The Hong Kong-based solar manufacturer appears to have posted impressive revenue gains this year, based on preliminary, unaudited operating results for the first three quarters of 2019. But as the troubled company continues to pin its hopes on a much-anticipated turnaround in Chinese solar demand, its long-term outlook remains uncertain, mere weeks before the scheduled de-listing of its shares in Taiwan.
There is movement in the heterojunction space, but will it be enough to surpass PERC’s momentum? New production lines show promise, but they might also be the last roll of the dice for Swiss production equipment supplier Meyer Burger.
With the 600 MW production line the company’s annual module production capacity will approach 2 GW.
European partners have submitted a joint proposal to use EU-made solar modules and wind turbines to power green hydrogen for use by heavy industry. The partners hope to secure designated status and backing from the bloc’s deep coffers.
The Chinese company has announced it has acquired intellectual property rights pertaining to various applications of gallium-doped silicon wafers in solar cell applications from Japanese company Shin-Etsu Chemical.
After emerging as the recipient of most of the Brazilian government’s public allocation of generation capacity, the Canadian-Chinese manufacturer has secured a large share of projects in auctions held by power companies Copel and, probably, Cemig.
Although the Wiki-solar website ranking only gives a snapshot of PV project engineering, procurement and construction contracts outside China, it is nevertheless a useful indicator of the changing shape of the global solar market.
The office of the U.S. Trade Representative has removed the exemption of bifacial products from Section 201 tariffs, effective October 28.
Researchers from Canada have unveiled a new germanium deposition process which is said to eliminate threading dislocations and be significantly cheaper than previous approaches. The scientists say their technique creates nanovoids on the surface of the germanium layer which can attract and annihilate undesirable dislocations.
An Italian research team has developed a device that it says can easily be integrated into a PV cell, and can boost its efficiency by converting more light particles into a high energy state before they are absorbed by the cell. The scientists claim that their innovation could offer a green‐to‐blue photon upconversion yield as high as 15%.
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