Energy Storage

Lead-acid energy storage batteries utilize proven VRLA technology, available in both AGM and GEL configurations. These batteries feature thick lead-calcium plates, optimized grid structures, and immobilized electrolytes to deliver stable deep-cycle performance. The valve-regulated design ensures efficient gas recombination, enhanced safety, and maintenance-free operation. With low internal resistance and reliable charge acceptance, this technology provides consistent power output for both cyclic and standby applications across a wide range of environments.

Deep Cycle Capability: Specifically designed for frequent and deep charge-discharge cycles, with a long cycle life.
High Energy Efficiency: Minimal energy loss during charge-discharge processes, making it more economical.
High Safety: Equipped with excellent thermal stability and protective design to ensure long-term safe operation.
System Compatibility: Easy integration with photovoltaic inverters, charge controllers, and energy management systems.

Power Generation Side: Supporting photovoltaic (PV) and wind farms to smooth power output and reduce curtailment of surplus solar and wind energy.
Power Grid Side: Participating in peak shaving and frequency regulation, enhancing grid stability and flexibility, and delaying grid expansion investments.
User Side: Used in households and enterprises to enable self-consumption of PV-generated electricity, arbitrage through time-of-use (TOU) electricity prices, and serve as an emergency backup power source.
Microgrid & Off-Grid: Providing independent and stable energy support for islands, remote areas, and critical facilities (such as communication base stations).
Transportation & Municipal Services: Serving electric vehicle (EV) charging networks and rail transit systems to achieve efficient energy dispatching.