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The legislation committed nearly $400 billion to support, among other things, wind and solar power, battery storage, electric vehicles, and other cleanenergy technologies that will make a significant dent in US heat-trapping emissions. How is that going to happen? Their report, however, comes with a warning.
We also evaluated the potential to accelerate the use of renewable energy dramatically through state-level renewable electricity standards, which have been major drivers of cleanenergy in recent decades. Under the no-new-policy scenario, sulfur dioxide and nitrogenoxides decline only by 27 percent and 18 percent, respectively.
With the cleanenergy transition already under way, the US electricity mix is set to continue changing this year. Solar power is expected to make up about half of all additions of US electric generating capacity in 2023, according to data from the US Energy Information Administration (EIA). I’ll start off with the good.
An electrolyzer powered by electricity with the average carbon intensity for the US grid (roughly equal to that from a gas plant) could produce hydrogen with a carbon intensity that is 70% more than that of SMR-produced hydrogenand more than 45 times what low-carbon options would produce. Is green hydrogen carbon-free?
Hydrogen’s supply-side has been buttressed by incentives from state and federal governments, refineries and utilities looking to extend the life of fossil fuel infrastructure, and renewable energy companies seeking to take advantage of the huge amounts of cleanenergy needed to produce green hydrogen.
Some scientists and energy experts say the U.S. can’t wholly abandon fossil fuel as it ramps up renewable energy sources. Fossil fuel, they argue, will still be needed in the near term as a backstop for the intermittency of solar and windpower and to keep consumer power bills affordable.
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