American Competitiveness
While the United States is leading the world in emissions reductions, China’s and developing nation’s emissions continue to rise. By increasing American energy production and implementing an all-of-the-above energy approach, the U.S. will continue to not only be a global leader in reducing emissions, but also provide goods and energy for the rest of world, support economic growth and enhance security for America and our allies.
To highlight the importance of America’s existing grid technology and the necessary updates to keep up with demand, CRES Academy’s first session of 2026 brought together dozens of staffers and industry leaders to discuss the need to build and expand America’s energy capacity. With CRES Forum’s Director of Government Affairs Tommy Reynolds providing opening remarks, […]
Clean hydrogen is quickly emerging as a strategic tool for industrial competitiveness—and the United States is well-positioned to lead. Clean hydrogen offers a transformative opportunity for American industrial renewal and global energy leadership. From refineries and fertilizer plants to steel mills and shipping ports, it offers a practical path to strengthen America’s manufacturing base while lowering […]
Geothermal is a homegrown energy resource that aligns with core conservative energy principles: reliability, affordability and American innovation. As advanced geothermal technologies gain traction in the energy sector, it is worth recognizing the federal policies that helped get this innovative technology to this point. For decades, Republicans in Congress championed policies to unleash geothermal resources […]
Introduction Over the past two decades, the United States transformed its energy landscape by modernizing and rapidly expanding natural gas production. Key technological breakthroughs such as horizontal drilling, hydraulic fracturing and 3-D seismic imaging unlocked vast shale reserves once thought unfeasible. This transformation positioned America as a global energy superpower, with liquefied natural gas (LNG) […]
Introduction Nuclear energy provides reliable, zero-emissions electricity and has the highest capacity factor of any power-generation source. In 2023, nuclear plants in the United States operated at full capacity more than 93 percent of the time. Nuclear assets run 24/7, 365 days a year, providing clean, abundant and safe baseload power. In the U.S., demand […]
Artificial intelligence (AI) is revolutionizing industries worldwide, and energy is no exception. With its ability to optimize grid management, enhance equipment reliability and accelerate innovation, AI promises a more efficient, sustainable and secure energy future. However, America’s ability to maintain its leadership in this transformative field is at risk. China, our primary geopolitical rival, is […]
Introduction The rise of artificial intelligence (AI) promises unparalleled advancements across every industry in the United States with the potential to enhance nearly every product and service through innovation. Energy is no exception. AI has the potential to revolutionize how we generate, distribute and consume power—transforming everything from demand forecasting to grid management and supply […]
CRES Forum hosted the sixth and final CRES Academy session of 2024, “Nuclear 101: The Role of Nuclear Technologies in Powering the Future.” The session explored the vital importance of nuclear assets for the future of energy in the U.S., including the different regulatory environments that nuclear utilities operate in, the deployment challenges that nuclear […]
Introduction The United States is experiencing a historic period of load growth and resource demand led by new manufacturing, industrial facilities and data centers. In this context, carbon capture utilization and storage (CCUS) technologies are emerging as a crucial solution – and one of the most cost-effective – to address the challenge of meeting increased […]
The United States’ energy security has changed dramatically since U.S. imports peaked in 2007. As the U.S. continues to decarbonize and work towards net zero, many questions must be answered: At what pace and scale will the U.S. need to deploy clean energy technologies to achieve net zero emissions?