Application scenarios
Communication system;
Power system;
Rail transit system;
Data center, UPS power system.
advantage
Ultra long design lifespan of 12 years;
Excellent extreme environmental tolerance;
Ultra low self discharge rate;
Excellent cyclic charging and discharging performance;
High security protection performance;
Strong resistance to sulfurization;
Ultra low maintenance costs.
technical features
Adopting anti-corrosion lead calcium tin multi-element alloy grid, combined with the corrosion inhibition effect of colloidal electrolyte, further extends the battery life;
Using efficient composite catalysts to reduce battery water loss and improve operational safety in high-temperature environments;
Adopting high porosity electrode manufacturing process to improve charging and discharging efficiency and high current output capability;
Adopting a multi-layer composite membrane design to enhance ion conductivity efficiency and strengthen the battery's resistance to vibration and impact;
Adopting a nanoscale colloidal electrolyte formula to reduce the shedding of active substances, improve capacity stability and cycle life;
Adopting an integrated sealing groove cover structure, achieving 100% zero leakage throughout the entire lifecycle;
Adopting special structural safety valves to ensure safety and reliability;
Adopting a new heat-resistant ABS shell material to ensure structural strength is maintained in harsh environments.