The Middle Eastern kingdom has ordered the shutdown of solar wheeling facilities which use the grid to connect to energy offtakers. The move has come in response to tumbling electricity demand after the nation halted all non-essential industries as it tries to limit the spread of Covid-19.
The Covid-19 crisis has far-reaching effects – including on the PV industry and solar installation market. The results of a survey conducted in a recent pv magazine webinar painted a picture of businesses unsettled by the pandemic but still taking orders at present.
The International Renewable Energy Agency has devised a valuation framework to lay the foundations for successful storage deployment. As the technology matures and moves toward a projected fall in price, revenue stacking will be crucial to assess viability and properly value its benefits.
English partners appear to be in demand with a London-based vanadium flow supplier tying up with a U.S. partner just as an automotive design company in Coventry announces plans for electric and hydrogen vehicle production in the West Midlands.
Researchers from the United States have proposed a new electrode design for fractal solar panels that combines the typical aesthetic advantages of the technology with the efficiency of busbar design. The proposed pattern is based on the fractal tree structure known as H tree, or T-branching, which is a geometric shape consisting of a repeating pattern that resembles the letter H. The hybrid H-tree/busbar pattern showed power losses that are close to those of standard busbars.
Market intelligence firm BloombergNEF has published a report with power company Statkraft and clean energy distributor Eaton highlighting the importance of sector coupling for Europe’s decarbonization plans. Analysts examined the power markets of Germany and the U.K. and concluded effective sector coupling including the use of green hydrogen could lead to greenhouse gas emission reductions of 83% by 2050.
US scientists claim to have discovered a membrane which could lead to cheaper large scale flow batteries. The material is an ion-selective, aqueous-compatible polymer with intrinsic microporosity known as AquaPIM and is said to have tunable thickness and high conductivity in aqueous electrolytes.
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