Advanced Utility Noahx Liquid Cooled

Noahx Liquid Cooled is a scalable battery energy storage platform designed for commercial, industrial and utility applications. Depending on the project configuration, it can integrate battery racks, BMS, PCS, EMS, liquid thermal management, high-voltage protection, monitoring and fire-protection systems into one coordinated ESS architecture.

Liquid cooling transfers heat through a controlled coolant circuit positioned close to the battery modules. This architecture can help maintain more consistent temperatures across high-density battery racks and support repeated charge and discharge operation at substantial power levels. Thermal performance still depends on system design, ambient conditions and operating strategy.

A Noahx Liquid Cooled configuration can include battery modules, battery racks, BMS, high-voltage DC distribution, PCS or PCS interfaces, EMS, coolant circulation equipment, pumps, heat exchangers, electrical protection, fire detection and suppression, sensors, communication gateways and remote monitoring.

Noahx Liquid Cooled ESS can support commercial peak shaving, industrial energy management, renewable energy storage, solar and wind integration, load shifting, EV charging support, microgrids, backup power, utility-side storage and other applications requiring scalable battery capacity and intelligent charge-discharge control.

System sizing requires both an energy requirement and a power requirement. kWh or MWh defines the amount of energy stored, while kW or MW defines the maximum charging and discharging power. The design should also consider discharge duration, load profile, renewable generation, peak-demand target, grid limits, usable SOC range and EMS operating strategy.

The BMS monitors battery cells, modules and racks, including voltage, current, temperature and operating protection limits. The EMS manages system-level energy flow and coordinates charging and discharging according to load demand, renewable generation, electricity tariffs, grid signals, backup reserve and other project-specific operating strategies.

Safety design can include BMS protection, high-voltage isolation, insulation monitoring, temperature monitoring, coolant-system monitoring, alarms, emergency shutdown, electrical protection, fire detection and project-specific fire-suppression equipment. Site layout, maintenance access and applicable local requirements should also be evaluated during project engineering.

Provide the required kW or MW power, kWh or MWh capacity, discharge duration, battery voltage, grid voltage, PCS requirement, renewable integration, application, EMS operating strategy, installation environment, ambient-temperature range, liquid-cooling requirement, fire-protection specification, communication protocol, target market, certification requirements and project quantity.