The company, which was one of Europe’s largest OEM module manufacturers, has decided to close its Polish manufacturing facility, due to an expected drop in demand.
Svitlana Teush, counsel at Redcliffe Partners law firm in Kyiv, Ukraine, discusses the country’s new electricity market design and what it means for renewables. Currently, she says, the renewable energy sector in Ukraine is an attractive investment prospect and has considerable potential for further growth in the coming years.
The country’s cumulative installed solar power has reached 741 MW, while rooftop PV under net metering has topped 37 MW. Over 500 MW of new PV additions are expected in 2018.
The manufacturing facility is planned to be built in Russia’s Astrakhan region thanks to an investment of 1.5 billion RUB (around US$26.5 million).
Annual growth of 28% on 2016’s performance points to promising future as Turkey’s 1.79 GW saw the nation overtake Germany as Europe’s most dynamic solar market. Former shining star, the U.K. slinks away from top table after shrinking 54%.
The international organization, which aims to extend the good practices of the EU’s internal energy market to southeastern Europe and the Black Sea region, has released new guidelines for the grid integration of distributed generation power generators.
The Lithuania-based manufacturer aims to increase cell capacity at its factory in Vilnius from 80 MW to 180 MW, and to open a new 60 MW module assembly factory in the Ukraine.
Following the introduction of 30% graduated tariffs on imported solar modules into the U.S., the European Union and China have joined South Korea and Taiwan in filing a complaint with the World Trade Organization.
The European Commission stated that capacity mechanisms in these five electricity markets are in line with EU state aid rules, and that all of the mechanisms are “well-designed”. SolarPower Europe says further supporting most polluting power generation forms through capacity mechanism simply does not make sense anymore.
Researchers at the Moscow Engineering Physics Institute (MEPhI) have developed next-generation solids consisting of quantum dots (QD), or semiconductor crystals with a diameter of just few nanometers, that could deliver a big step towards cheaper and more efficient photovoltaic devices.
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