NREL’s 2019 Standard Scenarios Report looks at 36 models to project what energy sources the USA might use going forward, and what variables might drive that – with the mid-case projections suggesting wind+solar power meeting 28% of all electricity demand.
Certain articles at pv magazine catch fire and capture the imagination of our solar colleagues as well as a wider, equally nerdy, audience. Here are the most widely read pieces of the year at pv magazine USA.
Elon Musk is back at his favorite projection – powering the U.S. with a 10,000 square mile solar project in the middle of the desert, but by combining projections of various research groups, we see a better way.
NREL has published a paper showing an experimental solar cell, with a unique technique for wiring two separate solar cells into one, that increased the cell’s efficiency by 4%. As well the document offer a respectable review of other technologies being developed.
Hello wonderful people and welcome to your Thursday pvMB. today we’ve got Savion’s 8 GW project pipeline, Mrs. Butterworth going solar, 3 MW coming to Virginia schools from Standard Solar and more!
National Renewable Energy Lab researchers hourly modeled the whole of the United States, and when more than half of all electricity is coming from solar power, there would be no technical deal killers, but many spring days with free electricity that we would have to learn to use, and a need to financially recognize the predictability and grid stabilizing attributes of solar and storage.
Got new hardware tips? Send them to USA-Editors@pv-magazine.com. Mono-PERC module pricing is still nudging downward, Energy Toolbase has integrated Chint energy storage solutions into its software, and Jinko has a new module.
NREL opened the doors as scientists spoke of advancing perovskites with fundamental research, fast drying solar inks, refining solar windows, and actively pushing into high speed, high volume manufacturing capacity on the multi-terawatt scale.
A study advised by seven electric utilities found that current “long-term evolution” (LTE) wireless broadband technology may be adequate for sending signals to control, or guide, the operations of distributed solar and storage resources.
NREL has made its capacity planning model freely available for anyone to use. The model can optimize the amounts of solar, wind and storage to be added to the U.S. electric grid. Documentation is included, but a powerful computer and additional software are required.
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