Analyzing four regional power systems currently serving 54 percent of the nation’s electricity demand, modeling estimates ...
Across South Central Texas, communities and organizations are beginning to build resilience against extreme heat, wildfires, and flooding. While many of these initiatives are making an impact locally, ...
C2ES–Systemiq assessment of 30 leading frameworks, standards, and tools finds the building blocks for enterprise climate resilience largely exist—but remain disconnected, with critical gaps in ...
The United States is well-positioned to lead the world in producing the next generation of industrial technology, including equipment, processes, and systems that make factories more efficient, ...
Batteries are crucial to enabling the energy transition, with demand from the energy storage and electric vehicle markets expected to nearly quadruple from 2024 to 2030. While most battery ...
Battery demand is expected to nearly quadruple by 2030, driving significant investment in the U.S.-based battery supply chain. The Southeast is emerging as a major hub for this growth, with the ...
The world is entering an era of climate overshoot, with a significant risk of crossing various planetary boundaries and tipping points with the potential to result in large-scale climate shocks, ...
Industrial decarbonization presents a major opportunity to strengthen U.S. manufacturing and compete globally while reducing emissions. In this event, C2ES will launch the new Industrial ...
As rising power demand and extreme heat put greater pressure on critical systems, reliability and affordability is becoming central to economic and community prosperity. This event, hosted by C2ES, ...
Alongside the UNFCCC and the Paris Agreement, a growing ecosystem of international cooperative initiatives (ICIs) and other voluntary partnerships has emerged to accelerate implementation where ...
American Made, Deployed Everywhere: U.S. Opportunities in Industrial Decarbonization Technologies Executive Summary 0 minute read ...
Climate tipping points—critical thresholds beyond which components of the Earth system undergo rapid and often irreversible changepose a growing challenge for global adaptation action. Reaching ...
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