User guide The use guide for tower backup energy storage...
Ventilation and heat dissipation
Ventilation and heat dissipation is an important condition to ensure the efficient operation of the tower backup energy storage battery, which can prevent the performance degradation or safety risks caused by overheating of the device.
Ventilation and heat dissipation
Good ventilation and heat dissipation design can effectively avoid efficiency reduction or safety risks caused by overheating of tower energy storage batteries. By optimizing the installation space, configuring heat dissipation devices and intelligent temperature control systems, the battery can continue to maintain stable and efficient operation under various environmental conditions.
Specific measures and requirements
Ventilation requirement
Energy storage batteries will generate heat during operation, in order to ensure that the heat can be quickly discharged, a good ventilation system should be set up:
Keep the air flow smooth: Reserve enough space at the installation site to ensure that the air around the battery can flow freely to avoid heat accumulation. It is usually recommended to leave a gap of at least 30-50 cm behind and on the side of the battery.
Installation of exhaust facilities: In closed storage chambers or cabinets, exhaust fans or natural vents are recommended to help expel hot air and bring in cold air.
Heat dissipation equipment configuration
For high-heat energy storage systems, appropriate heat dissipation devices should be selected according to the actual situation:
Active heat dissipation: Forced heat dissipation is performed by fans and air conditioners, and is suitable for high temperature areas or battery systems with high power density.
Passive heat dissipation: The use of efficient heat dissipation design, such as metal shell, heat sink, etc., through natural convection and radiation to reduce the temperature, suitable for low temperature or small power demand scenarios.
Temperature monitoring and management
Combined with intelligent monitoring system, real-time monitoring of battery operating temperature conditions. Once the temperature exceeds the safe range (which should not normally exceed 50°C), the system can activate cooling measures, such as turning on the fan or reducing the load, through an alarm or automatic control.
Environmental factor control
The external environment also has an important impact on heat dissipation performance:
Avoid direct sunlight: The energy storage battery should be placed in a dark area or installed with shading facilities to prevent solar radiation from increasing the temperature of the device.
Reduce heat source interference: Keep away from heat source devices such as boilers and air conditioners to reduce the pressure of ambient temperature on battery heat dissipation.
TOWER BACKUP BATTERY
With its integrated structural design, intelligent BMS monitoring, and standardized cabinet installation, ESS 48V series lithium iron phosphate batteries can provide reliable backup power for access network equipment, remote exchange, mobile communication, transportation equipment, emergency power and other systems.
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