Maintenance free design
The optimized design of oxygen circulation path and the reasonable pressure setting of safety valve open and close valve can effectively compound the oxygen produced in the charging process of the battery, overcome the water loss problem of the valve controlled battery, and better guarantee the service life of the battery;
High power density
With the help of computer-aided high-power plate structure design and appropriate partition, the high-power discharge performance of the battery is improved by more than 30% compared with the conventional battery in the application environment of short-term backup;
High current discharge capacity
The optimized structure and connection design of the battery plate can effectively reduce the physical internal resistance of the battery and improve the battery's ability to withstand large current continuous discharge;
V0 flame retardant material
All series of batteries are equipped with ABS shell cover complying with ul-v0 requirements, which can minimize the impact of serious risks for customers;
Long-Life Technology
Optimize the material ratio of battery plate alloy, design the high-density plate rib, and design the acid specific gravity considering the power and life. The design life of medium density battery is up to 10-12 years;
Low self discharge rate
High purity raw materials ensure that the self discharge rate of the battery is less than or equal to 2%, which is higher than the requirements of the industry standard when the battery is kept at room temperature of 20 ℃ for 28 days;
Good battery consistency
Adopting automatic production process, strict quality control system, high consistency between plate and battery, it is suitable for multiple series parallel floating charge standby scenarios.
Easy installation
All batteries of medium capacity series adopt embedded terminal design, which makes battery installation more convenient and system reliability higher;
Environment friendly
Ultra high power battery adopts pure lead mesh technology, which not only greatly improves the high-rate performance, but also saves materials, reduces production energy consumption, and is more environmentally friendly than traditional technology.
