IOCAP26 is especially designed for commercial charging purposes. High water and dust resistant with IP55 and IK10 protection rating make it perfect for outdoor charging locations like Gas stations, Parking lots, Street corners, etc.
Main features:
- Flexible output current/power configuration
- Dual Independent power control with the connectors
- 2x Type-B RCCB
- 2x MID Meter inside
- Smart Network Connectivity Ethernet, Wi-Fi, Celluar
- User authentication via RFID or Mobile App
- User friendly web portal for charger configuration
- Dynamic Load Management Support up to 252 pcs
- POS terminal installation support
- Separate MID meter reading window
- Breathing light, Cascade connection for internet sharing
Integrate POS termial payment
IOCAP26 has integrated our latest POS terminal payment technology to maximize the user charging experience in public, workplace, commercial parking, gas stations etc. We provide a complete payment solution which including:
- POS terminal on AC&DC Charger or separate installation
- Local offline POS payment
- Online POS payment integration with OCPP backend
- Single POS terminal supporting multiple EV Charger connections
- Nayax, Payter terminal
It is a perfect and complete solution for your business, providing you with easy operation, monitoring, management, and cashless payment acceptance.
Charge two cars simultaneously
Two charging connectors allow IOCAP26 can charge 2 cars simultaneously. Independent power input design makes each Type-2 socket working separately without interfering, and each Type-2 socket can output maximum 22kW power at the same time for the quick charging.
Fully OCPP compliant
As a member of OCA(OCPP) & OCPI, our EV chargers are always up to date with the latest OCPP protocol. OCPP 1.6J, OCPP 2.0.1 are now fully compliant, allowing our chargers to work harmoniously with any OCPP based platform.
Dynamic load balancing
Load balancing feature of IOCAP26 makes it perfect for commercial charging. It dynamically adjusts the power between the charging stations based on the power situation in real time, to make sure black out never happen because of overload.
