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.
The Swiss-headquartered power electronics firm will install a 230 kV digitally enable substation and connection bay at Brazil’s Juazeiro II substation, which will eventually deliver power from a 156 MW solar plant. 2017 full year financials reveal transitional year for firm.
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.
In a short conversation with pv magazine, the CEO of Italy-based consultancy, Prothea Srl has provided more details on the 500 MW Italian pipeline of market parity PV projects, which it has jointly announced with Limes RE.
The Danish wind turbine producer to explore further development of hybrid renewable energy plants that combine wind, solar and battery storage at single location as wind growth rates ease in face of market consolidation.
Finnish scientists have found that only one third of tests reported the intensities of visible and UV light, humidity and temperature adequately.
The Institute for Solar Energy Research Hamelin (ISFH) and the Leibniz Universität Hannover claim that this result is a world record for p-type silicon material, as well as a European record for crystalline silicon.
London has launched a £34 million Energy for Londoners scheme, which includes goal of generating 1 GW of energy from solar by 2030. Shirley Rodrigues, deputy mayor for the environment and energy, presented parts of London’s energy vision this week at the Energy Storage Connected Systems conference.
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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