According to recent analysis by Belgian institute EnergyVille, rooftop PV and onshore wind have the technical potential to reach 118 GW of capacity in Belgium. Of the three Belgian macro-regions, Flemish-speaking Flanders is the one with the largest solar potential for rooftop systems, at 67.56 GW, followed by French-speaking Wallonia, with 31.54 GW, and the Brussels metropolitan region, with 4.23 GW.
An Iranian-Canadian-based research group has conceived a nature-inspired algorithm to estimate the model parameters of PV systems. The proposed tool mimics the exploring, exploiting and attacking strategy of the Harris hawk, a bird of prey species that cooperates when hunting.
The solar cell was built with a layer of organic cations between the iodide on top, and lead on the bottom enhanced interactions between the layers. Its creators designed the device after they discovered that, when the sunlight hits a 2D perovskite, it contracts the space between atomic layers in the material.
The kit consists of one or two modules, a microinverter, and a five-meter cable. Thanks to its plug-in technology, it can be connected to any electrical outlet and immediately begin generating electricity.
The energy storage system, which is set to be up and running in around a year’s time, will be supplied by Finnish company Wärtsilä and will provide services including reserve power and frequency control response.
Developed by German company Sinn Power, the floating platform currently hosts solar modules totaling 80 kW and may also embed small wind turbines and wave energy converters.
Korean manufacturer SolarFlex Ltd will now seek to bring the solar cell to commercial production.
The plant would be able to deliver 400 MW of electricity for 8 hours, and would be comparable in size to some of California’s largest fossil fuel power plants.
U.S. hydrogen solutions company Plug Power opened, this week, its green hydrogen and fuel cell gigafactory in New York state. In Australia, Patriot Energy announced a supply agreement for 75 modular green hydrogen generation units, and ARENA said it will play a key role in the development and delivery of the German-Australian Hydrogen Innovation and Technology Incubator.
Developed and distributed by Portuguese start-up ChemiTek, the detergent is claimed to reduce water consumption by about 50% and increase energy production by up to 5%. The product was recently certified by the German laboratory TÜV Sud, according to the EN 61215 standard.
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