State-of-the-art laboratory, capable of testing all the components of an electrochemical storage solution, from a cell to a complete module, including control systems.
On-site intervention capability, including measurement, validation and monitoring using mobile measuring devices.
A team of experts with seasoned electrochemical, electrotechnical and communication skills.
Expertise in multiple domains, including power grid integration and hybridization with turbines, gensets and renewable energy.
Who we work for
Companies offering storage solutions to their industrial or residential customers.
Industries wanting to optimize the use of their renewable electricity production and the management of consumption peaks.
Grid operators looking to manage the integration of storage installations into their networks.
Investors wishing to evaluate a technology or company.
Battery manufacturers who want their technology evaluated independently.
Universities or laboratories looking for research partners.
We offer a broad range of services to evaluate and optimize the lifetime management, sizing, integration, performance and total cost of ownership of electrical and electrochemical energy storage technologies.
Our test facilities are fully equipped to test all the components of an electrochemical storage solution, from cell to rack, including the battery management system. Test protocols are adapted to specific customer use cases, and performance is evaluated based on actual cycling profiles, leading to clear recommendations.
Battery parks will gain greater acceptance over the next few years. ENGIE Laborelec has the expertise to assist companies in the selection, purchasing and safe implementation of storage solutions.
Health monitoring and performance analysis
Sizing advice for each business case or project
Evaluation of solutions proposed by suppliers
Investment due diligence and advice
Tendering and implementation assistance
Optimal energy management
Evaluating emerging as well as proven technologies
Ageing tests in climatic chambers at different relative humidity levels (VÖTSCH 350L and 600 L)
Cell testing (80 V, 12* 50 A) with monitoring and analysis server
Impedance spectroscopy (cycling and impedance measurement)
Thermal imaging to identify hot spots