The Western Australian coastal town of Kalbarri can now be powered by an entirely renewable energy solution utilizing rooftop solar and wind generation coupled with battery storage with state government-owned utility Western Power confirming the state’s largest renewable energy microgrid has been commissioned.
Western Australia grid operator Western Power this week announced the $15 million Kalbarri microgrid, which will utilize wind and solar PV power, battery energy storage and the grid to improve the reliability of electricity supply to the remote community on the state’s mid-west coast, has been switched on.
“It’s ‘power on’ for the Kalbarri microgrid,” Western Power said in a social media post.
“Today our renewable microgrid in Kalbarri, the largest of its kind in Australia, was officially launched.
“The local wind farm, residential solar panels and a big battery power this high-tech microgrid, dramatically improving power reliability in this edge-of-the-grid town. And it’s already saved hours of power outages.”
The microgrid, developed by Western Power in partnership with state-owned gentailer Synergy, is powered by 1 MW of feed-in from residential rooftop solar and a 1.6 MW wind farm, backed by a 5 MW/2 MWh battery energy storage system. The smart system is connected to the grid and will be able to reverse power flows overnight when stored energy is insufficient to meet demand and disconnect from the larger network should a fault occur.
Western Power said the project is one of Australia’s largest microgrids capable of operating in complete renewable mode.
“It can run independently or connect to the main electricity network. During an outage the microgrid maintains supply to the community using both solar and wind, and stored energy in the battery,” the grid operator said.
First announced in 2016, the microgrid was originally scheduled to come online more than three years ago but it has been beset by multiple delays, during which the Kalbarri community has been forced to deal with ongoing energy supply problems and extended outages.
The coastal tourist town, about 600 kilometers north of Perth, is at the end of a 140-kilometre-long rural feeder line connecting it to the South West Interconnected System (SWIS) at Geraldton.
About 1,500 customers and more than 100,000 visitors to the town each year are served by the 33 kV feeder line which is exposed to the elements and susceptible to interference which can cause extended outages.
Western Power said the microgrid is expected to eliminate 80% of outages experienced by the town and can significantly reduce the length of outages.
“The microgrid uses leading-edge technology to minimise disruptions, and in the event of a network interruption can run independently from the main electricity network,” Western Power said.
“This advanced system will address even momentary outages, responding in milliseconds to maintain a seemingly uninterrupted power supply.”
Western Power said the modular design of the $15 million project, the state’s fourth microgrid, allows for future renewable generation sources to be integrated as they become available.
Energy Minister Bill Johnston said improving how energy is delivered in regional areas and delivering better power reliability for Western Australians is a key part of the government’s Distributed Energy Resources Roadmap.
“The Kalbarri microgrid is an important step towards improving power reliability for the local community,” he said.
“It also paves the way in delivering greater renewable energy solutions across WA, particularly in regional areas, as we move forward in achieving net zero emissions by 2050.
Mining and Pastoral Region MLC Peter Foster said the microgrid would serve as a blueprint for the delivery of innovative energy solutions throughout the state.
“The new microgrid is one of Australia’s most sophisticated and will be used as a blueprint for other regional areas to support the provision of stable, secure and clean energy into the future,” he said.
The launch of the microgrid coincided with the announcement that Kalbarri District High School (DHS) had been included in Synergy’s Schools Virtual Power Plant (VPP) project.
A 40 kW solar system and a 180 kWh battery energy storage system will be installed at Kalbarri DHS before the end of the year as part of the $8.8 million project.
The Schools VPP regional expansion now includes seven new locations, including in Geraldton and Kalgoorlie, bringing the number of participating schools to 17.
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