Working with researchers at the University of Warwick and Loughborough University, this project aims to gain more knowledge on the best use of lead batteries, particularly in the growing area of battery energy storage which is crucial to the greater adoption of low carbon generation.
In energy storage service batteries experience frequent charge and discharge cycles of varying depth. For a battery technology to be acceptable batteries must retain a substantial fraction of their initial charge storage capability over many cycles – hence the challenging target set by the CBI of 5,000 cycles.
Growing energy storage demand is driving increased need for batteries, and batteries with enhanced performance. CBI’s new Technical Roadmap is answering the call for better batteries by identifying key ways in which advanced lead batteries can maximize their performance for energy storage systems.
Lead batteries have the key benefits of safety and recyclability, and when you are talking about home storage units, fire safety becomes a huge concern. Lead batteries are far safer than many other chemistries and this project, using batteries with metal cases and ensuring that the correct operating window is maintained, adds extra confidence to the already excellent safety record of lead batteries.
The kind of collaborative research underway at the University of Warwick and Loughborough University is just what the lead battery industry needs to deliver higher-performing batteries and continue the innovation momentum of the technology.
Energy storage systems require safe, sustainable and reliable batteries, and lead batteries with higher cycle life and reduced system cost will be more attractive for all types of energy storage applications.