AESC has signed a strategic supply agreement with Prevalon Energy to provide battery cells and modules for energy storage projects exceeding 10 GWh over the next three years. The partnership is aimed at supporting the growing global demand for large-scale battery energy storage systems as utilities and industries continue to expand renewable energy deployment and grid modernization efforts.
Under the agreement, AESC will supply advanced battery technology for integration into Prevalon Energy’s utility-scale energy storage solutions. The collaboration is expected to strengthen the availability of reliable and high-performance battery systems that can support a wide range of energy infrastructure projects worldwide.
The battery cells and modules supplied by AESC will be deployed across Prevalon’s energy storage platforms, including solutions designed for grid stabilization, renewable energy integration, and critical power applications. These systems play an increasingly important role in ensuring energy reliability while supporting the transition to cleaner power generation.
The partnership reflects the rapid growth of the global energy storage market, driven by rising electricity demand, renewable energy expansion, and investments in resilient power infrastructure. By combining AESC’s battery manufacturing expertise with Prevalon’s energy storage integration capabilities, the companies aim to deliver scalable solutions for evolving energy requirements.
Prevalon Energy has established a strong presence in the battery energy storage sector through the deployment of utility-scale projects across multiple markets. Its portfolio includes advanced storage solutions that help utilities, developers, and industrial customers optimize energy management and improve grid performance.
For AESC, the agreement further reinforces its position as a leading supplier of advanced battery technologies. As energy storage continues to become a critical component of the global clean energy transition, collaborations such as this are expected to accelerate the deployment of efficient and sustainable energy infrastructure worldwide.
