1. High-Performance Dual-Gun Architecture & Commercial DC Fast Charging

The MIDA 60kW dual-gun commercial DC fast charger is engineered to accelerate vehicle turnaround across commercial parking hubs. Equipped with dual high-voltage charging guns, the system delivers high efficiency power conversion supporting both 400V and 800V EV architectures. Its advanced power matrix automatically distributes charging capacity dynamically based on connected vehicles’ real-time battery status. Built-in 4G and Ethernet cloud connectivity ensures seamless integration with centralized charging network operators, ensuring superior charging performance, robust long-term durability, and seamless integration with modern smart grid infrastructure. Operators can explore our advanced 180kW Integrated Solar DC EV Charging Station for Public Parking and Fleet Depots to configure customized commercial charging deployments.

2. 150V–1000V Ultra-Wide Voltage Matrix & High-Power Output

Featuring an ultra-wide constant-power output voltage ranging from 150V to 1000V DC, this 60kW charging station guarantees rapid charging for all modern electric vehicles. An active power factor correction front-end maintains a power factor above 0.99 with minimal total harmonic distortion under all load conditions. Full galvanic isolation between utility grid power and the vehicle battery pack guarantees high electrical safety and transient surge suppression during fast charging sessions, ensuring superior charging performance, robust long-term durability, and seamless integration with modern smart grid infrastructure. Review our comprehensive 120kW Solar Powered DC Fast EV Charger with BESS and OCPP Smart Management for complete technical specifications and engineering layouts.

3. High-Efficiency Modular Silicon Carbide (SiC) Power Architecture

Power conversion inside the 60kW fast charger is powered by high-efficiency modular power rectifiers operating at peak conversion efficiency above 96 percent. Intelligent digital signal controllers continuously monitor operating temperatures, DC bus stability, and individual module health to prevent station downtime. The hot-swappable modular architecture allows rapid maintenance within minutes without requiring full electrical shutdown of the entire charging unit, providing dependable high-power commercial charging performance with minimal operational maintenance overhead worldwide, providing dependable high-power commercial charging performance with minimal operational maintenance overhead worldwide. Learn more about our high-efficiency 80kW Solar DC EV Charging Station with Battery Storage for Commercial Fleets built for uninterrupted commercial operation.

4. Intelligent Dynamic Power Allocation & Multi-Standard Dual Connectors

Equipped with dual heavy-duty charging connectors, the 60kW commercial charging station supports CCS Type 2, CCS Type 1, and CHAdeMO standards. Smart dynamic power balancing technology automatically optimizes power delivery between both charging ports when two EVs charge simultaneously. When a single vehicle is connected, the station provides full rated 60kW output for rapid battery replenishment and maximum operational throughput, providing dependable high-power commercial charging performance with minimal operational maintenance overhead worldwide, providing dependable high-power commercial charging performance with minimal operational maintenance overhead worldwide. Explore our reliable 640kW High-Power Split DC Fast Charging Station for Fleets engineered for continuous public charging operations.

5. Smart OCPP 1.6J/2.0.1 Cloud Networking & Integrated Payment Gateway

Comprehensive software interoperability is achieved through strict adherence to open charge point protocol standards including OCPP 1.6J and OCPP 2.0.1. The terminal connects effortlessly to third-party Central Management Systems for automated billing, smart load scheduling, and remote diagnostics. Multiple user authorization methods include RFID smart cards, mobile app QR code scanning, and contactless POS credit card payment readers, guaranteeing outstanding return on investment and reliable continuous operation for public charging station networks globally. Discover how our smart 640kW Modular Split DC EV Charger for Bus and Truck Depots empowers operators with effortless cloud management and streamlined payment collection.

