Summary of H.R. 1752: Technology for Energy Security Act

Bill Overview

The Technology for Energy Security Act (H.R. 1752) is a piece of legislation that aims to promote the development and deployment of advanced energy technologies to enhance the nation's energy security and resilience. This bill was introduced in the House of Representatives on February 27, 2025, with a companion bill (S. 1043) introduced in the Senate.

Key Provisions

The main provisions of the Technology for Energy Security Act include:

1. Technology Research and Development Funding: The bill authorizes $5 billion in funding over 5 years for the Department of Energy to support research, development, demonstration, and commercialization of advanced energy technologies, including:

   • Energy storage systems
   • Hydrogen production and infrastructure
   • Advanced nuclear reactors
   • Carbon capture, utilization, and storage (CCUS) technologies
   • Renewable energy systems and grid modernization

2. Loan Guarantee Program Expansion: The bill expands the Department of Energy's existing loan guarantee program to include support for the deployment of eligible advanced energy technologies, with a focus on projects that enhance energy security and resilience.

3. Workforce Development: The legislation directs the Department of Energy to establish and support workforce training programs to build a skilled workforce capable of manufacturing, installing, and maintaining advanced energy technologies.

4. Federal Procurement: The bill requires federal agencies to prioritize the procurement of advanced energy technologies, including energy storage, renewable energy, and CCUS systems, to drive market adoption and spur further innovation.

Impact and Stakeholders

If enacted, the Technology for Energy Security Act would have the following impacts:

• Energy Sector: The bill would provide substantial funding and support for the research, development, and deployment of a range of advanced energy technologies, potentially accelerating their commercialization and widespread adoption.

• Manufacturers and Businesses: The workforce development and federal procurement provisions could create new economic opportunities for businesses in the advanced energy technology supply chain.

• Consumers and Ratepayers: The increased deployment of advanced energy technologies could lead to more reliable, resilient, and potentially more affordable energy for households and businesses.

• Environmental Stakeholders: The support for technologies like CCUS and hydrogen could contribute to efforts to reduce greenhouse gas emissions and mitigate climate change.

Timeline and Next Steps

The Technology for Energy Security Act is currently in the introductory stage, having been introduced in the House of Representatives. It will need to go through the standard legislative process, including committee hearings, amendments, and votes in both the House and Senate, before potentially being signed into law by the President.