User ESS Product Description COSLINK EnerMax-C&I (Commercial & Industrial) distributed power control cabinet integrates the hybrid inverter, current cabinet DC confluence, battery management system (BMS) master control, display screen, local energy management system (EMS), power distribution module, access control system, and water immersion system into an independent outdoor cabinet, acting as the control heart for the whole ESS system. Together, it will be used with 1 to 5 battery cabinets (connected in parallel) to provide customer with different system capacity, depending on the actual application scenario. Installation The battery system and various electrical components are installed inside the distributed outdoor energy storage cabinet. The installation of each component must be firm and reliable, without any loosening and shaking. It is strictly forbidden to flip or tilt the battery module. The distributed outdoor energy storage cabinet contains precision components, and the battery cluster works in a high-voltage and high-current environment (maximum voltage up to 600V). Please take precautions: (1) During the connection process, strictly prevent any form of short circuit during the connection process; (2) It is strictly forbidden for operators to operate with bare hands without wearing protective equipment; (3) All connections must be made in accordance with the guidelines of the user manual. System Parameters System parameters Exchange access method3P+N+PE Cabinet size (W*D*H)1900mm*1200mm*2300mm weight1500 isolation methodbuilt-in isolation cooling methodforced air cooling Protection classIP54 Relative humidity5~95% Altitude [m]3000 (over 3000m derating) communication methodEthernet, RS485, CAN, 4G Working temperature-20~60鈩?/p> User Interface10 inch touch screen Maintenance 鈼?The user is obliged to formulate a reasonable maintenance plan, such as monthly dust removal, equipment performance inspection, software adjustment, etc., to ensure the normal use of the product. 鈼?If the product is used for a long time, the battery should undergo a complete charge-discharge cycle regularly (every 3 months), and the charge-discharge rate is 0.3 3 C That's it. If the product needs to be stored, the SOC should be about 30~50%. 鈼?When the equipment is not planned to be used for a long time, it is necessary to turn off the DC power take-off switch of the main control box to prevent the battery from under-voltage due to self-consumption of the system. And the battery needs to be charged to 30~50% SOC regularly. 鈼?If the product needs to be scrapped, it should be recycled immediately by the designated qualified manufacturer. Casual disposal will lead to safety accidents or serious environmental pollution.User ESS website: