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The online monitoring and fire warning system for energy storage power stations adopts an active sampling method, combining prefabricated cabin level and battery cluster level warning to monitor the hidden dangers of battery bodies and non battery bodies, make up for the shortcomings of existing energy storage monitoring technology, and achieve comprehensive online monitoring.

Small integrated design can expand different sampling methods. Through active detection, real-time online monitoring and early warning of nano particles and characteristic gases generated by overheating and discharge hazards in narrow spaces can be carried out to avoid thermal hazards from developing into power outages and fire accidents.

Adopting innovative nano particle detection technology, based on nano particle detection technology, gas sensing technology, data fusion technology, and Internet of Things technology, advanced warning and real-time monitoring of fires are achieved, saving valuable time for eliminating safety hazards and avoiding major safety accidents.

The extremely early fire warning device adopts dual fusion detection technology of smoke concentration and particle counting, which has higher sensitivity and can achieve alarm in the early stage of fire. At the same time, it combines the characteristic gases at the time of fire occurrence to achieve online monitoring and evaluation of fire.

Provide a complete digital twin solution from digital modeling to multi terminal construction, assisting customers in mapping and restoring physical objects, systems, and data of production materials in virtual space, reflecting the environmental status of their corresponding space in real-time in 3D form, helping customers monitor equipment operation status in real time, intuitively understand the global status, comprehensively cover the automation area of operation and maintenance management, break information silos, and keep everything under control.

Adopting industrial grade design, it has strong environmental adaptability and can perform functions such as information collection, input, output, centralized control, remote control, and linkage control for various sensors, network devices, cameras, and hosts within the local area network.