Solar could meet approximately 68% of global energy demand with other renewables making up the rest, according to a new report. A 100% renewable energy system could also create 22 million solar jobs by 2050, the study claims. Keeping global warming below 1.5 degrees C, though, would require FITs for projects up to 40 MW in capacity, auctions for bigger systems, removing fossil fuel and nuclear subsidies and providing more education and R&D and less red tape.
New global PV additions reached 94.2 GW in 2018, according to the International Renewable Energy Agency (IRENA). Asia is the region with the largest share of cumulative PV capacity, with around 274.6 GW, followed by Europe and North America with 119.3 GW and 55.3 GW, respectively.
A recent Australian National University study shows that newly developed geographic information system algorithms can identify prospective sites for off-river pumped hydro projects throughout the world. The researchers, who identified around 530,000 potential sites, said pumped-hydro installations could enable large-scale energy time-shifting, as well as a range of ancillary services such as frequency regulation, which could help to integrate high levels of PV and wind into electricity systems.
The Solarville project, by Ikea’s Danish research and design laboratory, has seen the participation of blockchain companies such as Bloc, Blocktech, WeMoveIdeas India and Temporal. It was conceived to help create cooperative community micro-grids to enable homeowners to become clean energy traders.
Open-source blockchain platform Energy Web Foundation has revealed the number of its affiliates has risen from 37 last month to 100. New members include EnBW, Total and the State Grid Corporation of China. The platform was conceived to create an energy-blockchain ecosystem and to accelerate the energy transition.
The module maker and electronics giant is testing the feasibility of a complex virtual power plant with a blockchain platform provided by US-based LO3 Energy.
Researchers want to better understand how hydrogen atoms may improve the performance of phosphorus-doped multicrystalline silicon (mc-Si) films for passivating contact solar cells.
An initial tender on Palau was won by French energy company Engie, through its unit Engie Electro Power Systems. The 100 MW microgrid project consisted of coupling 35 MW of solar and 45 MWh of storage with diesel generation.
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