electronics deliver >96% sustained efficiency without de-rating, even under extreme ambient and operating conditions.

Lower total cost of ownership

Better conversion efficiency means lower energy losses over the fleet's working life.

Quality through local manufacturing

The SiC-based power stage and other core components are designed and manufactured locally, for consistent quality and traceability.

Servicing backed by in-house IP

Turnkey EPC execution means faults are diagnosed and resolved faster, with local access to spares and expertise.

Built for what's next

Modular and upgradeable, resilient to weak grids and harmonics, interoperable with all EV types, and bidirectional-ready for V2X.

Cyber Secure

Every charger can be shipped with a hardware-level security chip as an option.

Recommended for your setup

Recommended Charger

Recommended Charger

MEIRIS CHARGE Plus – SiC-based DC fast/ultra-fast charger, 120–360 kW, for high-power bulk charging of buses

Software

Software

OCPP-compliant CMS for monitoring, access control and billing

Services & Support

Services & Support

Turnkey EPC. Up to 98% uptime, Multi-year warranty

More uptime, more sessions, more revenue per charger.

Charging that performs when it matters most

Rated output delivered consistently without the de-rating that slows down conventional chargers under sustained load.

Uptime you can plan around

A defined uptime commitment means depot schedules are built around predictable charger availability, not worked around outages.

Up to 98% uptime

Lower cost per charging session

Sustained high efficiency reduces energy losses across the charger's working life. For a 240 kW charger, that can mean 150–360 MWh in energy savings over 7–10 years.

>96% sustained efficiency

Consistent quality you can rely on

Locally manufactured core components mean fewer surprises in the field and clear traceability when something needs attention.

Peace of mind, built in

Hardware backed by a multi-year warranty reduces the risk of unplanned replacement costs early in the asset's life.

Multi-year warranty

Faster fixes, less downtime

Turnkey EPC delivery and in-house technical expertise mean faults are diagnosed and resolved faster, with local spares on hand.

An investment ready for tomorrow

Modular, grid-resilient and interoperable hardware protects the depot's investment as vehicle types, grid conditions and V2X requirements evolve.

Secure by design

A hardware-level security chip on every charger can give the depot a head start on cybersecurity as charging becomes more grid-connected.

We can get in touch at your convenience.

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