This industrially-supported (by EA Technology®) research case describes the key role of dynamic braking systems (DBS) in protection of offshore windfarms. It highlights the revolutionary breakthrough in development of high voltage wide-bandgap (WBG) power quantum devices and proposes design of DBS switches with WBG devices to reduce the size, weight and cost of the DBS systems and pave the way for more cost-effective implementation of offshore wind farms. The case aims to build an entry-level lab-scale 5 kV DBS switch with WBG devices and report to ORE Hub the effectiveness of DBS protection units with WBG devices under grid-scale stress levels.

Project resources

Report - Wide-Bandgap-Enabled Dynamic Braking System

Report - Wide-Bandgap-Enabled Dynamic Braking System

Dr Saeed Jahdi, University of Bristol

Slide pack - Wide-Bandgap-Enabled Dynamic Breaking System

Slide pack - Wide-Bandgap-Enabled Dynamic Breaking System

Dr Saeed Jahdi, University of Bristol

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Supergen ORE Hub Core Partners