Hydrogen

A multibillion-dollar solar, battery storage, wind and potentially green hydrogen project in Victoria’s Gippsland region is moving forward after getting backing from superfund Hostplus. Originally proposed by Solis Renewable Energy, the project is now owned by Octopus Australia as part of its joint venture with CFEC.

The International Renewable Energy Agency has outlined a series of technical considerations for green hydrogen tracking systems. According to the document, a degree of flexibility should be taken into account in the short term to ensure that the nascent green hydrogen market can develop.

A Swedish research group has developed a device combining CIGS thin-film solar modules and an alkaline electrolyser based on a trimetallic cathodic catalyst made of nickel, molybdenum, and vanadium (NiMoV) and an anode made of nickel oxide (NiO). The electrolyser achieved an average solar-to-hydrogen (STH) efficiency of 8.5% for stable operations during 100 hours.

Ratings agency ICRA has estimated Indian green hydrogen will cost that much if produced at sites featuring clean energy generation capacity and electrolysers. That is between US$0.5–$1 per kilogram cheaper than in locations where the two systems are not co-located, with the saving possible due to a reduction in open-access, intra-state grid charges.

Fortescue Future Industries and Airbus have formed a partnership, saying they will work together to realise a green hydrogen-based aircraft by 2035.

The London-based analyst has published a series of clean tech predictions for the year which also highlighted the rising proportion of sub-5MW solar projects in the global market, and cheaper clean energy financing costs even as panel prices continue to rise.

A joint fund with roughly $125 million from both the Australian and German governments has opened today and is seeking applications from projects across the value chain of renewable green hydrogen.

Construction of an innovative solar to green hydrogen microgrid in the Daintree Rainforest is set to commence with the Federal Government signing off on a multi-million-dollar deal to bring renewable power to communities in the World Heritage-listed region in Far North Queensland.

With 90% of world economies committed to net zero targets, the disruptive nature of the energy transition is becoming clear. Climate targets require us to triple renewable energy capacity by 2030, phase out coal by 2040, end fossil fuel subsidies, and ensure support for a just transition. While hydrogen is sure to be a key technology in this energy transition, the exact role it will play is not yet clear, reports Felicia Jackson.

Developed by Germany-based hydrogen specialist Enapter, the EL 4.0 electrolyser is based on a patented anion exchange membrane (AEM) technology. Commercial production is currently being prepared at the company’s Italian plant and the first shipments should be made in the summer.