The ECUBE ECDC 240 Satellite DC Charging System is a high-power split-architecture DC fast charging solution designed to maximise charging capacity while minimising space, infrastructure costs and future expansion requirements. Unlike conventional DC chargers, the ECDC 240 separates the charging system into a central Charging Stack and multiple slim Satellite Dispensers, allowing power electronics to be housed in a single cabinet while lightweight charging dispensers are installed at individual charging bays. This innovative architecture enables dynamic allocation of up to 240 kW of charging power across multiple electric vehicles, providing exceptional flexibility for high-traffic charging hubs.
The intelligent power management system continuously distributes available charging power based on vehicle demand, allowing a single EV to receive the full 240 kW when available or automatically sharing power across multiple vehicles charging simultaneously. Each satellite dispenser is equipped with CCS2 and CHAdeMO connectors, integrated displays and user interfaces, while the central charging stack manages power conversion, load balancing and communications. Full OCPP compatibility enables seamless integration with charging management platforms for remote monitoring, billing, diagnostics and network management.
Designed for large-scale commercial EV charging infrastructure, the ECDC 240 is ideal for motorway service stations, public charging hubs, logistics centres, fleet depots, bus terminals, commercial parking facilities and future-ready EV charging networks. Its modular satellite architecture significantly reduces installation costs by allowing additional charging bays to be added without installing a complete new high-power charger. This scalable approach maximises utilisation of electrical infrastructure while providing operators with a flexible, expandable charging platform capable of supporting the next generation of high-voltage electric vehicles.
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ECUBE ECDC 240 satellite DC charging system with up to 240 kW charging, dynamic power sharing, charging stack architecture and scalable commercial EV infrastructure.
How does the satellite charging system work?
A central charging stack contains the power modules while slim satellite dispensers are installed at each charging bay. Power is dynamically allocated between connected vehicles.
What is the maximum charging power?
The system delivers up to 240 kW, with intelligent load sharing across multiple EVs depending on charging demand.
Can the system be expanded?
Yes. Additional satellite dispensers can be added to increase charging capacity without installing another complete high-power charging cabinet.
Who is the ECDC 240 designed for?
It is ideal for motorway service stations, public charging hubs, fleet depots, commercial parking operators and any site requiring scalable, high-throughput EV charging infrastructure.
Malaysia