Yes, you can set the maximum output current of each charger individually.

EVOS chargers use the OCCP1.6J (upgradable to OCCP 2.0) communication protocol, so they are compatible with any system that supports OCCP.

Yes, it is possible to connect to the server even in areas with poor mobile phone signal, such as underground parking lots. To do this, an LTE router module must be installed in the charger. In locations with multiple charging chargers, you can also create a local Wi-Fi network using a satellite internet service (such as Starlink).

All communications are encrypted using the AES standard with a 256-bit key length, providing the strongest level of cybersecurity.

EVOS Smart AC Chargers are designed to safely handle high energy loads and are weather-resistant and shock-resistant. All of our cables undergo rigorous testing and quality checks before production and exceed international safety standards. EVOS Chargers are made with high-quality components and designed to last.

We've also developed a safety relay contact abnormality detection function that detects permanently activated switching contacts on devices and prevents AC voltage from being applied to the charging cable. If this occurs, the charger will disconnect from the power source until the problem is resolved.

Protection features: DC residual current sensor 6mA, overcurrent, overvoltage, undervoltage, surge protection, contact protection and temperature sensor.

The size of the power cable depends on the charger's maximum power and the length of the power cable. The power cable must be designed by a qualified electrician.

Outside of Japan the recommended size for the power cable is stranded 5.5mm². In Japan, generally, the recommended size for the power cable is stranded: 8mm². The recommended size for the grounding cable is stranded: 3.5mm² or more.