For EV drivers, trust in a charging network is built through consistency – chargers that are available when needed, familiar in design, and deliver the power drivers expect across urban and regional locations. High sustained power delivery ensures charging performance remains reliable, regardless of vehicle voltage, reinforcing confidence at every stop.
A standardized charging approach for CPOs, where coverage, availability, and cost per outlet define success
A modular architecture allows up to three cabinets delivering a total of 1.2 MW to be added as site demand grows. Operators can scale power and outlets independently over time without replacing existing equipment, protecting earlier investments while keeping sites aligned with real utilization.
The M cabinet design delivers the market’s highest power density – up to 625 kW per m² – enabling more outlets to be supported from a single power unit. This high-density footprint maximizes charging capacity within limited public-site space, allowing operators to increase revenue per square meter without expanding the site.
Efficient power sharing and high sustained power delivery enable dynamic allocation of energy across charge points, ensuring available capacity is used where it generates revenue. By avoiding oversized peak power that sits idle, operators achieve a lower cost per kWh delivered and faster payback per installed kilowatt – even under high utilization.
Our integrated site-level solutions combine powerful system technology with advanced software and services
