The so-called Optiverter is an all-in-one residential solution developed by startup Ubik Solutions and researchers from Estonia’s TalTech Power Electronics Research Group. The developers claim that the new solution can provide 30% more power than traditional microinverters under partially shaded conditions.
The winners in the Baltic nation’s first clean energy auction will be announced by June 20. With the exercise rated according to the expected output of the facilities allocated, the government has committed to procure 5 GW worth of facilities, from a total 16.3 GW offered by bidders.
Estonian researchers have developed a new monograin powder technology made of microcrystals, which can form parallel connected miniature solar cells in a large module. By replacing copper with silver in the absorber material, the researchers were able to increase the efficiency of the cells by more than 2%.
Trade body SolarPower Europe’s preliminary statistics suggest this could be the continent’s best year for PV since 2010, with capacity additions set to soar 104% year on year. Spain is leading the way with an expected 4.7 GW of new solar, followed by Germany, with 4 GW.
With the market all but grinding to a halt this year after an incentive scheme expired, the government has launched a new capacity procurement system. PV could be a winner in the first auction round but, as of 2021, solar could face stiff competition from wind and biomass.
Researchers have developed a high-resolution geospatial method of assessing the solar potential of all buildings in the EU and concluded rooftop PV could provide a quarter of the bloc’s electricity needs. The scientists say grid parity for rooftop solar has been reached outside eastern member states with cheap fossil fuel electricity.
Under its Connecting Europe Facility (CEF), the bloc has opened another call for applications to build cross-border energy infrastructure projects. It has already agreed to provide a grant of €323 million to synchronize the regional grid in the Baltic States.
The funds will come from the Connecting Europe Facility. Around €504 million will be used for electricity infrastructure and smart grids and another €286 million will be devoted to gas. The remaining €9 million will be allocated to studies on the development of carbon dioxide transport infrastructure.
The Baltic nation installed 90 MW of PV last year, four times more than it had done since it began adopting solar. The growth was down to a new regulation issued by the government in June and the big push came mainly from small installations.
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