EDF Renewables North America said that its latest investment capitalizes on the growth of the commercial and industrial solar market.
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.
In November, Cornwall Insight estimated that Australia had 7 GW of battery storage projects in the pipeline. Since then, massive amounts of storage capacity have been added.
The Italian authorities have awarded three solar projects in yet another under-subscribed renewables tender. The lowest bid in the procurement exercise came in at €0.06819/kWh and was submitted for a 10 MW solar project. All bids were slightly below the ceiling price of €0.07/kWh. Wind secured most of the assigned capacity.
The battery has a storage capacity ranging from 10 to 15 kWh and is already commercially available in Germany and Europe.
The Italian inverter maker said the two devices were designed to deal with increasing PV module currents. The inverters have a power output ranging from 10 to 33 kW and are claimed to reach an input voltage of 1100 V (DC).
The Spanish authorities awarded about 2.04 GW of PV and 998 MW of wind capacity, out of a total allocation of approximately 3.03 GW. The average price for solar was €0.02447/kWh.
The interconnection tech, developed by scientists at the Belgian research institute Imec, is based on a three-dimensional fabric of encapsulant with incorporated horizontal and vertical solder‐coated metal ribbons. Mini solar modules built with the proposed technique have provided interesting results in tests for thermal cycling reliability, showing very limited degradation.
Two French companies have collaborated on the development of the Osmo-Watt system, which is powered by solar panels. They claim that the technology can produce up to 100 cubic meters of drinking water per day.
Developed by scientists from German research institute Fraunhofer ISE, the silicon-carbide device claims 98.4% efficiency and could be used in utility-scale photovoltaic projects.
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