Give everything you need
IOCAP26 is a perfect charger for commercial charging to be used in fleets, workplaces, public, etc. Each charging connector can output maximum 22kW power at the same time, improving the efficiency of charging stations. OCPP 1.6J & OCPP 2.0.1 are fully compliant making it easy to be compatible with main-stream EV CSMS.
Main features:
- Compatible with all cars and power grids
- 2 x RCCB Type-B
- 2 x MID Meter
- 2 x SPD 40KA
- 7′ LCD display for easy and user-friendly operation
- Intelligent Ethernet, Cellular, WLAN Switching
- Flexible output current/power configuration
- smart dynamic load balancing support
- User authentication via RFID or Mobile App
- User friendly web portal for charger configuration
Charge two electric cars simultaneously
With dual charging connectors IOCAP26 can charge 2 cars simultaneously and can adjust dynamic balance the offer current between the two connectors automatically. Independent power input design makes each charging connector work separately without interfering, and each charging connector can output maximum 22kW power at the same time for quick charging.
High resolution 7′ LCD display
All useful information is shown on the 7-inch LCD screen like the status of charger, charging status, QR code, prompt charging and other contents in real time. In addition, it also plays videos, pictures, texts, sounds etcs, which means that the exposure effect of charging station can be improved. High resolution and high brightness LCD display make the viewing clearly even under direct sunshine.
Fully OCPP compliant
As a member of OCA(OCPP) & OCPI, our EV chargers are always integrated with the latest OCPP protocol including OCPP 1.6J and OCPP 2.0.1, which means you can easily connect it any 3rd party OCPP CCMS for remote monitoring and management.
Dynamic load balancing support
Fully compatible with solar installation and battery storage system. It dynamically balance the power between the charging station based on the power situation in real-time, to make sure balck out never happen because of overload.
