
UKBIC Unveils State-of-the-Art Battery Development Laboratory
The UK Battery Industrialisation Centre (UKBIC) has launched its newly upgraded and extensive Battery Development Laboratory (BDL), marking a significant milestone in the advancement of battery technology. This cutting-edge facility expands its capabilities in critical areas including battery materials characterisation, cell analysis, and forensic assessments, effectively positioning UKBIC on the global stage as a leader in battery research and development.
Empowering Global Collaboration
The new 240m² laboratory serves as a hub for clients worldwide, allowing real-time analysis and testing of their materials and battery cells. This enhanced capability offers invaluable data throughout the lifecycle of the battery scaling process, catering to the increasing demand for high-performance batteries in various industries. The BDL's openness to all clients strengthens collaborative efforts and encourages innovation across the battery supply chain.
Comprehensive Characterisation Capabilities
One of the laboratory's standout features is its five key focus areas for manufacturing development, enabling precision characterisation of battery products. The extensive characterisation capabilities encompass:
- Material Properties Analysis: Techniques such as elemental analysis (ICP) and morphology imaging (SEM/EDX) allow for a detailed understanding of materials.
- Thermal and Phase Analysis: Advanced methods like XRD and TGA provide insights into the stability and structure of battery materials.
- Electrolyte Characterisation: Techniques such as GC and NMR facilitate an in-depth examination of electrolyte properties.
These analyses are essential for developing batteries that meet rigorous performance and safety standards.
Innovative Forensics for Cell Failures
Another vital aspect of the laboratory is its forensic capabilities, designed to investigate cell malfunctions. With state-of-the-art equipment, including thermal and optical cameras, and advanced microscopy tools like the VHX Microscope from Keyence, researchers can examine defects in unprecedented detail, achieving up to 6000 times magnification. This level of insight enables researchers to pre-emptively identify failure modes and enhance overall battery reliability.
Strategic Partnerships for Non-Destructive Analysis
An exciting strategic partnership has formed between UKBIC and Waygate Technologies, introducing a CT scanner for non-destructive analysis of battery cells. This tool allows for the assessment of potential issues without physically dismantling the cell, making it a game-changer in battery diagnostics and improving the efficiency of the development process.
Future Prospects in Battery Development
The BDL is just one of the valuable upgrades supported by a £74 million investment through the Faraday Battery Challenge, aimed at propelling the UK into the forefront of battery technology innovation. Upcoming enhancements will include cell cyclers and environmental chambers for cyclical testing, alongside a clean room for customer use under strict environmental regulations.
This investment highlights the UK's commitment to leading the charge in battery development, crucial for achieving net-zero goals and fostering sustainable transportation solutions.
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