Dr
Karl-Friedrich Ziegahn (Chair)
Karl-Friedrich
Zieghan is chairman of the energy working group (AKE) of the Deutsche
Physikalische Gesellschaft (DPG), member of the council of DPG and the advisory
committee on science communication and is a KIT Distinguished Senior
Fellow. He formerly served in an executive position as member of the Board of
Directors of Karlsruhe Institute of Technology (KIT) and Head of Division
“Natural and Build Environment”, responsible for faculties (schools) on Civil
Engineering, Geosciences, Environment Sciences and Architecture as well as for
the Helmholtz research programs “Renewable Energies” (RE), “Energy Efficiency”
(EMR) and “Atmospheric and Climate Research” (ATMO). From 1980 to 2006 Dr
Zieghan researched within the Fraunhofer Society and has a strong background in
environmental engineering, energy and automotive technologies and materials
science. He holds a diploma in physics and achieved a Doktor-Ingenieur, both at
the former Technical University of Karlsruhe.
Dr Santanu Ray, Ceres Power (Co-chair)
Dr. Santanu Ray is a Principal Scientist at the Energy
Materials Team at Ceres Power Limited. Ceres Power is a fuel cell technology
and engineering company whose aim is to bring cleaner and cheaper energy to
businesses, homes, and vehicles. As an expert in microscopy, materials analysis
and spectroscopy, Dr Ray works within the Characterisation Team and multiple
cross functional teams in the company to advance innovation, development and
improvement of metal supported solid oxide cells (SOC). He has more than twenty
years of Material Science and Surface Analysis research experience in academia,
Government, and industry sectors. He leads multiple projects on improving the
efficiency of fuel cell and interface chemistry. He received his doctorate in
Applied Science (Minerals and Material) from the University of South Australia.
Christina Roth, Universität Bayreuth
Christina is a trained Materials Scientist who graduated from Technische Universität Darmstadt, Germany, in 1998. She obtained her Ph.D. degree in the group of Prof. Hartmut Fueß in 2002 in the field of fuel cells. In 2003 she joined the team of Prof. Richard Nichols in Liverpool with a Feodor-Lynen fellowship. Christina was awarded a German junior professorship at TU Darmstadt in 2004, before she became a full professor in Applied Physical Chemistry at the Freie Universität Berlin in 2012. Since 2019, she is chair holder at the engineering science faculty of the Universität Bayreuth, where she specializes in electrochemical process engineering. Her research interests are in the areas of fuel cells, redox flow batteries, lithium ion batteries and CO2 electro-reduction with a focus on operando spectroscopy and structuring of 3D porous electrodes.
Nick Lawrence, Ceres Power
Nick is an Oxford educated Mechanical Engineer with over 25 years’ experience developing technologies across the automotive and energy sectors. Having lead projects developing both high-speed racing and fuel-efficient internal combustion engines, he joined an energy storage start-up as Chief Engineer to develop a novel long-duration thermal energy storage system. He then joined Ceres Power as Head of Mechanical Engineering where he grew and developed the Mechanical Engineering team over a period of rapid expansion. Nick now leads all R&D activities for novel stacks and systems, including a partnership with RFC Power on developing a novel Hydrogen Manganese flow battery energy storage system.
Professor Jihong Wang, University of Warwick
Professor Wang is Head of Power and Control Systems Research Laboratory at the University of Warwick. Her research interests include power system modelling and control, Compressed Air Energy Storage (CAES) and its grid integration, energy efficient actuators and optimal control methods. She started working on the research topic of CAES from developing the world first compressed air uninterrupted power supply in 2005. She led the EPSRC Grand Challenge Programme in Energy Storage “Integrated Market-fit and Affordable Grid-scale Energy Storage (IMAGES)” (EP/K002228/1) from 2012 to 2018. The project obtained a clear picture of the UK underground storage capacity for CAES and conducted a comprehensive study for CAES system energy efficiency improvement. Her research group has recently established a Campus Energy System Living Laboratory which uses live data via an IoT platform for studying optimisation planning and design of multi-vector local energy systems with integration of energy storage. She is the PI for High performance CAES project (EP/W027372/1), Co-I for Supergen Energy Storage Hub (EP/L019469/1) and Deputy Director of Supergen Energy Storage Network+ 2019 (EP/S032622/1).
Dr Achim Schaadt, Fraunhofer Institute of Solar and Energy
systems
Dr. Achim Schaadt is Head of Thermochemical Processes Department at the Fraunhofer Institute of Solar and Energy systems in Freiburg. He is a chemist by training and holds a PhD (Dr.-Ing) from Kaiserslautern University. For more than 15 years he has been working in different international R&D projects and consulting services in the field of process engineering and renewables. This includes techno-economic analysis and life-cycle assessment (LCA) including sector analysis, synthetic fuels and nitrogen as well as market and industry analysis of solar energy technologies and other renewables. Achim is a co-author of the Fraunhofer Hydrogen Roadmap for Germany.
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