Scale Containerized Energy Storage System
Liquid cooled container energy storage system
Adopting advanced air cooling cycle design concepts, integrating intelligent temperature control architecture, intelligent fire pressure relief system, and intelligent energy management and allocation system, it can achieve effective thermal management in the cabin, safe operation of the battery compartment, and precise monitoring of battery cell status, meeting the power and energy needs of different user scenarios.
Adopting the liquid cooling cycle design concept effectively reduces the impact of battery thermal runaway, which helps to improve the comprehensive safety of energy storage systems and the full life cycle of energy storage batteries, providing safer technical support for the operation of energy storage systems.
Product characteristics
Product characteristics
High integration:
Modular design, high energy density, easy to install and maintain
Long service life:
The battery has a cycle life of over 5000 times and a design life of up to 15 years
High security:
Equipped with a BMS system, it can monitor the voltage, current, temperature, and equipment status of the battery cells in real time, ensuring the safe operation of the battery; Isolated high safety design, multi-point monitoring and warning, with fast fire extinguishing function, distributed air cooling strategy ensures that the temperature of each cluster can be accurately and independently controlled
data:
System capacity 2.1-5.6 MWh, container coverage 20-45 feet
1500V liquid cooling system:
Higher energy density, reducing investment costs by approximately 10%
System lifespan:
Advanced thermal management technology extends battery life by 10%
Strict standards:
Design according to national standard \ IEC62619 \ UL9540, and introduce local standard design
Factory pre installed modular products:
The overall factory pre installation and debugging of the DC warehouse is available for implementation, expandable, with short construction period and low cost
Low power consumption:
The overall energy consumption of the liquid cooling system has been reduced by 20%, and the BMS low-power daisy chain communication system
Ruixi Yun:
Ruixi Cloud Platform, real-time data management, system lifecycle management
data:
System capacity 2.1-5.6 MWh, container coverage 20-45 feet
Air cooled container energy storage system
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