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The polysilicon producer is sticking by plans to ramp up manufacturing capacity almost 300% within three years and says it will produce the basic material for the new generation of n-type solar panels.

Germany’s Home Power Solutions has developed a hydrogen storage solution with a capacity of up to 15,000 kWh. The Picea system stores excess electricity from rooftop PV systems in the form of green hydrogen.

Australia’s solar PV panel manufacturing capacity is set to get a major boost with Melbourne-based RTE Energy confirming it plans to establish a large-scale heterojunction module factory in the Lansdown Eco-Industrial Precinct being developed in northern Queensland.

Steel giant Bluescope has announced it will team with oil major Shell to develop a pilot-scale 10 MW green hydrogen electrolyser at its Port Kembla Steelworks as part of its plan to use renewable energy to make green steel in the New South Wales Illawarra region.

Gujarat-based solar manufacturer Solex plans to have 1 GW of cell and 3.7 GW of module capacity operational in 2023.

The impression of another big battery being installed on the site of one of Australia’s recently decommissioned “coal clunkers” was lost on few. Battery system provider Fluence says the Hazelwood Battery Energy Storage System’s business case was bolstered by recent reforms and new technology to take advantage of rapidly changing wholesale electricity market dynamics.

The 300 MW / 450 MWh Victorian big battery in Geelong has today commenced operation. In spite of fire breaking out during commissioning in July, the battery has been delivered in record time, taking less than a year to build and begin operations.

The International Energy Agency said the four nations are on track to contribute 85% of the 18 GW of global renewables capacity which is set to be dedicated to green hydrogen production by 2026. Elsewhere, the Port of Valencia has unveiled a plan to install a green hydrogen supply station in the new year.

Two of Australia’s most prominent energy players, AGL Energy and Fortescue Future Industries, today announced plans to repurpose infrastructure at AGL’s Hunter Valley coal stations to turn them into green hydrogen hubs.

Scientists have developed a new model based on fault tree analysis to evaluate the frequency of fires caused by rooftop PV systems and assess system safety and reliability. They claim that the new tool has the potential to identify fault linkages in systems, highlight failure patterns before they arise, and compare multiple designs for safety.