90% of Energy Storage Accidents Come from Thermal Runaway? How This Battery Pack Solves the Safety Problem

With the explosive growth of the global residential energy storage market, the safety of home energy storage lithium batteries has become the most concerned core issue for consumers and the industry. Recent multiple energy storage system safety accidents have warned the market that safety design and quality control are the bottom line that cannot be crossed for home energy storage products.

Industry authoritative data shows that more than 90% of home energy storage safety accidents are caused by cell thermal runaway and BMS system failure. Lithium Iron Phosphate (LiFePO4) chemical system, with its thermal runaway temperature as high as 500℃, far higher than 200℃ of ternary lithium batteries, and does not release oxygen, is not easy to burn and explode, has become the recognized safest technical route in the field of home energy storage. At the same time, a fully functional intelligent BMS system can monitor battery status in real time, actively prevent dangerous working conditions such as overcharge, overdischarge, overcurrent and overtemperature, and is the "nerve center" to ensure safe battery operation.

• Rated capacity of 15.36kWh, meeting the basic electricity demand of an average family for 2-3 days
• Cycle life ≥6000 times, which can be used stably for more than 16 years based on one charge and discharge per day
• Supports maximum 100A charge and discharge current, which can meet the simultaneous use of high-power appliances
• Equipped with LCD display to intuitively show various battery operating parameters
• Supports RS485/CAN dual communication interfaces, perfectly compatible with most inverters on the market
• Adopts sheet metal chassis design with IP55 protection level, adapting to various complex installation environments