Underground hydrogen storage seems to be coming up a lot lately, and with the burgeoning hydrogen industry needing somewhere to store itself, it’s not hard to understand why. One of the countries with the best credentials for the future hydrogen economy is Australia. A newly published report has quantified the country’s “massive opportunity” for underground hydrogen storage.
Construction has begun on a manufacturing pilot project to see battery-grade nickel, cobalt and manganese for precursor battery cathode materials (PCAM) in Perth. The facility is expected to be completed in early 2022 and is one of a number of developments that will look to establish Western Australia (WA) as a materials supplier to the growing battery manufacturing industry.
A report from Australia’s Future Battery Industries Cooperative Research Centre which analysed the development of battery hubs in the U.S., Germany and Japan, has found that co-location and cooperation between industry and government were key to their success. For Australia to play the same game, it will have to leverage its wealth of resources, and clean up its act along the way.
Chinese tech giant Huawei Digital Power has signed a contract with China’s SEPCOIII, a construction and engineering company and power plant operator, for a 400 MW PV plus 1300 MWh battery energy storage project in Saudi Arabia. Developed by ACWA Power, with SEPCOIII serving as general contractor and handling EPC services, the Red Sea Project […]
The leading industrial electrolyzer maker is planning to expand its alkaline electrolysis business with the construction of a large-scale production site in Germany that will have an annual manufacturing capacity of 500 MW by 2023, with a further extension to gigawatt-scale already in the planning.
Solar Energy Corp. of India has released draft guidelines for a tender to set up standalone battery energy storage systems in India.
If a U.S. customs enforcement action were to take place, importers would need to prove that no forced labor was used at any stage of production, including all the way back to the mine.
Scientists in the United States working with silicon anodes for lithium-ion batteries have managed to model key mechanisms that lead to fast developing performance loss in the anodes. Understanding what causes the silicon to swell up and subsequently fall apart, the scientists say, is an important step to preventing it, and producing long lasting, high-capacity batteries.
From iron ore magnate to renewable energy mogul, Dr. Andrew ‘Twiggy’ Forrest intends to produce everything he needs to turn the world away from fossil fuels to green hydrogen. The latest? A renewable energy infrastructure manufacturing facility in Aldoga, near Gladstone in Central Queensland.
The ESS battery systems have a prescribed design life of 25 years, but the battery modules, electrolyte, plumbing, and other components may well last for decades longer with proper maintenance.