Perovskite-silicon tandem technology expert Gianluca Coletti explains what cycles the PV industry and scientific community experience every time there are new jumps in power conversion efficiencies at cell level. According to him, we are experiencing a much faster turnover of efficiency records typical of the early stage of development of a new technology holding an incredible potential.
University of New South Wales researchers have identified four failure modes caused by damp heat in heterojunction solar panels with a glass-back sheet configuration. The failures could result in power losses ranging from 5% to 50%.
Tata Power is building a greenfield 4 GW solar cell and module factory in the Indian state of Tamil Nadu.
NREL researchers model viable pathways to supplying the estimated 60 TW of capacity required for decarbonization, and study the effect that disruptive solar technologies may have on deployment cost and market opportunity.
Researchers have defined a new machine learning-based methodology that reportedly reduces customer acquisition costs by about 15% or $0.07/Watt. It is based on an adapted version of the XGBoost algorithm and considers factors such as summer bills, household income, and homeowner’s age, among others.
Tata Power recorded a revenue of INR 56,033 crore and a net profit of INR 3,810 crore in FY 2022-23.
In a new weekly update for pv magazine, OPIS, a Dow Jones company, provides a quick look at the main price trends in the global PV industry.
Kaneka said the cells will be utilized in the roof glass of Toyota’s Prius PHEV electric car. It plans to begin full-scale delivery of in-vehicle PV products this year.
Director Abhinav Mahajan told pv magazine their new 400 MW solar panel production line will become operational by July this year. The facility can produce M10, half-cut, 144-cell modules.
In its latest monthly column for pv magazine, the International Renewable Energy Agency shares a series of recommendations gathered from sector experts to help India reach its ambitious solar targets. According to its experts, Quality Infrastructure (QI) will be crucial for the country’s PV market in the years to come. QI is an interdependent ecosystem of the different elements (accreditation, certification, standards, testing, metrology, inspection & monitoring) working together in harmony, and all associated services should be developed in unity and not in a piecemeal fashion. A sound and internationally harmonized QI not only ensures that PV products and services deliver as expected by customers and national energy authorities, but also enables more efficient and competitive markets based on a global economy on scale.
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