CQUniversity has partnered with a renewable energy firm to develop a Mini Superhybrid™, a cutting-edge tool designed to bolster Central Queensland’s efforts toward decarbonisation. This collaboration, established through a Memorandum of Understanding (MoU), aims to make significant contributions to long-duration energy storage and renewable energy, positioning the Mini Superhybrid™ as a globally significant testbed.
The technology represents an innovative software platform capable of real-time simulation of a comprehensive renewable energy ecosystem. It integrates various components, such as pumped hydro, electrolysers, and wind and solar energy systems, to model and optimise the flow of renewable energy into the grid. The software creates a dynamic and responsive environment that allows for the testing and refinement of energy storage and distribution methods.
CQUniversity will utilise the Mini Superhybrid™ as a research tool to pave the way for developing a full-scale Superhybrid™ system. This larger system will track and manage power inputs into the grid with greater accuracy and efficiency, facilitating the seamless integration of renewable energy sources. The technology will act as a proof-of-concept, demonstrating the feasibility of scaling up these technologies for broader applications.
A key focus of this partnership is to enhance the region’s technological capabilities and workforce skills. According to Paul Hodgson, Director of the Centre for Hydrogen and Renewable Energy (CHRE) at CQUniversity, the collaboration will play a crucial role in developing training programs related to the technology, operation, and maintenance of advanced energy systems. This includes flow batteries, electrolysers, hydrogen production and dispensing units, and methanol production facilities.
The initiative is expected to open new opportunities for skill development in Central Queensland, particularly in the energy and mining sectors. By providing avenues for up-skilling and cross-skilling, the project aims to prepare the regional workforce for emerging green energy projects. One such project includes the potential for the Mini Superhybrid™ to supply hydrogen feedstock for a future green fuels plant, which could contribute to establishing Gladstone as a sustainable green fuels hub.
In addition to technological advancements, the MoU outlines a commitment to supporting academic research in this field. CQUniversity, along with its industry partner, has agreed to co-fund two research higher degree scholarships through the Elevate Scholarship Program. These scholarships will support students in conducting research that will inform the future development of long-duration energy storage and renewable energy systems.
The CEO of the partnering renewable energy firm emphasised the global significance of the research that will emerge from this collaboration. The insights gained from the Mini Superhybrid™ are expected to set new standards for energy storage and renewable energy solutions, attracting international attention and informing future developments in the sector. This research will not only contribute to the global energy transition but also foster educational opportunities in Gladstone, drawing students and researchers from around the world.
Furthermore, the project aims to create a financially viable model for long-duration energy storage, which is critical for supporting the transition to renewable energy. Developing such a model will accelerate efforts to transform the Port of Gladstone and other Australian locations into green fuel hubs. By demonstrating the economic feasibility of these technologies, the partnership seeks to attract further investment and development in renewable energy infrastructure.
The collaboration represents a significant step forward in the pursuit of decarbonisation and sustainable energy solutions. Through the development and testing of the Mini Superhybrid™, this partnership aims to advance the technology, and skills needed to support the global transition to renewable energy. The project’s outcomes are expected to have far-reaching impacts, both in terms of technological innovation and workforce development, positioning Central Queensland as a leader in the green energy sector.