Last Friday, the “world’s largest” lithium-ion battery was officially opened in South Australia. Tesla’s much anticipated “mega-battery” made the 100 days or it’s free deadline, after a week of testing and commissioning.
Last week the Clean Energy Council announced the winner of its 2018 Women in Renewables scholarship. Women in Renewables chair, Natalie Collard, reflects on why we need more women on boards.
Not-for-profit Kopernic provides disaster relief in Bali with the distribution of solar-powered televisions and kits.
Enphase has entered the Indian PV market, supplying 2,858 of its microinverters to a 1 MW commercial and industrial (C&I) rooftop project nearby to the city of Bangalore. The rooftop project sprawls over six roofs of an agriculture product processing facility.
What is being touted as Australia’s largest merchant PV power plant has signed grid connection and electricity transfer agreements with WA’s state-owned grid operator Western Power. Construction on the two-phase 128 MW(dc) project, to be located around 160km east of Perth, is set to get underway in early 2018.
The bill will now be reconciled with the House version, which does not contain the BEAT provision. The Solar Energy Industry Association says that it has four Senators who support “fixes”, but was not able to get a modification to the Senate bill.
The Tesla chief laid down the gauntlet earlier this year, confidently tweeting that his team could have the world’s largest battery online within 100 days of signing the contract. The lithium-ion South Australia project was actually completed in 60 days.
Given the current pace of installation of new wind and solar power facilities, Australia’s commitments to carbon reduction made at the COP21 climate conference in Paris can be met at zero net cost, shows a new study by Australian National University.
European countries such as France, Germany, the Netherlands and Spain are all forecast to be gigawatt-scale markets in 2018. Globally, around 606 GW of new PV capacity is forecast to be installed between 2017 and 2022.
The proposed 6 GW wind+solar project would generate renewable energy from Australia’s wind and solar resources and supply it via subsea cables to Indonesia. Vestas has been confirmed for the wind energy side, while the search for a solar partner, which would deliver the required equipment for the project’s 2 GW solar PV capacity through establishing a manufacturing facility in Indonesia, will be conducted over the next two years.
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