Solar River Project
Solar River Project is a proposed photovoltaic power station planned to be built near Robertstown in South Australia.[1] The project received development approval from the Government of South Australia in June 2018 and was expected to start construction early in 2019.[2] However, as of November 2021[update], the project was still proposed to be constructed, but work on site was not expected until at least the second half of 2022.[3] The company developing it is based at the University of Adelaide's venture incubator, ThincLab.[4] The project has the support of the Ngadjuri people and the Regional Council of Goyder.[citation needed] Stage 1 includes 200 MW of solar photovoltaic electricity generation and a 120 MW·h lithium ion battery system and was proposed to start construction early in 2019, generating its first generation before the end of the same year. Stage 1 will consist of one hundred single-axis tracker arrays each generating 2 MW and approximately 310 by 180 metres (1,020 by 590 ft)[5] for a total area of 3,200 by 1,800 metres (10,500 by 5,900 ft). Stage 2 is proposed to provide another 200 MW of generation and a 150 MW·h battery.[5] The land is north of Goyder's Line and 6 kilometres (3.7 mi) north of the Goyder Highway on crown land unsuitable for cropping due to the low rainfall.[6] Downer Group was engaged in January 2019 for early contractor involvement, with construction expected to commence in July 2019 and stage 1 to take two years to build. The project had provision for three more stages, depending on market and network conditions.[7] In July, the project's website said that construction would start in the fourth quarter of 2019.[8] By November 2019, this had slipped to the first quarter of 2020.[9] Alinta Energy had committed to buy 75% of the solar farm's output for 15 years,[10][11] however that contract expired due to delays in the project caused by issues such as the withdrawal of Downer Group as EPC contractor.[12] The grid-connected battery will be supplied by GE Renewable Energy. It is expected to be 100MW/300MWh, larger than any grid-connected batteries in the world at the time of its announcement in 2019.[13] References
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