Renewable energy developers in Australia have turned their attention to energy storage with the level of investment in utility-scale batteries skyrocketing by more than 300% in the past three months but that has been offset by a worrying decline in the number of large-scale solar PV and wind projects reaching financial close.
Queensland’s worst power outage in decades has triggered calls for the introduction of more utility scale batteries capable of providing security for the state’s electricity network.
The pilot project is combining hydrogen fuel cell generators with a combined capacity of 500 kW with a 570 kW solar array and 1.1 MWh of lithium-ion batteries. It is planned to come online in the spring of 2022.
Murrumbidgee Shire in the New South Wales’ Riverina region is set for a big battery and big flexibility after Edify and Shell Energy came together on a deal that will see the realisation of the Riverina Energy Storage System.
China’s project development segment is dynamic, to say the least. Having undergone significant changes toward a “subsidy-free” footing, developers are now facing requirements to integrate storage, deploy hybrid arrays, and pursue self consumption through BIPV and agrivoltaics applications, writes Frank Haugwitz, the director of the Asia Europe Clean Energy (Solar) Advisory (AECEA).
French renewables developer Neoen is pushing ahead with plans to construct a 157 MW wind farm and 100 MW battery project in Queensland’s far north just weeks after federal resources minister Keith Pitt blocked public funding for the project.
Spanish PV project developer Gransolar is planning to build a large-scale green hydrogen production plant in the Port of Almería, in southern Spain.
For the first time in almost four decades a pumped hydro energy storage plant is set to begin construction with the financial close of Genex Power’s Kidston Clean Energy Hub.
Funded by a United States’ Department of Energy grant, the project will evaluate Malta Inc.’s thermal energy storage system as a viable, scalable solution.
The deflagration-prevention system combines automatically controlled door locks with a smart controller which manages signals from fire safety inputs such as smoke, heat, or gas detectors. It is applicable from 50 kW to multi-megawatt cabinets.
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