- Ricardo secured funding to develop scalable AMBERS battery systems for automotive and industrial applications.
- UK partners Volklec and Hyperbat will support battery cell supply and pack manufacturing.
Ricardo plc has secured funding to advance the development of Advanced Modular Battery Systems (AMBERS), a project focused on creating scalable, high-power battery solutions for automotive and industrial applications. Announced on June 9, the initiative combines expertise in battery cell technology, engineering, and manufacturing from across the United Kingdom. The program is backed by the Battery Innovation Programme and is intended to strengthen domestic battery development capabilities while supporting future mobility and industrial electrification requirements.
The AMBERS battery pack is being designed around a modular architecture that utilizes 21700 battery cells and integrated cooling technology. This approach allows the system to accommodate varying voltage and power requirements across different applications. By offering flexibility in configuration, the battery platform is expected to support a broad range of vehicle and industrial use cases while maintaining performance and efficiency targets.
AMBERS Battery Performance Targets
| Parameter | Target Specification |
|---|---|
| Power Density | 2.6 kW/L |
| Energy Density | 220 Wh/L |
| Cell Format | 21700 Cells |
| Cooling System | Integrated Cooling Technology |
The battery system is targeting a power density of 2.6 kW/L and an energy density of 220 Wh/L. These performance objectives are intended to support demanding operational requirements while enabling compact and efficient battery pack designs. Upon completion of the project, the battery packs are expected to be made available to vehicle manufacturers seeking advanced battery solutions that can be adapted to multiple platforms and operating conditions.
To support development and production activities, Volklec and Hyperbat are collaborating with Ricardo on the AMBERS initiative. Volklec will provide the battery cells required for the program, while Hyperbat will manufacture the battery packs at its Coventry facility. The partnership brings together critical capabilities across the battery value chain, from cell supply through engineering and final pack production, helping establish a more integrated battery ecosystem within the United Kingdom.
Frequently Asked Questions
What is the objective of the AMBERS battery project?
The AMBERS project aims to develop scalable and high-performance battery systems for automotive and industrial applications. It combines battery cell technology, engineering expertise, and manufacturing capabilities to create modular battery packs that can support different power and voltage requirements. Backed by the Battery Innovation Programme, the initiative is intended to strengthen battery innovation and production capabilities in the United Kingdom while providing future-ready battery solutions for manufacturers.
Who are the key partners involved in the AMBERS project?
The project is led by Ricardo and includes collaboration with Volklec and Hyperbat. Volklec is responsible for supplying the battery cells used in the battery packs, while Hyperbat will manufacture the completed packs at its Coventry facility. Together, the partners contribute expertise in battery technology, engineering, and manufacturing, creating an integrated development and production framework designed to accelerate the commercialization of advanced modular battery systems.
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