The Energy Cluster asked the question, ‘What is the best way to transition from fossil fuels to the energy sources of the future?’ Its particular focus was remote and rural Indonesia, where about 67 million people are living off thegrid, either using expensive, non-renewable power such as diesel or going without altogether.
Australia, too, has many remote Indigenous, mining and small-island communities.
Creating a detailed Indonesian energy technology assessment (IETA) projecting the future cost of generating power via different technologies. The report will help planners and policymakers make informed decisions about the future of Indonesia’s energy network. It was presented at a forum at the Australian Embassy Jakarta in 2018.
Securing APEC funding for the project titled “Integrated energy system planning for equitable access to sustainable energy for remote communities in the APEC regions using North Sulawesi as a pilot project/ testbed.” Researchers from Monash, Institut Teknologi Bandung and Institut Pertanian Bogor are engaging with communities in North Sulawesi, City of Bitung and Universitas Sam Ratulangi to model a Low Carbon Model Town initiative.
Attracting a $100,000 commitment from CWP Renewables, a global company with business activities in both Australia and Indonesia.
Working with the European Climate Foundation fund to develop a state-of-the art analysis of the renewable transformation potential for the Java-Bali power system.
Building deep and lasting research networks between Australian and Indonesian academics and institutions.
Evaluating the potential for biofuel use and production in Indonesia’s future energy mix.
Developing models for the design and installation of microgrids in remote communities, taking into account specific economic, social and cultural factors and examining the impacts of electrification.
Creating robust models for the integration of clean energy microgrids into large-scale transmission systems.
Developing a novel method of measuring fouling on a ship’s hull, a technology with the potential to deliver significant widespread economic and environmental benefits to the global transport industry.
Evaluating options for large-scale generation and storage of renewable energy, including identification of potential pumped hydro energy storage sites and enumerating the benefits of deep decarbonisation of the Indonesian economy.
Presentations to government and industry aim to shape policies and advance technologies to help reach Indonesia’s renewable energy targets set by President Joko Widodo’s government.
Affordable, sustainable energy for all – transforming electricity supply in Australia and Indonesia
Optimal microgrid design and operations
Indonesian energy technology and resource assessments
Microgrids as enablers of sustainable power system investment and decarbonisation pathways
Near off-grid solutions using renewable energy technologies and demand side prediction
Operational security support for power and energy systems: networked microgrids as the solution
Indonesia-Australia renewable energy super grid
Remote area electrification in Indonesia
Energy sustainability in naval and aerospace systems through improved turbulence management
Case study on decarbonising the Indonesian electricity sector
Overcoming legal and governance barriers to clean energy in Indonesia and Australia
Evaluation of technologies for energy from biomass and waste
*Does not include in-kind investment
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