Premier Energies has commissioned a 1.2 GW tunnel oxide passivated contact (TOPCon) solar cell line at Fab City in Hyderabad, India, increasing its total cell manufacturing capacity to 3.2 GW.
A European team from industry and academia is integrating organic solar cells into woven polyester textiles for outdoor use, such as in tents or canopies. The Suntex project also focuses on improving the durability and efficiency of organic photovoltaics.
PV module manufacturing capacity in Southeast Asia has reached 86.5 GW across 61 active sites, according to Hong Kong-based quality assurance firm Sinovoltaics. The figures come from the company’s latest “Southeast Asia Solar Supply Chain Map” report.
GCL Optoelectronics has commissioned a 1 GW perovskite solar module facility in China, and says it may increase capacity to 2 GW per year depending on market demand.
Researchers have demonstrated that the theoretical optimal tilt for rooftop solar energy production in low-cost buildings in Nigeria is approximately 5.67°. Their modeling suggests to adopt south-facing roofs for PV generation in the Global South.
The tandem device is based on a bottom organic cell that can achieve a remarkable power conversion efficiency of 17.9% and a high short-circuit current density of 28.60 mA cm2. Furthermore, it uses a top perovskite solar cell with an open-circuit voltage of 1.37 V and a fill factor of 85.5%.
Swedish furniture retailer Ikea is selling plug-in solar kits in Germany, with storage-inclusive systems starting at €1,229 ($1,425) and reaching €2,800 for versions featuring four 520 W panels. The kits are designed for residential self-consumption and vary by capacity and configuration.
The European Commission has developed a new state aid framework under the Clean Industrial Solutions Act for Europe (CISAF) to support clean technology manufacturing across the European Union.
The Chinese manufacturer said the result was certified by China’s National Photovoltaic Industry Measurement and Testing Center (NPVM).
An international research team has investigated the impact of intrinsic point defects in selenium solar cells and has concluded that these defects are not responsible for voltage deficit. The scientists rather believe interfaces and extended defects may be the cause of this well-known issue for this kind of PV device.
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