Energy storage systems rarely fit every application without adaptation.

Capacity is only one part of the system. Power level, battery configuration, power conversion, communications, thermal management, electrical protection, enclosure design and control requirements can vary significantly between applications.

For OEM and application-specific projects, the objective is not simply to select a battery cabinet. The complete system needs to be configured around the electrical, thermal, mechanical and operational requirements of the application.

Start with the application — then configure the platform.

MIRRENO combines application engineering and system integration with established manufacturing capabilities. Existing energy-storage platforms provide a practical starting point, while engineering customization allows the final configuration to be adapted to the customer's requirements.

This approach can reduce unnecessary development while still allowing important electrical, control, thermal, mechanical and OEM requirements to be addressed.

Immersion cooling available for demanding thermal applications.

For applications requiring advanced battery thermal management, immersion cooling is available as a platform option.

In this architecture, battery cells or modules are surrounded by an electrically insulating cooling medium, providing direct thermal contact throughout the battery system.

Manufacturer platform documentation for the described immersion-cooled configuration indicates a cell temperature difference within 2°C. Actual system performance depends on the final configuration and operating conditions.