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Kasper Møller

Dr. Kasper Møller

Aarhus University, Faculty of Technical Sciences, Department of Engineering

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Dr. Kasper T. Møller graduated from Aarhus University, Denmark, in 2017 with a PhD in Nanoscience. The research focus of the PhD project was Hydrogen storage materials for mobile applications. Dr. Møller then moved to Curtin University, Perth, Australia on a 2-year International Postdoctoral Grant from the Independent Research Fund Denmark, where he conducted research on the development of a ‘thermal battery’ utilising low-cost metal carbonates as energy storage materials to store energy from renewable sources. Additionally, he explored boron-hydrogen containing compounds as solid-state electrolytes with the aim of developing all solid-state batteries with higher energy density compared to well-known lithium ion batteries. A Reintegration Fellowship from the Carlsberg Foundation, Denmark, has brought back Dr. Møller to the Department of Engineering, Aarhus University, Denmark, where he is focusing further on thermochemical energy storage in metal carbonates (thermal batteries) and the integration into the electrical grid.

Research Keywords & Expertise

Energy Storage
Inorganic Chemistry
thermochemistry
hydrogen storage mater...
Thermochemical Energy ...

Fingerprints

41%
Energy Storage
9%
hydrogen storage materials

Short Biography

Dr. Kasper T. Møller graduated from Aarhus University, Denmark, in 2017 with a PhD in Nanoscience. The research focus of the PhD project was Hydrogen storage materials for mobile applications. Dr. Møller then moved to Curtin University, Perth, Australia on a 2-year International Postdoctoral Grant from the Independent Research Fund Denmark, where he conducted research on the development of a ‘thermal battery’ utilising low-cost metal carbonates as energy storage materials to store energy from renewable sources. Additionally, he explored boron-hydrogen containing compounds as solid-state electrolytes with the aim of developing all solid-state batteries with higher energy density compared to well-known lithium ion batteries. A Reintegration Fellowship from the Carlsberg Foundation, Denmark, has brought back Dr. Møller to the Department of Engineering, Aarhus University, Denmark, where he is focusing further on thermochemical energy storage in metal carbonates (thermal batteries) and the integration into the electrical grid.