Industrial-grade charging modules, high-current connectors, and integrated DC charging stations certified for global deployment.
Shanghai Mida Cable Group Ltd. operates through its wholly owned subsidiaries: Shanghai Mida EV Power Co., Ltd., Shenzhen Mida EV Power Co., Ltd., and Shanghai Mida New Energy Co., Ltd. Our deep vertical integration enables us to control every step of the value chain, from structural copper core extrusion to complex dynamic load balancing firmware execution.
An authoritative analysis of modular system topology, power conversion efficiency, and hardware compliance requirements for utility-grade operations.
Modern 120kW charging stations rely on discrete, hot-swappable sub-modules. By utilizing four 30kW or three 40kW AC/DC converters (such as the MIDA UR100030), the system ensures high redundancy. If a single module experiences a thermal or electrical fault, the system dynamically reroutes power, allowing uninterrupted charging at reduced output (e.g., 80kW or 90kW) instead of suffering a complete station shutdown.
Direct Grid Integration demands strict adherence to Power Factor (PF ≥ 0.99) and Total Harmonic Distortion (THD ≤ 5%) targets to prevent utility line degradation. MIDA stations leverage active power factor correction (APFC) circuits and LLC resonant converter architecture, delivering power conversion efficiency exceeding 95.5% at nominal utility input.
A premium 120kW charger utilizes dual outputs (CCS1, CCS2, or NACS) featuring intelligent dynamic power sharing. Through CAN bus signaling, the central control board automatically allocates power (60kW+60kW split or a 90kW+30kW shift) based on the state of charge (SoC) and chemical limits requested by each vehicle's BMS.
Engineered options from portable AC accessories to megawatt-level grid-buffering architectures.
How MIDA ensures localized operational readiness, high-quality certification pathways, and continuous uptime.
Navigating the regional certification landscape is critical. MIDA stations are fully certified across leading regulatory frameworks, including CE (IEC 61851-1/23) for European markets, UL 2202 / cUL for North America, and Eichrecht calibration compliance for public billing in Germany. We incorporate Type B RCD current leakage protection and MID-approved billing meters.
Operating from the key industrial hubs of Shanghai and Shenzhen, MIDA harnesses the world's most integrated EV charging supply chain. We procure premium copper cores, high-grade silicon carbide (SiC) MOSFETs, and custom extruded aluminum enclosures directly from localized tier-1 component suppliers. This integration reduces production turnaround times and provides a 25-35% total cost of ownership (TCO) advantage.
Operational uptime is critical. MIDA provides global CPOs and fleet operations with structured Level-3 technical support. This includes remote diagnostics through OCPP 1.6J/2.0.1 JSON API nodes, modular replacement parts stored in regional transit warehouses (Europe & North America), and certified local installation partner training modules.
Explore our four primary lines of charging components and power distribution units.
Analyzing optimal duty cycles and deployment topologies across critical urban infrastructure use cases.
For last-mile delivery vans and municipal utility vehicles, a 120kW station offers the ideal speed/cost ratio. Operating on 3-phase 400V/480V utility mains, these chargers replenish standard commercial battery capacities (60–90kWh) within 45 minutes during shift rotations or overnight schedules.
Retailers leverage 120kW stations with dual charging guns to support two electric vehicles at 60kW each. This dynamic power splitting keeps vehicles charging for an average dwell time of 30 to 45 minutes, matching target customer shopping habits while providing high infrastructure turnover.
In transit networks, 120kW units act as dependable hubs alongside ultra-fast charging systems. By deploying these stations in high-temperature or high-altitude environments, operators can deliver stable charging curves using MIDA's advanced IP55 thermal management.
Stay updated with the latest breakthroughs in high-power pantographs and heavy-duty electric bus charging interfaces.
In contrast to classic plug-in charging systems, e-bus pantograph connections support automated high-power charging at depots and route terminals, reducing physical driver wear and tear.
The charging duration depends directly on current battery capacity limitations and output parameters. High-current pantographs can deliver up to 600kW, restoring bus reserves within minutes.
Installing a specialized "Pantograph Up" dome system requires precise alignment, robust overhead structural support, and integration with local electric grids to ensure safety.
Detailed technical answers to common integration questions from Charge Point Operators (CPOs) and electrical contractors.
Select from our range of power adapters, heavy-duty chargers, and liquid-cooled modular accessories.
