LG Chem’s energy storage and battery division’s US$10.7 billion (AU$14.8 billion) initial public offering received a staggering response from institutional investors, Reuters has reported.
Oil and gas giant Woodside Energy has submitted the proposal for its 500MW Solar Facility to the Western Australian Environmental Protection Authority. The proposal sees Woodside looking to install up to one million solar panels to help power industrial customers in the region, including its own Pluto LNG export facility.
The investment is planned to support development and construction of Hydrostor’s 1.1GW, 8.7GWh of Advanced Compressed Air Energy Storage projects that are well underway in California and Australia, and help expand Hydrostor’s project development pipeline globally.
Lightsource bp, the solar arm of oil major BP, is proposing to build an ‘agrisolar’ project in the Upper Hunter region big enough to provide 4% of New South Wales’ (NSW) electricity demand.
Korea Zinc, non-ferrous metal smelting company, has agreed to invest $50 million in Energy Vault, a Switzerland-based gravity storage specialist, in order to use its tech to decarbonise its refining and smelting operations in Australia.
Filipino conglomerate San Miguel Corp aims to complete 1GW of battery storage projects this year to make way for the integration of some 3GW of intermittent renewable energy generation.
German scientists have developed a novel hydrogen storage method that relies on nanostructures – tiny nanoparticles made of the precious metal palladium – instead of high pressure and lower temperatures.
Reliance Industries said its solar unit will buy UK-based sodium-ion battery technology provider Faradion for GBP100 million (AUD$187 million) including debt, as the Indian conglomerate pushes forward with its ambitious plan to move into the renewable energy industry.
The Australian Renewable Energy Agency has announced a $100 million competitive funding round for grid scale batteries. While battery technology agnostic, the projects must be equipped with advanced inverter technology.
Researchers from Tokyo Tech have developed an alternative to hydrogen energy storage which is smaller in size and more efficient. The system utilises carbon as an energy source and demonstrates superior power density and charge-discharge efficiency of 38% over 10 cycles.
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