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 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.
Taiwan-based solar PV monitoring service provider, thingnario, which uses AI to interpret large data sets, has reported that large solar parks can save as much as US$4,000 per megawatt in avoidable losses each year. The data comes from over 3,200 PV sites in Taiwan, studied over four years. The company believes higher-quality O&M monitoring can recover much of these costs through its proven strategies.
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.
Taiwanese manufacturer Eterbright has developed a CIGS solar tile with power output ranging from 26.5 W to 56 W and a temperature coefficient of -0.34% per C. The product is able to withstand a snow load of 5,400 Pa and a wind load ranging from 1,600 Pa to 2,400 Pa.
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