Japan

Japanese oil and gas giant Inpex has struck a deal to buy 50% of Italian utilities giant Enel Group’s Australian renewable energy platform, Enel Green Power Australia, handing it joint control of a solar farms portfolio that includes 254 MW of installed capacity and another 170 MW of renewables under construction.

Resources giant Rio Tinto will team with Japanese industrial heavyweight Sumitomo Corporation to build a green hydrogen production plant on Queensland’s central coast as part of a $111 million (USD 74.64 million) ‘world first’ project which aims to lower carbon emissions from the alumina refining process.

Australian renewable energy developer Genex Power has entered into agreements with Japanese electric utility J-Power to receive a multi-million-dollar funding package that will support the delivery of its 2 GWh pumped hydro project in northern Queensland and the development of the 2 GW Bulli Creek solar and battery project in the state’s southeast.

China’s deputy head of the National Development and Reform Commission is reported to have recently met with Andrew Forrest, founder and executive chairman of Fortescue.

Japanese oil and gas giant Inpex has been jointly awarded a $1 million (USD 670,000) grant by the Australian government to conduct a feasibility study into the growth potential of a ‘clean’ hydrogen market in the Northern Territory.

Australia’s push to become a green hydrogen superpower has gained new momentum with the federal and Queensland governments teaming with consortium partners to deliver $117 million (USD 76 million) to progress a 3 GW renewable hydrogen project being developed near Gladstone on the central Queensland coast.

Copenhagen Infrastructure Partners (CIP) has announced plans to develop an $30 billion (USD 19,95 billion) green hydrogen production hub on South Australia’s Eyre Peninsula, while a new research study shows the feasibility of gas-to-hydrogen pipeline conversion in Western Australia.

Sharp’s new IEC61215- and IEC61730-certified solar panel offers a power conversion efficiency of 22.07% and a bifaciality of more than 80%. The operating temperature coefficient is -0.30% per C and its power tolerance is 5%.

An international research group led by Longi Central R&D Institute has published a paper describing Longi’s heterojunction solar cell based on a full-size silicon wafer that made a sensation in November, as it beat the long-lasting efficiency record held by Japanese manufacturer Kaneka for years. The researchers attributed the cell efficiency improvement to the implementation of a p-type amorphous silicon hydrogenated layer together with a modified transparent conductive oxides contact, which they said greatly reduced the cell contact resistivity.

Seeking to commercialise hydrogen technology developed by the University of Western Australia, Perth-based Hazer Group has entered into a somewhat vague agreement with Japan’s Chubu Electric Power Company and engineering firm Chiyoda Corporation.