Advancements in Battery and Fuel Cell Technology Research at Imperial College London
Key Ideas
- Dr. Chun Ann Huang is researching new materials for battery electrodes and electrolytes for safer and more efficient energy solutions.
- Professor Stephen Skinner is focusing on materials for electrochemical cells to reduce emissions in major sectors like generating green hydrogen.
- Collaboration is crucial for these researchers to develop breakthroughs and transition to a cleaner energy future.
- Scaling up technologies poses challenges, including technical issues and real-world considerations.
Researchers at Imperial College London are working on advancing battery and fuel cell technology. Dr. Chun Ann Huang is exploring new materials for battery electrodes and electrolytes, aiming for safer and more efficient energy solutions across different chemistries. Utilizing advanced tools like electron microscopy, her research group is focusing on revealing material properties crucial for energy storage performance. Professor Stephen Skinner is researching materials for electrochemical cells, including solid-state batteries and solid oxide cells, with the goal of reducing emissions in various industries. Their work also includes developing technologies for generating green hydrogen and powering data centers with fuel cells. Both researchers emphasize the importance of collaboration across disciplines and with industry partners for achieving breakthroughs and transitioning to a net-zero future. Challenges such as scaling up technologies and ensuring practicality and effectiveness in real-world applications are key considerations. The research at Imperial College London underscores the commitment to a cleaner energy future through diverse and innovative technologies.