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Flinders University has proudly unveiled a landmark Electric Vehicle (EV) charging station, showcasing its pioneering bidirectional vehicle-to-grid (V2G) technology. In a collaborative effort between a French multinational utility company and Flinders University, the project has brought 10 V2G chargers into operation, demonstrating a significant stride in sustainable energy innovation.
The V2G charging bays stand as a testament to the successful partnership between ENGIE and Flinders University, facilitating the ability to both charge and discharge electricity to the campus’s electricity grid. This cutting-edge capability effectively establishes a virtual power plant (VPP), conferring substantial benefits to the University’s faculty, students, and vehicle fleet.
The project serves as an example of leveraging EVs to bolster South Australia’s electricity system, particularly during peak demand periods. By harnessing the potential of EVs through bidirectional charging, the University contributes to the stability and resilience of the region’s energy infrastructure.
Flinders University already boasts a network of conventional DC and AC chargers, readily available to environmentally conscious electric vehicle owners. This expansive network derives its power from the University’s own renewable energy sources, including solar and wind energy.
The introduction of V2G bays introduces an innovative dimension, enabling compatible EVs to supply renewable energy back into the campus grid. ENGIE has orchestrated the creation of a new VPP specifically for this trial, underpinning its commitment to sustainable energy solutions.
This initiative has recently secured Flinders University the Sustainable Development Goals Initiative of the Year Award at the Triple E Awards held in Barcelona, underscoring the project’s exceptional contributions to advancing sustainable technologies and practices.
The initiative stands as one of several projects financed through the State Government’s AU$ 3.2 million Smart Charging Trials initiative. The invaluable data derived from these trials will play a pivotal role in shaping the future trajectory of electric vehicles in South Australia, a critical component of the state’s ambitious goal to achieve net-zero emissions by 2050.
These trials complement the extensive EV charging network proliferating across South Australia, spearheaded by the RAA. With more than 500 charging bays across 140 sites in 52 locations, this network facilitates convenient and widespread access to EV charging infrastructure.
The Minister for Infrastructure and Transport commended South Australia’s innovative efforts, citing the smart charging trial as a testament to the state’s global leadership. The successful execution of this trial, wherein electric vehicles seamlessly charge and contribute power to the grid during periods of high demand, serves as a testament to the state’s commitment to sustainable energy solutions.
Flinders University’s Vice-Chancellor elucidated the institution’s dedication to sustainability and the reduction of greenhouse gas emissions. The University has made significant investments in its EV fleet and the requisite infrastructure, including bidirectional smart chargers. These chargers hold the transformative capability to store electricity within the Bedford Park campus, providing a reservoir of power for use during peak demand periods.
As an advocate of renewable energy, Flinders University draws 100% of its energy from renewable sources, with 20% generated onsite through expansive solar arrays. The Electric Vehicle Smart Charging Trial, made possible by the South Australian Government, constitutes a major stride towards a more sustainable future, seamlessly aligned with the University’s commitment to environmental stewardship.
The Vice-Chancellor acknowledged that the University’s pivotal role in advancing solar and battery technologies propelled South Australia’s transition into a renewable-energy-oriented world. The University’s remarkable growth in research, an astonishing 140% in just five years, underscores its dedication to driving meaningful change.
The CEO of the partnering company stated that the integration of renewable energy, EV charging infrastructure, and demand management systems not only optimises energy consumption according to renewable output but also exerts a positive influence on reducing emissions. Furthermore, this integration contributes to alleviating pressures on electricity prices, reinforcing the economic viability of sustainable energy solutions.
This project, marked by the unveiling of the landmark V2G charging station, underscores its role in pioneering bidirectional vehicle-to-grid technology. The collaborative efforts of the University and its partner illuminate the immense potential of EVs as valuable assets within the electricity ecosystem, capable of addressing peak demand scenarios and propelling South Australia toward its net-zero emissions goal. This accolade-winning initiative not only exemplifies sustainable development goals but also serves as an exemplar of British innovation and technological prowess.
