The University of Manchester recently played host to the Chancellor of the Exchequer, Jeremy Hunt, marking a significant step in advancing the reform agenda for the UK’s power network. Chancellor Hunt engaged with the university’s experts, delving into discussions about the nation’s energy infrastructure, learning about cutting-edge research, and exploring the university’s expertise in energy networks.
During his visit, Chancellor Hunt was given an illuminating tour of the High Voltage Lab, the largest university high voltage laboratory in the UK. Led by Ian Cotton, Professor of High Voltage Technology, the tour showcased the university’s pioneering work in energy network operation, planning, and analysis.
The Chancellor was treated to a demonstration of the Lab’s 2MV impulse generator, a state-of-the-art tool used for stress testing equipment that forms the backbone of the grid, replicating real-life lightning voltages. Discussions at the lab centered around key challenges:
1. Accelerating Network Upgrades: Developing and testing innovative technologies for swift deployment onto live electricity networks.
2. Prepping for Renewable Energy: Ensuring the power system can seamlessly accommodate increased renewable energy sources like wave power.
3. Ensuring Grid Security: Securing a reliable, affordable, and sustainable energy supply for the UK.
Interacting with PhD students, Chancellor Hunt gained insights into their impactful contributions to the ongoing reform of the power system. This engagement highlighted the University’s pivotal role in nurturing a skilled workforce vital for the future of the power network.
Behind closed doors, energy experts from the University engaged in a robust exchange with the Chancellor, sharing feedback on government plans and proposing their innovative ideas for shaping the future of the power network.
Professor Ian Cotton expressed his delight in hosting the Chancellor and emphasized the value of showcasing the University’s work in tackling real-world challenges associated with achieving net-zero. He underscored the significance of training the next generation of engineers to revolutionize the energy system.
Chancellor Jeremy Hunt emphasized the government’s commitment to revolutionize the UK’s electricity network, with recent announcements aiming to expedite infrastructure development and attract significant global investments upwards of £90 billion. He highlighted the critical role of state-of-the-art university facilities like the High Voltage Lab in driving the UK’s transition to Net Zero.
The High Voltage Lab at The University of Manchester stands as a groundbreaking electrical infrastructure test and research facility in UK academia. It collaborates with various entities globally, utilizing cutting-edge equipment to solve critical energy-related challenges.
The University’s robust power and energy system group, training 300 electrical engineers annually and supporting 150 PhD researchers, stands as a testament to their commitment to shaping a skilled workforce for the future.
Dr. Vidyadhar Peesapati, Senior Lecturer in Electric and Electronic Engineering, stressed the role of the High Voltage Lab in fostering innovation across multiple domains, from maintaining grid pylons to advancing superconductor technologies for future power transmission.
The Chancellor’s visit underscores the pivotal role that academic research and collaboration play in propelling the UK’s energy transformation towards a sustainable, net-zero future.
