Asia

The Beijing authorities have confirmed the payment levels to be made according to type of project and region from July onwards but an auction process will be involved so the figures are for guidance only. No decision has yet been made on the 30 GW of capacity added since the end of May.

Plans are back on track for what the authority intends to be the first of many solar installations, after potential bidders complained in January that the proposed contract was not viable.

The new manufacturing facility will be located in Leshan, in China’s Sichuan province and will produce monocrystalline wafers. It will raise the group’s wafer capacity to around 11.5 GW. Meanwhile, large supply deals are said to have come from markets including Vietnam, Mexico and Spain.

The world’s number one monosilicon module maker is not intending to give up its crown any time soon, and has announced further plans to expand its already huge annual production capacities for ingots, wafers, cells and modules.

The two power companies, who worked together on the 700 MW concentrating solar power phase of the Mohammed bin Rashid Al Maktoum Solar Park, have reportedly agreed to develop power generation and desalination projects along the route of China’s new Silk Road.

The independent power producer now has 1.6 GW of operational solar assets. Other recently commissioned Azure projects include the final phase of a 260 MW solar project in Gujarat and a 100 MW facility in Karnataka.

The Chinese-Canadian business has extended and expanded its credit line to finance more solar development in Japan despite plunging FIT rates and other obstacles affecting the market.

Details have finally emerged about when independent investors will decide whether to wave through a deal to transfer their stock into a special purpose vehicle for relisting the Hong Kong unit on the Chinese A-share index.

According to the Korean manufacturer, its Q.Peak Duo-G6 module is produced with larger wafers than those used in the G5. This is said to increase module yield by around 6% for a power output ranging from 355-420 W.

A U.S.-Chinese research team has discovered that carbonyl groups in caffeine can increase the efficiency of perovskite solar cells from 17% to 20%. The peculiar molecular structure of caffeine is said to be a good match for the precursors of perovskite material compounds.