That was just one of the revelations of the latest Dentons’ Guide to renewables investment in Europe, which also noted solar plants could be switched off in Slovakia, Ireland could go either way on clean power pricing, and Luxembourg is struggling with a surprising headache.
Risen Energy is planning to add 6 GW of module capacity to its factory in Jiangsu province and Flat Glass wants to add six production lines to its facility in Zhejiang. Meanwhile, JA Solar says it shipped 15.88 GW of solar products last year.
German start-up Phytonics has developed the film by taking inspiration from nanostructures in plants. In solar cells, the film enables a broader absorption spectrum and a higher angle of light-incidence tolerance.
U.S. researchers are using a data fusion approach to identify the most stable perovskites for PV cells. Their machine-learning method combines perovskite test results with first-principles physical modeling to identify the best candidates.
OCI has revealed plans to invest $55 million to expand production at its Malaysian manufacturing facility from 30,000 to 35,000 metric tons.
The new, Tiger Pro 54HC panel is based on a 182mm, 54-cell design and exhibits an efficiency of up to 21.3%. The manufacturer claims the new product is particularly suitable for residential projects in high snow or high wind load areas.
The IEC certified product has a maximum wattage of 700 W, a maximum current of 15 A, and a maximum voltage of 80 V.
The bailed-out solar company has seen its fortunes reverse since state-owned Shuifa rode to the rescue but it still has some assets frozen as the result of civil cases.
The legal action against Astronergy follows the patent lawsuit initiated by Hanwha Q-Cells in Germany, the USA and Australia, in March 2019, against Longi, Jinko Solar and REC.
Chinese scientists have powered two electrochromic devices with a perovskite solar cell based on a hole transporting material made of poly(triarylamine) (PTAA). The cell has an open-circuit voltage of 1.02 V, a short-circuit current of 22.8 mA/cm2, and a fill factor of 78.4%. When solar radiation is higher, the cells drive the electrochromic devices into a dark state, which in turn reduces the light that can enter a building.
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