Given the long lifespans of power system investments, planning should start incorporating climate change effects. A new study provides a valuable example of an approach to more comprehensively integrate climate risks in long-term electricity planning. This work also illustrates an important win-win in that solar power is both an effective adaptation (helping to reduce summer peak) and carbon mitigation strategy, highlighting positive, no-regret investments.
This visual interactive feature allows users to explore the major findings of the Coal Cost Crossover 2.0 report. Users can scroll to view interactive maps showing the specific locations of uneconomic coal plants and regions where new solar or new wind resources would be cheaper than existing coal.
Energy Innovation analysis shows that reaching 100 percent clean electricity by 2035 would avoid 16,000 premature deaths and create massive economic productivity gains – getting to 100 percent in 2035 would avoid losing about 1.7 million workdays to poor health.
This online data explorer allows anyone to view the economic, jobs, generation, and emissions benefits from creating a Southeast RTO in a dynamic format along with specific results for each of the seven states (Alabama, Florida, Georgia, Mississippi, North Carolina, South Carolina, and Tennessee) included in the regional model.
This research review outlines opportunities for climate-friendly stimulus packages to help economies recover and reduce emissions while promoting social and environmental co-benefits.
This research review details the costs, benefits, and justice implications of a rapid coal exit scenario and find it produces net societal benefits of $3.4 trillion, or 1.5 percent of global GDP.
New modeling shows hitting 90 percent clean energy would create a sustained economic boost, injecting $1.7 trillion of private investment into the economy over 15 years, supporting 530,000 new net jobs per year, and cutting wholesale power prices 10 percent.
This online data explorer supports the 90 percent by 2035 research by allowing anyone to see how the U.S. grid’s generation mix, cumulative clean energy additions, and greenhouse gas emissions reductions change over time in each of the country’s regional grid areas.
This research review details financial, racial, and partisan rates of rooftop solar adoption across the United States and recommendations to overcome these divides.
This research review says that while data center energy usage is lower than estimated, clean energy technology must reduce their growing climate impact.