The Singapore-headquartered company has faced product detainment by U.S. Customs and has announced plans to focus solely on the U.S. market.
Singapore could import large quantities of low-cost solar power from neighbouring countries using undersea cables, with the indicative cost being competitive with gas generation. Unlimited world-class pumped hydro energy storage is available in neighbouring countries in the range 50-5000 GWh to support very large scale transmission.
Research from the National University of Singapore indicates that Singapore could reach its 2 GW solar installation target by 2028, ahead of its 2030 deadline. The study suggests that the government could increase its long-term solar goals by adopting policies that promote better area utilization, subsidies, and advancements in panel efficiency.
The Singapore-based manufacturer said its new panel can achieve self-cleaning through rainwater thanks to its frameless design. The new product features an operating temperature coefficient of -0.30% per C and an efficiency ranging from 21.51% to 22.53%.
Scientists from Singapore have designed new floating breakwaters integrating wave energy converters that can be used to reduce the impact of waves on offshore PV systems. Their analysis showed that the wave energy systems can achieve the highest additional power output when the wavelength is shorter.
Maxeon has challenged Nasdaq’s decision to potentially delist it from the Global Select Market and is now implementing a reverse stock split to raise its bid price above the required threshold. A hearing on the matter is pending.
Singapore-based fund manager Clime Capital is investing up to $10 million in Upgrade Energy Philippines (UGEP). The money will go toward supporting commercial and industrial (C&I) and utility-scale solar deployment.
Singapore has advanced its goal to import 4 GW of low-carbon electricity by 2035 by signing two new agreements with parties in neighboring countries, including Australia’s SunCable project.
Singfilm Solar said the result was certified by China’s National PV Industry Measurement and Testing Center (NPVM).
An international team of researchers have demonstrated how to speed up the research and development of scalable, high-performing organic solar cells by using an automated, high-throughput platform. It relies on digital twin technology and roll-to-roll (R2R) printing in a closed-loop system.
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