Alpitronic Shows Off Its Megawatt HYC1000 EV Charger At EVCS 2026
Why It Matters
The HYC1000’s megawatt capability and modular design give network operators a cost‑effective path to densify fast‑charging stations, supporting growing EV adoption and reducing bottlenecks on high‑traffic corridors.
Key Takeaways
- •Alpitronic launches megawatt HYC1000, supporting up to eight ports.
- •Power electronics moved to separate cabinet, enabling distributed architecture.
- •Flexible connector options allow CCS1 or CHAdeMO swaps in field.
- •Front-facing touchscreen with buttons improves user experience for everyday drivers.
- •Pilot deployments this year; production units slated for 2027 release.
Summary
At the 2026 EV Charging Summit in Las Vegas, Alpitronic Americas unveiled its next‑generation megawatt charger, the HYC1000, positioning it as a complement to the company’s existing 400 kW HYC400 model.
The HYC1000 separates power electronics into a dedicated cabinet roughly the size of two HYC400 units, allowing a single cabinet to feed up to eight dispensing heads for a total of one megawatt. Each dispenser delivers 600 A to two ports simultaneously, and the system supports interchangeable CCS1 and CHAdeMO (referred to as “knax”) connectors that can be swapped in the field. Cable management mirrors the 5‑meter reach of the HYC400 but is now integrated into the dispenser.
Mike Duklo emphasized the “no‑regret” nature of the design, noting customers can start with dual CCS1 plugs and later convert one to CHAdeMO without hardware changes. He also highlighted user‑feedback that drove the relocation of the touchscreen to the front of the unit, combining a touch interface with physical buttons to aid everyday drivers unfamiliar with charging protocols.
Pilot projects are slated for later this year, with full production expected in 2027. The distributed architecture promises lower capital expenditure for sites requiring five or more ports, while the modular power cabinet offers operators flexibility to scale capacity without replacing entire dispensers, accelerating deployment of high‑power DC fast‑charging networks.
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