The initiative arrives at a pivotal moment. Experts forecast that by 2028, the U.S. power grid could hit a tipping point, where electricity supply may no longer meet peak demand. This strain—driven by rising energy needs, extreme weather, and cybersecurity risks—already contributes to economic losses estimated at $150 billion annually from power outages.
To help offset these risks, the coalition is mobilizing $7.5 billion in identified funding to support infrastructure projects at critical facilities like schools, hospitals, airports, water treatment plants, and municipal campuses. This capital is designed to make resilience upgrades financially viable, even for budget-constrained organizations.
Financing models like Energy-as-a-Service (EaaS) and Energy Savings Performance Contracts (ESPCs) are central to the strategy. These tools allow organizations to bypass large upfront investments by funding upgrades through long-term savings or operational budgets—unlocking access to cleaner, more reliable power without financial strain.
The coalition’s technical approach centers on distributed energy resources (DERs)—a mix of systems that reduce dependency on the centralized grid. These include solar panels, battery storage, EV charging infrastructure, and geothermal systems, often integrated into microgrids that can function independently during outages or peak load events.
Technology providers like AlphaStruxure, Sunrock, and Schneider Electric are supporting project deployments with scalable microgrid systems. Schneider’s EcoStruxure Microgrid Flex and Energy Control Center are being used to optimize and manage distributed assets, while their national EcoXpert partner network delivers on-the-ground implementation.
In Maryland, Montgomery County has installed AlphaStruxure microgrids at two bus depots, powering electric buses with a 6.5 MW system. In Piscataway, New Jersey, a comprehensive microgrid project supports eight municipal buildings and includes battery storage with five days of backup power, 2.9 MW of solar, and 28 EV chargers—all expected to reduce the township's carbon footprint by over 50% by 2026.
Longview Independent School District in Texas has also adopted solar infrastructure across 10 schools, projecting $450,000 in annual utility savings and a reduction of roughly 9 million pounds of CO₂ emissions.
Beyond sustainability goals, these projects provide real operational benefits: energy cost stability, improved outage resilience, and long-term fiscal savings.
