IN Brief:
- Schneider Electric has introduced its StarCharge Fast 720 EV charging system to the UK market.
- The system delivers up to 720kW and can charge up to 12 vehicles simultaneously through a decentralised dispenser architecture.
- The launch expands the UK market for high-power charging systems designed for fleet, commercial, industrial, bus, and heavy-vehicle sites.
Schneider Electric has introduced the Schneider StarCharge Fast 720 EV charging system to the UK market, expanding its high-power charging offer for commercial and industrial locations, fleet operators, buses, electric lorries, and passenger vehicles.
The platform delivers up to 720kW of power and can charge up to 12 vehicles simultaneously. It is designed around a decentralised architecture, allowing operators to position up to six dispensers within an 80-metre radius of a Boost Pro+ Power Cabinet. The arrangement gives operators flexibility when planning charging sites where vehicle size, bay spacing, cable reach, turning radius, maintenance access, and pedestrian movement all have to be considered.
The system operates at 97% efficiency and includes dynamic load management, allowing charging demand to be balanced across different vehicle types and charging sessions. That function is particularly useful at mixed-use locations where vans, trucks, buses, and cars may have different battery capacities, dwell times, and power requirements.
Lifecycle support is included across installation, maintenance planning, 24/7 support, and remote monitoring through Schneider Electric’s EcoStruxure Energy Asset Portal. Remote monitoring and asset-level visibility are now standard requirements for higher-power charging installations because charger availability, power module performance, grid capacity, and communications uptime all affect site operation.
The UK introduction follows a period of rapid change in EV charging infrastructure design. Early public charging deployments were largely built around lower-power AC and DC charging for cars. Newer sites increasingly have to support commercial vans, depot fleets, taxis, buses, and HGVs, with much higher peak loads and more demanding duty cycles.
High-power charging sites require coordination between charger hardware, incoming capacity, grid connection, switchgear, metering, protection, civil works, cable routes, communications, thermal management, and backend software. The charger cabinet is one part of a wider electrical system. Available supply capacity, peak demand control, vehicle movement, maintenance access, acoustic performance, and resilience all influence whether a site can operate reliably at high utilisation.
IN Power recently covered Voltempo’s depot charging installation for Bartrums, where high-power charging was positioned next to an existing high-capacity substation to support electric HGV deployment. That project showed how heavy vehicle electrification depends on the alignment of charger capacity, depot electrical capacity, vehicle duty cycles, and future fleet growth.
Schneider’s StarCharge Fast 720 sits within the same shift from standalone charge points towards engineered charging systems. A 720kW platform is suited to locations where site operators need to concentrate charging power while maintaining layout flexibility. Distributed dispensers around a central cabinet can help manage space constraints in depots, forecourts, logistics yards, bus facilities, and commercial parking environments.
The launch also reflects the growing importance of the digital layer in EV charging. IN Power has reported on MFG EV Power’s deployment of Plug&Charge across rapid and ultra-rapid charge points, using ISO 15118 vehicle-to-charger authentication. As charging hubs scale, software reliability, communications, payment, monitoring, and charger control become inseparable from the electrical design.
Commercial fleet electrification needs equipment that can handle high peak demand without forcing every vehicle through the same operating pattern. Dynamic load management, remote diagnostics, modular service arrangements, and flexible dispenser layouts are becoming part of the specification for larger sites. The StarCharge Fast 720 adds another high-capacity option for operators designing infrastructure around fleets and heavier vehicles, rather than occasional passenger-car charging alone.
Further product information is available through Schneider Electric’s DC EV charger information page.
