Summary
The Alice Springs Future Grid project will focus on addressing barriers to further renewable energy penetration in the local electricity network.
Need
The Alice Springs Future Grid Project acknowledges that the Alice Springs power system faces a number of complex challenges to increasing the VRE penetration.
The rapidly shrinking minimum daytime demand makes it difficult to provide system services, and will only become more problematic as higher volumes of renewables are integrated into the network. Alice Springs is facing challenges sooner than many other grids.
Action
The Alice Springs Future Grid is a collaborative project consisting of interdependent sub-projects. These sub-projects have specific focuses, including modelling, microgrid trials, household battery and tariff trials, developing new cloud forecasting techniques, dynamic export and dispatch of PV, and an investigation into wind resources. A strong community engagement element aims to educate and empower Alice Springs residents, while also focusing on regular sharing of lessons learnt.
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Outcome
The project aims to achieve the following outcomes:
- increased Alice Springs community consumer satisfaction regarding the reliability and supply of energy, following a series of innovative trials
- the reduction in or removal of barriers to renewable energy uptake
- increased skills, capacity and knowledge relevant to renewable energy technologies including through the delivery of a ‘Roadmap to 2030’ plan to achieve 50% renewables in Alice Springs by 2030
- improvement in technology readiness and commercial readiness of Renewable Energy Technologies.
Additional impact
Lessons learnt in Alice Springs will be transferable to other isolated grids in the NT, as well as larger networks. To preserve the knowledge generated through Alice Springs Future Grid, a website has been structured to support knowledge sharing and tell Central Australia’s unique and innovative renewables story.