This case study customer collaborated with XING Mobility through EST-Floattech, a supplier and developer of high-quality battery and energy storage systems.
A supplier to construction sites across multiple geographic locations, this client required a prototype battery system to power a medium-heavy-duty excavator. Converting an existing chassis with a particular shape for speed testing has allowed the customer to increase their speed to market. Using IMMERSIO™ immersion-cooled technology, the customer gains an edge on their competitors, leveraging the reduced need to carry fuel onboard and increased reliability to access new markets.
Modularity Allows Fast Prototyping
Advanced Safety with Excellent Thermal Control
Unprecedented Modularity can Scale and Stack like a Lego
Like our case study customer, XING Mobility realized most customers have a strong demand to produce a small number of electric vehicles. The demands drive from users who only need to convert a few vehicles, or vehicle integrators or manufacturers require making prototypes. IMMERSIO™ allows vehicle manufacturers to easily and quickly convert vehicle fleets and utilize existing or unused chassis as the module's compact size and flexibility can accommodate unusual geometry or packaging dimensions.
Advanced Safety with
Thermal control is one of the most critical features and considerations when designing battery systems for electric vehicles. The battery cells only have a narrow window of operating temperature for optimal performance. Like this mining case study customer, operation safety is one of the biggest concerns for most end-users as well.
With IMMERSIO™ Modular Battery System's safety features, including XING Battery Management System, Battery Active Safety System, and more, XING Mobility makes every process, such as the developing, testing, and operating, all secure and safe for our customers.