![]() The term ‘C4NET’ or ‘us’ or ‘we’ refers to the owner of the website whose registered office is in Melbourne, Australia. If you disagree with any part of these terms, please do not use our website. By continuing to browse and use this website, you are agreeing to comply with and be bound by the following terms of usage, which together with our privacy policy govern C4NET’s relationship with you in relation to this website. Thank you for registering for C4NET’s Electric Vehicle Data Warehouse. This feasibility study is supported by the Department of Industry, Science, Energy and Resources and C4NET. The project will run for approximately 3 years. In-depth project milestones include community engagement, area hosting capacity assessment, concentrated generation and storage impact, network assessment, islanding design and cost analysis, microgrid impact study, stakeholder impact investigation, economic and risk assessment, microgrid assessment tool development and recommendations to regulators. The project is a balance between the technical, cultural and social elements of understanding the feasibility of microgrids. ![]() There is also lack of understanding on microgrid reliability, benefits, operation, ownership and the governing market rules. However, their analysis is complex and balancing the needs, benefits and costs across the varied stakeholder groups is a challenge. Microgrids are becoming increasingly commercially feasible in Australia under certain circumstances, in part driven by technical and cost improvements. Several community groups across the Loddon-Mallee area have sought to investigate whether microgrids are a better energy solution for their electricity needs. Distribution Businesses (DBs) often receive queries on exploring microgrid opportunities for their communities. These communities and their businesses are seeking a balance of reliable, sustainable and low-cost electricity tailored to their needs.Ĭommunities are becoming increasingly aware of alternative energy supplies to either enhance their existing supply or to explore alternative supply options, such as microgrids. Rural and regional communities tend to be at the end of the grid or have long distribution lines, leading to quality deterioration of the electricity supply. ![]()
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