Efficient and cost-effective storage systems are key to the sustainable expansion of renewable energy. Both partner countries pursue ambitious goals in increasing the share of non-fossil energy sources in the power supply. Australia offers a high potential in the renewable energy sector and is particularly focusing on hydrogen research and implementation. The Fraunhofer Institute of Chemical Technologies and the University of New South Wales are at the forefront of battery storage systems. The expertise of both partners will be pooled in the jointly run centre to develop innovative technologies for energy storage.
© German-Australian Alliance for Electrochemical Technologies for Storage of Renewable Energy
Globally, energy systems are undergoing a transformation period towards renewable sources such as wind power and photovoltaic which are fluctuating in space and time in supply. The build-up of the grid-system can partly resolve this challenge, another crucial aspect is the development of energy storage systems. Electro-chemical storage systems have turned out to be the most efficient and cost-effective solutions in the latter sector. In here, the research focus is laid in the Australian-German Centre.
Lab set-up of a redox-flow-battery to store renewable energies © Walter Mayrhofer | Fraunhofer
Project and Objectives
The goals of the 1st project phase (2017-2019) were successfully accomplished, i.e.
- setting up of the infrastructure in Sydney,
- development of a business plan for the centre,
- elaboration of a research road map,
- clarification of the legal status of the research group and finalization of the general agreement,
- fostering network activities and
- jointly supervising young scientist.
In addition, the partners have successfully applied for funds with the Australian Research Council.
Research Structure Aspects
In the consolidation phase (2019-2022), the joint research and network activity, the academic exchange and the preparation of new projects will be continued and strengthened. A financial plan for the sustainable operation of the centre will be elaborated. The research presence will lead to an enhanced visibility of innovative German research work in Australia. This, in turn, will attract commercial partners to look for hands-on solutions for their technical problems. Overall, the growing market for renewables in Australia will stimulate research and innovations for electrochemical technologies for the storage of renewable energy.
Contact person in Australia
University of New South Wales
School of Mechanical and Manufacturing Engineering | Energy Storage and Refrigeration Research Laboratory
Dr. Chris Menictas
Tel.: +61 2 9385 6269