A number of companies spoke to pv magazine this week about the results of Spain’s latest clean-energy auction.
The 5x5cm device was developed by a Japanese research group. The thickness of the perovskite films was increased to reduce defects and pinholes and this was achieved by adding ammonium chloride to the lead iodine solution used in the formation of the films. The device was able to work for 1,600 hours at more than 80% of this efficiency.
The commission has proposed updating the law which regulates the bloc’s cross-border energy networks to include new energy storage technologies and smart grids as well as removing fossil fuel eligibility for public funding.
The local subsidiary of German company Heidelbergcement will take solar electricity from the 65 MWp Witnica solar park between Poznań and Berlin for ten years under the power purchase agreement.
The Sustainable Development Goal set forth in SDG 7.1 calls for universal access to affordable, reliable, and modern energy services by 2030. It is estimated that currently 789 million people do not have access to electricity in their homes or communities. Rural inhabitants encompass 80% of the total number of people lacking household electricity access. On a global scale, rural inhabitants have been gaining access to electricity at a rapid rate over the past couple decades (IRENA 2020, 23). However, certain regions have seen little improvement in this area. Sub-Saharan Africa (SSA) is the starkest example.
The Indian multinational said the project is its second PV installation in Oman, following the completion of a 125 MWp solar plant in June.
EDF Renewables North America said that its latest investment capitalizes on the growth of the commercial and industrial solar market.
University of Western Australia Professor Ray Wills says it’s “unlikely” that hydrogen will overtake batteries as the world’s preferred transport fuel.
Companies from a dozen EU member states will commit the public funds in a bid to come up with novel battery chemistries and production methods as well as recycling and circular economy innovation.
Six new arrays with a combined capacity of 120 kW will be installed on the International Space Station starting from this year. The panels will be brought to the station with the SpaceX Dragon cargo spacecraft during three resupply missions. The installation of each solar array will require two spacewalks.
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