French floating PV specialist Ciel & Terre says it now has more than 1.5 GW of floating PV projects in the design phase or under construction. It has already completed 280 floating solar projects in more than 30 countries, totaling 820 MW.
Taiwanese researchers have developed a system featuring a 2 × 2 Fresnel lens array and a solar panel made of III-V materials and polycrystalline solar cells, with low light leakage.
Taiwanese manufacturers Sino-American Silicon (SAS) and AUO Corp. have announced a long-term supply deal for M10 solar cells.
Worldwide Universities Network researchers used cheap and abundant starting materials to synthesize a small molecule organic electrode material and achieved a considerable performance boost with various battery chemistries. The new cathode material exhibited unparalleled cycling stability, ultra-high capacity, and rate capability in aqueous zinc-ion batteries.
The Taiwanese authorities have decided, once again, not to reduce feed-in tariff (FIT) rates for PV, as initially planned, in order to support more solar deployment.
Winaico’s new PV modules are based on monocrystalline half-cells and a 10-busbar design, with a power conversion efficiency of 21.0%.
The Industrial Technology Research Institute (ITRI) and United Renewable Energy (URE) have developed a solar panel that can be easily dismantled to simplify the recycling process. They claim that 96% of the materials in the panel can be recovered, including all of the solar cells and front glass.
Corporations in the Asia-Pacific region are set to contract a record 7 GW of renewable capacity in 2022, according to a new report by Wood Mackenzie. Solar accounts for 57% of the region’s contracted corporate renewable power purchase agreements (PPAs) to date. India, Australia and Taiwan account for 89% of overall capacity in the region.
United Renewable Energy has energized a 15 MW/15 MWh storage system connected to a 150 MW solar park located near Tainan.
Scientists in Taiwan demonstrated a new way to produce high-purity lead-iodide, as a precursor material for a perovskite solar cell. By using temperature to better control the orientation of crystals, the group was able to show much higher efficiencies when the precursor was used to fabricate a perovskite layer and subsequently a working solar cell.
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