After the deluge of announcements last year, 2022 will see the trickle of big batteries actually operating in Australia turn to a flood. According to Rystad Energy, the country’s battery capacity is set to double before the year is out.
Spanish renewable energy company Acciona is using a robot dog, instead of drones, to monitor a solar park in northern Chile. The device has a built-in thermal vision system that generates thermographic reports on the status of the different PV plant components, as it walks between the panel rows following a programmed route.
The new feed-in tariffs range from NT4.0031 ($0.14) to NT5.8952 ($0.21) per kWh. PV systems of all types will be applied a grid tariff of NT0.0656 ($0.002)/kWh and the funds raised through this fee will be used to set up a PV module recycling scheme.
Italy’s Lombardy region will use €22 million to build up to 6,000 “energy communities,” for a total installed capacity of up to 1.3GW.
Itochu’s new 13.4kWh storage system is equipped with AI-based software for optimal battery control. It can be used for grid-connected and offgrid projects and has a charging feature for electric vehicles.
The camper can be driven and parked without the use of a car, is integrated with solar, and optimized for the electric vehicle revolution.
The New South Wales state government in Australia has revealed that more than 34GW of new solar PV, wind and energy storage projects have been proposed for the South-West Renewable Energy Zone.
Los Alamos National Laboratory researchers developed a new polymer fuel cell that is claimed to solve the long-known issue of overheating. Furthermore, Mexican cement producer Cemex invested in HiiROC, a UK-based hydrogen production startup, which developed a scalable technology that uses thermal plasma electrolysis to convert biomethane, flare gas, or natural gas into hydrogen at a reportedly lower cost than competing solutions.
A pair of researchers from UC San Diego has proposed to precompute certain data when the grid is flooded with solar or wind power, and then store it on servers for later use.
The 8 kW photovoltaic shade was deployed on the outdoor rest area of a commercial building located in the northern part of Madrid. It was built with conventional solar modules provided by JA Solar and a structure made with light galvanized steel profiles for plasterboard partitions.
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