Asia

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.

The new series comes in seven versions, with power outputs between 560 W and 590 W. The power conversion efficiency ranges between 21.7% and 22.8%

China exported 154 GW of PV modules, 24 GW of solar cells, and 41 GW of wafers in 2022. In 2026, annual cell and wafer exports could hit 230 GW and module shipments could reach 149 GW, according to Wood Mackenzie.

Sungrow’s new power optimiser has a rated input power of 600 W, a maximum efficiency rating of 99.4%, and a weighted efficiency of 98.8%. It can accommodate up to 30 modules per string.

Australia and India will establish a Green Hydrogen Taskforce, with prime ministers today agreeing to the Taskforce’s terms of reference. The meeting strengthens ties between India and Australia in relation to renewable energy ambitions and manufacturing, with plans extending to critical mineral and solar manufacturing.

GoodWe plans to bring a range of building integrated photovoltaics (BIPV) products to Australia, announcing a partnership with specialist Umax Energy. The manufacturer this month released the details of its lightweight new panel, and plans to introduce an integrated solar roof tile to the Australian market.

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.

Scientists in Singapore have developed a methodology to calculate the levelised cost of hydrogen in green hydrogen facilities powered by photovoltaics, emphasising the need for a levelised cost of storage (LCOH) below USD 10/kg ($15/kg) to enable green hydrogen to compete with grey, blue, and orange hydrogen in the current technology landscape.

Chinese researchers have developed a solar cell using CsSnI3 perovskite, known for its unique phase transitions and near-IR emissions. By simulating the device with various electron transport layers (ETLs) and hole transport layers (HTLs), they determined that the optimal cell could be created using a titanium oxide (TiO2) ETL and a nickel(II) oxide (NiOx) HTL.

Qcells says it is building a pilot line for perovskite-silicon tandem solar cells that will start operations later this year in South Korea. It is working closely with its team in Germany, where it has already established another pilot line for tandem cells.