The operations and maintenance and the engineering, procurement and construction arms of PV company Enerray have been sold off by troubled industrial conglomerate Gruppo Industriale Maccaferri for cash, transferring 240 MWp of Italian generation capacity to the management of rival LT Renewables.
The West African nation is launching a capacity-building program to create an ‘ecosystem’ of PV and energy-efficiency businesses. The Green Climate Fund is providing access to international finance.
The Australian Renewable Energy Agency is putting US$1.66 million into a vehicle-to-grid trial to demonstrate how electric vehicles can provide grid ancillary services. The REVS research and industry consortium hopes to show how EVs can generate revenue for fleet owners.
The super-hydrophobic coating uses nanoparticles to reduce dust deposition on solar panels and cleans itself by the movement of water on modules.
Communities of color in the United States are benefiting less from clean energy technologies and, as a result, are paying more for energy.
With Bulgaria, Poland, Romania and Czechia having dragged their heels over climate legislation for years, BloombergNEF has estimated the most economic route out of the coal habit. It is a path which could see 40% less carbon emissions in 2030 than were recorded last year, with a 47% clean energy power mix.
Plus, equipment manufacturer Shangji Automation is set to enter the silicon ingot making game with plans for an 8 GW fab, while state-owned developer Panda Green says it plans to add 500 MW of annual project capacity over the next three years.
Hevel Group has announced it will source all the 65 GWh required annually to run its Novocheboksarsk factory from renewables sources via the wholesale market.
The, variously reported, 1 GW or 1.5 GW, $1.2-1.43 billion ‘Dibdibah’ or ‘Dabdaba’ solar project is reportedly at risk of being abandoned altogether. The ambitious project was supposed to have been tendered in the first quarter of 2018 with a view to completion this year.
Scientists led by MIT have suggested chitin, a carbon and nitrogen-rich material made from waste shrimp shells, could produce sustainable electrodes for vanadium redox flow batteries and other energy storage technologies.
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