Clean Distributed Energy Grid Integration Act - Fall

Team Members: Elizabeth Medford, Judy Goh, Johnathon A. De Villier, Mckenzie Schwartz, Alexei Gittelson, Louise Venables, Mauricio Child, Kai Shen, Arina Susijo and Siyu Chen

The U.S. electricity grid faces growing challenges driven by rising demand, aging infrastructure, and increasing vulnerability to extreme weather events. Between 1995 and 2015, electricity demand increased significantly, while centralized fossil fuel–based generation systems continued to dominate production, resulting in inefficiencies, greenhouse gas emissions, and widespread service interruptions. Major outages such as Superstorm Sandy exposed structural vulnerabilities, leaving millions without power and demonstrating the need for a more resilient and flexible electricity system. Distributed energy technologies—including rooftop solar, localized storage, and decentralized generation—offer opportunities to reduce transmission losses, enhance reliability, and lower emissions by generating electricity closer to the point of use.

The proposed implementation framework establishes a coordinated federal program administered by the Department of Energy to accelerate the integration of distributed energy systems. Key components include funding for demonstration projects, research grants, and a national working group to improve stakeholder coordination and technical knowledge. These initiatives would support innovation, address regulatory barriers, and promote adoption of clean energy technologies. Improved grid integration would increase system redundancy, reduce vulnerability to outages, and enhance overall efficiency. By modernizing electricity infrastructure and diversifying generation sources, the program strengthens energy security, supports climate mitigation goals, and facilitates a long-term transition toward a cleaner and more resilient national energy system.

Learn more about the MPA-ESP Workshop in Applied Earth Systems Management.