High-efficiency power modules and integrated charging stations for commercial and industrial use.
The global electric vehicle (EV) sector is undergoing a seismic shift. As of 2024, the demand for Direct Current (DC) Fast Charging has surpassed traditional AC charging in the commercial sector due to the critical need for "time-of-use" optimization. From highway corridors in Europe to massive fleet hubs in Southeast Asia, the race to find reliable DC fast ev charger manufacturers is intensifying.
Current industrial trends indicate a move toward High-Power Charging (HPC), where liquid-cooled cables and modules enable charging speeds exceeding 350kW. This is not just about convenience; it is about the viability of electric heavy-duty trucks and public transit systems. As a leading supplier, MIDA Group integrates these macro trends into every power module and charging station we manufacture.
Efficiency Rate
Max Output Voltage
Ultra-Fast Capability
Protection Rating
Driving Innovation through Silicon Carbide (SiC) and Bidirectional Power Flow.
Traditional air cooling reaches its thermal limit at 250A. Our liquid-cooled systems allow for 600A+ continuous output, reducing connector weight and heat dissipation issues, essential for 600kW superchargers.
Future-proofing infrastructure involves Bidirectional Power Modules. Our 20kW-45kW V2G modules allow EVs to serve as mobile energy storage, stabilizing the grid and providing ROI for fleet operators.
By utilizing Silicon Carbide in our 40kW AC/DC Power Modules, we achieve higher switching frequencies and lower losses, resulting in smaller footprints and 30% less heat generation.
Shanghai Mida Cable Group Ltd. operates through specialized subsidiaries, providing a vertically integrated supply chain for EVSE. From 16A J1772 cables to 1000A CCS2 connectors, we define the standards for reliability and professional expertise.
Tailored solutions for diverse geographic and industrial requirements.
MCS (Megawatt Charging Systems) for electric trucks. Utilizing split-type DC chargers (360kW-1680kW) to ensure rapid turnaround in busy logistics hubs.
Advertising Charging Stations (60kW-240kW) equipped with 43-inch screens, turning charging downtime into a marketing opportunity for shopping malls.
Solar + Storage + Charging solutions. Integrating ESS charging piles (60kW-400kW) with local solar arrays for remote areas or carbon-neutral facilities.
Expert insights into DC Fast Charging technology and procurement.
Air-cooled systems use fans and are cost-effective for power up to 150kW-200kW. Liquid-cooled systems circulate coolant through the power modules and cables, allowing for 400kW+ charging with much thinner, lighter cables and higher reliability in extreme heat.
SiC MOSFETs offer significantly lower switching losses than traditional IGBTs. This leads to >96% efficiency, reduced cooling requirements, and a more compact design, which is critical for high-density charging hubs.
We manufacture connectors and stations for all global standards including CCS1 (North America), CCS2 (Europe), GBT (China), CHAdeMO (Japan), and the emerging NACS (Tesla standard), all compliant with ISO 15118 and OCPP 1.6J/2.0.1 protocols.
In a split-type system, the power conversion is housed in a central "power bank," while the user interacts with slim "dispensers." This allows for dynamic power allocation across multiple vehicles, maximizing equipment utilization and reducing site installation costs.
Expanding the reach of DC infrastructure to mobile and niche applications.
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