A British-Egyptian research group has tested the use of hydrogels beads for PV module cooling. The micro-sized particles were saturated with aluminium oxide (Al2O3) water-based nanofluids and placed below the simulated PV panels. The experiment showed, according to the scientists, that the hydrogels beads were able to significantly reduce the temperature by between 17.9 and 16.3 degrees Celsius.
According to French financial newspaper Les Echos, EDF, the main shareholder of PhotoWatt, is considering closing the production in Bourgoin-Jallieu. The Auvergne-Rhône-Alpes regional council is mobilizing to save the company and announces that a regional company may acquire the module manufacturer.
The country’s Ministry of Environment has revealed that five dams have already been identified for a total of 147 MW of projects. The new target is part of South Korea’s plan to become carbon-neutral by 2050.
A cleaning robot optimized for floating PV installations was developed by German manufacturer TG hyLIFT. Also suitable for ground-mount PV, it uses only water without any type of detergent, and is powered by batteries. The robot is now being tested at a floating PV array in Spain.
Ireland’s Fusion Fuel Green has agreed to set up a demonstrator plant in the Indian state of Tamil Nadu to generate cost-competitive green hydrogen.
PV Infolink reported a considerable increase in prices for polysilicon and wafer prices for last week. Both products saw their average price increase by over 9% compared to the previous week.
Dutch startup SolarDuck has developed a triangular structure for floating PV that resembles an offshore oil platform. CEO Koen Burgers told pv magazine that it keeps panels more than 3 meters above the water surface, and claimed that the structure can handle waves and dynamic loads. It will be used in a Dutch pilot project from April.
KTDA Power Company is seeking developers for up to ten small-sized solar parks. The facilities are expected to have a capacity of between 300 kW and 1 MW.
Safety when transporting solar PV modules from warehouse to job site is an ongoing issue for installers but one Australian solar company has designed and manufactured a simple yet effective racking system that helps allay those concerns. The racking system comprises an aluminum frame fitted with opposing channels into which the solar modules slide.
The $156.4 million Kom Ombo photovoltaic solar power plant is being developed by Saudi energy giant ACWA Power.
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