The Durable Module Materials consortium (DuraMAT) announced in its latest annual report the availability of new PV forecasting tools, and new research results towards the goal of more reliable PV modules.
The software includes various tools to isolate downed or damaged lines, automate energy production and consumption regulation and troubleshoot unintentional loops.
Also on the rise: U.S. Airforce embraces e-mobility. Caribbean could become offshore floating solar PV giant. And more.
Sandia National Laboratories and CSolPower are researching the use of landscaping gravel as a thermal energy storage medium.
Scientists from the United States and Brazil have developed four different ways to estimate the temperature of floating PV modules. They validated the models with temperature measurements from a floating solar plant in Brazil.
US researchers have installed a pilot 4.3 kW solar system at Oliktok Point, Alaska, north of the Arctic Circle. They want to determine which PV system designs and technologies are most efficient in extremely cold climates with limited sunlight.
A five-year Sandia Labs study of new solar module degradation found that 13 of 23 tested module types would have effective lifetimes exceeding 30 years.
The home chosen for the first demonstration system can use its solar system when the sun is shining and the charged battery when it’s not, even when temperatures spike well over 100 F.
Researchers from Sandia National Labs are partnering with NASA and the University of Puerto Rico to design microgrid controls for powering habitation and mining operations at NASA’s planned Artemis lunar base.
The laboratories are reaching out to industry to better understand how solar+storage technologies were selected, what O&M activities are being conducted, what data is being collected, and what ongoing challenges and needs exist in this space.
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