Kaco has launched a new line of blueplanet NX3 three-phase string inverters for applications ranging from small residential rooftop arrays to projects on commercial buildings. They have outputs between 3 kW and 33 kW, a maximum efficiency of 98.0%, and a maximum European efficiency of 97.6%.
Researchers have assessed the economic viability of utility-scale floating solar arrays in Europe and have determined that such projects are already cost-competitive in several southern European countries. They claim floating PV could become competitive across Europe if capital costs are reduced by 12%.
Tesla and Harmony Energy have connected a 98 MW/196 MWh storage project to the grid in Hull, England. The Pillswood battery energy storage system (BESS) features Tesla’s Megapack solution.
Norway’s annual PV capacity additions could grow from 54.5 MW in 2021 to 150 MW this year, amid rising electricity prices. The large-scale solar market is set to contribute the most at roughly 61 MW, according to EUPD Research.
The Irish government wants to introduce an unspecified renewable energy quota for the heating sector by 2024. The Sustainable Energy Authority of Ireland (SEAI) recently predicted that heat pumps could cover 20% of the country’s heating demand in 2030.
Rolls-Royce has agreed to install a 30 MW/60 MWh storage system based on nickel-manganese-cobalt (NMC) batteries in the Netherlands. It will be the country’s largest energy storage system upon completion in spring 2023. It will provide grid frequency regulation services to the Dutch grid.
Longi has lowered the prices of all wafers, and JA Solar has unveiled plans to build a new 10 GW factory. PV InfoLink, meanwhile, says polysilicon prices are clearly starting to fall.
The Polish government will raise subsidy levels for rooftop PV and storage systems from December under its Mój Prąd scheme. The rebate for solar will increase from PLN 4,000 ($888) to PLN 6,000 and will more than double from PLN 7,500 to PLN 16,000 for storage.
Chinese researchers have modeled the impacts of clouds and aerosols on PV potential in southern China and northern India, which are similar in terms of latitude and elevation. They found that China offers lower PV potential due to a higher cloud effect.
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