Megawatt Charging Systems (MCS)

In megawatt-scale charging, the DC/DC converter is the essential interface between the power source and the vehicle. KraftPowercon’s DCKraft™ converter provides galvanic isolation, voltage stabilization, and fault protection, ensuring that both the vehicle and the charging infrastructure remain protected at extremely high power levels. It enables safe, efficient energy transfer for heavy-duty EVs such as trucks, buses, and industrial vehicles operating on the MCS standard.

At megawatt levels, safety margins are minimal. Without proper isolation, voltage faults or ground loops can cause damage, downtime, or unsafe operation. The DCKraft™ platform integrates complete electrical isolation between grid and vehicle, acting as a safety barrier while maintaining high conversion efficiency. This meets the extreme reliability requirements of MCS-certified charging stations and supports compliance with evolving global standards.

DCKraft™ is engineered with a modular, parallel-ready architecture that allows integrators to start small and scale to multi-megawatt systems as infrastructure expands. Each module can be paralleled safely — from hundreds of kW up to 10 MW — without loss of efficiency or stability. This makes it ideal for fleet depots, logistics hubs, and public MCS rollouts requiring future-proof scalability.

Megawatt charging runs under sustained full-load conditions, demanding exceptional thermal resilience and control accuracy. The DCKraft™ converter features advanced thermal management and real-time fault detection, maintaining consistent voltage regulation during extended operation. This results in maximum uptime, reduced wear, and longer system life — critical for commercial EV fleet operators.

Yes. The DCKraft™ DC/DC converter platform is fully compatible with the CharIN MCS framework, supporting 1,000V+ systems and bidirectional configurations where required. It allows system integrators and charger OEMs to meet interoperability standards while ensuring reliable isolation and conversion performance under global MCS voltage and current ranges.

KraftPowercon’s field-proven DCKraft™ modules simplify integration through compact design, standardized interfaces, and global technical support. This reduces engineering time and speeds up commissioning for megawatt-scale charger deployments — enabling faster time-to-market for integrators and OEMs developing heavy-duty EV charging infrastructure.