AES has entered a strategic collaboration with some of the most respected names in battery pack manufacturing, combining engineering excellence with production expertise to push the boundaries of battery pack design.
As the demand for high-performance energy storage surges across electric vehicles, industrial equipment, and renewable energy systems, the ability to design reliable, efficient, and safe battery packs has become a critical engineering challenge.
Through this collaboration, AES brings its systems engineering and simulation capabilities to the table, working alongside experienced battery pack manufacturers to optimize cell configuration, thermal management systems, BMS (Battery Management System) integration, and structural design. The joint effort aims to streamline the design-to-production pipeline, reduce iterations, and improve first-pass success rates.
Key focus areas include multi-chemistry compatibility, advanced thermal runaway prevention modeling, and modular pack architectures that can be adapted across different application platforms. AES’s role involves simulation validation, design review support, and the development of automated testing protocols.
This partnership reflects a broader industry trend toward collaborative engineering ecosystems — where specialized firms combine strengths to meet the increasingly complex demands of energy storage across sectors.
“Battery pack design sits at the intersection of electrical, thermal, and mechanical engineering. Our collaboration brings together the best of all three, and we’re confident the results will set up a new benchmark for the industry.” — AES
