User guide The use guide for tower backup energy storage...
Anti-tipping design
Anti-tipping design is a key safety measure for the installation of the tower backup energy storage battery system, which is used to ensure that the equipment remains stable under various external forces (such as earthquakes, strong winds or accidental collisions) to avoid equipment damage or safety accidents caused by tipping.
Anti-tipping design
Anti-toppling design is an important guarantee for safe operation of tower backup energy storage battery system. Through multi-point fixing, high-strength connecting parts, seismic and wind-resistant structure and real-time monitoring of equipment status, it can effectively prevent tipping accidents and ensure the stability and safety of equipment in complex environments.
Specific design content
Equipment fixation
Modular structure: The energy storage battery system usually adopts a modular design, which is convenient for installation and maintenance, and can reduce the overall center of gravity and improve structural stability by optimizing the module arrangement.
Material selection: The use of high-strength steel or aluminum alloy materials to ensure that the equipment frame has a good load capacity, corrosion resistance and durability.
Compact layout: The compact layout of the battery module and the control unit ensures heat dissipation while reducing the horizontal area of the device, thereby reducing the risk of overturning when subjected to horizontal external forces.
Seismic and wind resistance design
Seismic base: equipped with seismic base or shock absorbing pad, can absorb vibration energy when an earthquake occurs, to avoid the equipment due to violent shaking and toppling.
Wind support: In areas prone to strong winds, wind tie rods or lateral supports can be added to improve the wind resistance of the device.
Center of gravity optimization: Optimize the center of gravity position of the equipment, and reduce the center of gravity as much as possible to improve the anti-tipping ability.
Spatial layout
Safe distance: Keep a safe distance between the device and the surrounding buildings or devices to avoid damage to the surrounding facilities when the device is dumped.
Distributed layout: When multiple groups of devices are deployed, the distributed layout is recommended to avoid interaction among multiple devices and reduce cascading risks.
Safety protection measures
Alarm and monitoring: Install tilt sensors to monitor the tilt status of the equipment in real time, and trigger an alarm or emergency power failure once the tilt exceeds the safe range.
Install protective barriers: Install protective barriers or nets around the equipment to provide additional support while reducing the likelihood of accidental collisions.
Periodic inspection: Periodically check bolt tightness, wear of support components, and base stability to ensure that the anti-toppling design is always effective.
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.
Extended reading
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Application scenario
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