The Baofeng Group is building a 1 GW solar park which is hosting a goji berry plantation in the Binhe New District on the eastern banks of the Yellow River in the Ningxia Province. Around 640 MW have so far been grid-connected. Huawei is providing the inverters for the project.
A new white paper by Alencon outlines the differences between PV-centric and battery-centric coupling.
Portugal’s recent PV auction marks a new era of battery storage for the country, says UK consultancy Everoze. It notes that the auction was so competitive that the winners had to cut their expected remuneration in the solar+storage category to negative values. It claims that the real winner is the government, as it is maximizing the value of scarce grid capacity, and argues that the auction could become a benchmark for nations with limited grid space.
The $155,4 million project was secured by the Saudi energy giant through a tender held in 2019. The facility will sell power at a price of $0.02752/kWh.
In the third article in a series, pv magazine editor Pilar Sánchez Molina and industry experts continue their discussion on the challenges and opportunities created by new panels with power output exceeding 500 W.
The German government is planning to tender 5.3 GW in the rooftop segment and 13.5 GW for large-scale PV projects.
Cybrid, a Shanghai-listed backsheet supplier, will open a new EVA encapsulant factory in Zhejiang province. Datang, meanwhile, has revealed plans to build 1.05 GW at 10 sites across three provinces.
In the second article in a series, pv magazine editor Pilar Sánchez Molina and industry experts keep discussing the challenges and opportunities created by new panels with power output exceeding 500 W.
The solar plant is expected to have a capacity of up to 60 MW and will be located at the 100 MW Gorou Banda thermal power station commissioned in 2017.
According to a new study, PV may reach an installed power of 144.5 GW in Italy by the end of the first half of the century, followed by onshore and offshore wind with 59.6 GW and 17.6 GW, respectively. The research is based on a new computational model that identifies the best spatial distribution of renewable energy sources in an individual country or electricity system while avoiding problematic concentrations of technologies
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