Battery Thermal Management Systems for Enhanced Efficiency and Sustainability
The study evaluated and compared advanced battery thermal management technologies, pinpointing 2 to 3 top solutions for potential integration into the client’s product line. It provided a detailed analysis of each technology’s features, benefits, and limitations, helping the client select the most effective solutions to enhance vehicle cooling efficiency and performance.
Client Background:
The client is one of the largest OEMs in North America for passenger vehicles. The client is developing its range of electric vehicles and is interested in identifying the latest innovations in battery thermal management systems.
Engagement Objective:
The goal is to explore essential developments in battery thermal management technologies, focusing on their respective benefits, and conduct a thorough comparative evaluation of these cutting-edge solutions. The ultimate aim is to pinpoint 2-3 standout solutions that can potentially be incorporated into a product line within the realm of battery thermal management. By identifying these key innovations and their advantages, the idea is to enhance the efficiency and performance of our products while contributing to the broader discourse on battery thermal management solutions in the market.
Outcome Snapshot
Client Impact:
The study gave the client a detailed view of the commercialized technologies, highlighting their key features, working principles, advantages, and limitations. Comparative assessment of technologies helped the client select the most suitable technology to deploy in the vehicle.
The study further helped the client understand the working range of the various technologies based on their cooling media. This helped the client choose the most suitable technology for its wide range of vehicles.
