Saudi Arabia’s futuristic Neom City will not use the cheapest sources of renewable energy, but those with the best chances of being dispatched, due to the storage potential of concentrated solar power. But several issues must be addressed to make the tech viable.
The new solution integrates the inverters of Solax’s X-1 Hybrid G4 series and its Triple Power 3.0 Battery systems. According to the manufacturer, the hybrid battery inverter can be deployed in only 30 minutes and by a single person.
The Ontario-based solar company will pay US$13 million to settle a class action filed in August 2010, after the Ontario Superior Court approved the offer.
The holy grail of energy storage has always been low-cost and long-duration. Form Energy plans to deploy a 1 MW/150 MWh system with a Minnesota utility before 2023 – an unprecedented energy storage duration, if successful.
Australia and Germany have officially started a joint-feasibility study on green hydrogen production and trade, or what the German Federal Minister of Research has described as a “hydrogen bridge.”
In pv magazine’s second roundtable session, Advanced technologies, the U.S. storage market came under the spotlight – in particular, the lessons that can be learned from solar as the market moves towards greater maturity. Also under discussion was the trend among PV manufacturers to producing ever larger cells and modules in the continuous drive to bring down LCOE. But is big necessarily better?
The Netherlands has allegedly evaded anti-dumping and countervailing duties imposed on solar imports from China, Taiwan and Malaysia between May 2015 and March 2017, according to the European Commission. The Dutch government said the claims from Brussels are not justified.
TBEA New Energy’s new solar park relies on flexible mounting systems and large-gradient, large-span slope support technology.
The peak DC capacity of the project has been reduced, along with the size of the battery storage element of the facility.
Researchers in China are proposing a new technique to recover polyethylene glycol terephthalate (PET) and ethylene-vinyl acetate (EVA) in solar panels at the end of their lifecycle. The two materials represent around 15% of the total material in a wasted solar cell, with a share of 10% for EVA and 5% for PET, respectively.
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