Lishen Battery's 4MW Titanium-Lithium Storage System Enters Debugging Phase

Lishen Battery's subsidiary, Lishen Super Power, has successfully delivered a 4MW titanium-lithium battery energy storage system for a thermal power plant's fire-storage joint debugging initiative, officially entering the debugging phase. This step reinforces Lishen Super Power's role in aiding thermal power enterprises' transition and advancing the development of new power systems.

Powered by core cells, the system addresses key technical challenges in fire-storage coordination. The all-pole cylindrical titanium-lithium cells, independently developed by Lishen Super Power, leverage advantages in heat dissipation and high power to support project implementation. Under high-rate charge-discharge conditions, the cells exhibit reduced heat accumulation, fundamentally improving safety and lifespan while meeting the rigorous 24/7 operational demands of power plants. This effectively resolves issues like slow response and inadequate regulation accuracy in traditional thermal power, providing essential technical assurance for efficient coordination and stable operation.

The hybrid architecture, combining titanium-lithium and iron-lithium technologies, efficiently handles short-term, high-frequency grid load fluctuations. It compensates for limitations of single battery types and achieves an optimal balance between power response and energy storage, ultimately realizing multiple objectives including safety, cost reduction, efficiency gains, and emission reductions.

Fire-storage joint debugging represents a critical pathway for low-carbon transformation in thermal power, with energy storage technology as a core enabler. This 4MW titanium-lithium battery energy storage system not only validates Lishen's technical capabilities but also builds experience for large-scale energy storage projects. Moving forward, Lishen Super Power will continue to focus on innovation in energy storage technology, refine cell performance, and promote cost-effective solutions through customized approaches, leveraging core technologies to support carbon neutrality goals and national energy security.

Edit by paco