6. Rugged IP55 Weatherproof Enclosure & Comprehensive Safety Protection

Constructed with a heavy-duty weather-resistant enclosure, the 60kW dual-gun charger holds an IP55 ingress protection and IK10 impact resistance rating. Multi-layer electrical safety protections include input overvoltage, output short circuit, residual current leakage detection, and emergency stop functionality. The station operates reliably across demanding outdoor conditions from minus 30 degrees Celsius to plus 50 degrees Celsius without derating, providing dependable high-power commercial charging performance with minimal operational maintenance overhead worldwide, guaranteeing outstanding return on investment and reliable continuous operation for public charging station networks globally. Consult our certified 600kW Split DC Charging Hub with Multiple Charging Terminals to upgrade your commercial infrastructure.

Q1: What charging speeds, efficiency, and vehicle turnaround times can operators expect from 60kW, 80kW, 90kW, and 100kW commercial DC fast chargers?

A: Commercial DC fast chargers rated from 60kW to 100kW deliver 150V to 1000V DC output, delivering approximately 120 to 220 km of electric vehicle driving range within 25 to 40 minutes. Operating at peak conversion efficiency exceeding 96%, they are ideally optimized for commercial retail plazas, hotel parking bays, and urban fleet depots requiring dependable turnarounds.

Q2: How do 120kW, 150kW, 160kW, and 180kW dual-gun DC charging stations manage dynamic power allocation between two simultaneously charging EVs?

A: Equipped with intelligent matrix power routing units, 120kW, 150kW, 160kW, and 180kW stations dynamically split total charging capacity between dual CCS2/CCS1 outlets (such as 60kW+60kW, 90kW+90kW, or single-gun full rated output) based on real-time vehicle battery management system (BMS) demand and battery thermal status.

Q3: What structural and electrical benefits do 200kW, 210kW, and 240kW high-power charging stations provide for highway transit corridors?

A: High-power 200kW to 240kW stations utilize high-efficiency 30kW and 40kW silicon carbide (SiC) power conversion modules operating at peak efficiency above 96.2%. They maintain continuous high-amperage output up to 400A, recharging standard passenger EVs from 20% to 80% state-of-charge within 15 to 20 minutes.

Q4: How do 280kW, 300kW, 320kW, 350kW, and 360kW ultra-fast DC charging systems support heavy-duty electric trucks and municipal bus fleets?

A: Ultra-fast systems between 280kW and 360kW feature liquid-cooled or reinforced air-cooled cable architectures capable of handling 500A continuous charging current. This allows municipal e-buses, logistics trucks, and heavy-duty electric commercial vehicles to complete fast turnarounds without thermal throttling.

Q5: What engineering advantages do 400kW, 420kW, and 480kW split-type mega charging hubs offer for high-traffic public charging plazas?

A: Split-type 400kW, 420kW, and 480kW power matrix architectures separate central high-voltage rectification units from compact user dispensers. This allows dynamic ring-bus power routing across 4 to 8 charging stalls simultaneously, maximizing grid transformer utilization and site operational revenue.

Q6: How does DC-to-DC solar PV and BESS (Battery Energy Storage System) integration function with commercial DC fast chargers?

A: DC-to-DC solar BESS charging stations directly interconnect rooftop photovoltaic arrays, battery storage banks, and EV charging dispensers on a common high-voltage DC bus. This eliminates repeated DC-AC-DC power conversion losses by 8% to 12% and provides intelligent peak shaving against expensive utility demand charges.

Q7: How do dual-gun wall-mounted and pedestal DC fast chargers handle outdoor weather resistance and electrical protection?

A: Equipped with heavy-duty galvanized steel enclosures rated at IP55 and IK10 impact resistance, MIDA commercial dual-gun DC chargers feature multi-stage surge arrestors, type-B RCD leakage detection, over-temperature protection, and automated emergency cutoff to ensure uninterrupted 24/7 all-weather outdoor operation.

Q8: What international charging standards, payment methods, and communication protocols are supported by MIDA DC charging equipment?

A: MIDA commercial DC chargers support universal multi-standard compatibility including CCS Type 2 (Europe), CCS Type 1 (North America), GB/T, CHAdeMO, and NACS (Tesla), alongside OCPP 1.6J/2.0.1 JSON protocol, ISO 15118 Plug & Charge, RFID access, and automated POS credit card payment terminals.