240kW-1.2MW DC Split Charging Solution
Up to 1200 kW output
Simultaneous DC charging for up to 20+ vehicles
150 -1000 VDC output range
Delivering up to 600kW per connector, 1.2MW MCS
Configurable Air-Cooled (400A) or Liquid-Cooled (600A) or MCS (1200A) charging terminals
Integrated cable management system
10.1’ inch Touchscreen and push button interface
Plug & Charge (ISO 15118), OCPP 1.6J / OCPP 2.0.1
Type 3R/IP55 & IK10 Protection
Smart Power Sharing
BMS Voltage Automatic Switching
Remote OTA updates
Operational Oversight in Real Time
FEATURES/ADVANTAGES
An ultra-fast, split-type charging system designed for commercial, heavy-duty EV charging system
✅ Ultra-Fast Charging Performance
Delivering up to 600kW per connector enabling vehicles to gain 400 km of range in just 5 minutes and supporting MCS dispenser up to 1.2MW.
✅ Universal Compatibility
Fully compatible with Plug & Charge (ISO 15118), OCPP 1.6J / OCPP 2.0.1, and high-current charging protocols for both commercial EVs and heavy-duty vehicles.
Supports remote OTA updates and advanced fleet management integration.
✅ Maximum Deployment Flexibility
Configurable Air-Cooled (400A) or Liquid-Cooled (600A) or MCS (1200A) charging terminals to match diverse site layouts and vehicle requirements.
✅ Reliability Operations
Engineered for 99.9% uptime with 0.1-second fault isolation, Type 3R/IP55 &IK10 rugged protection, and -22 °F to 131 °F(-30°C to 55°C) wide-temperature adaptability, all-weather outdoor reliability.
✅ Scalable, For the Future
Modular, zero-downtime expansion from 1 to 20+ dispensers / connectors / terminals. Compatible with Solar power, Energy storage and Energy management systems.
✅ AI-Driven End-to-End Intelligence
From AI-driven power distribution and conversion systems (PDU / PCU) to intelligent fault diagnostics for smarter operations and faster maintenance.
✅ Smarter Energy Optimization
Smart Matrix Scheduling dynamically distributes power across the network, increasing energy utilization by 18% while extending overall system lifespan by 30%.
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