DOE names nine winning teams in Feeder of the Future Prize for advanced electric distribution system designs

The U.S. Department of Energy’s Office of Electricity named nine winning teams in the Feeder of the Future Prize, a $50,000 American-Made competition that challenged participants to rethink how electricity reaches homes and businesses across rural, suburban, and urban communities. The announcement came on September 10, 2026.

The prize asked teams to design advanced electric distribution feeders capable of handling variable supply and demand, on-site generation, and distributed devices — while improving affordability, reliability, and security for all U.S. consumers.

DOE announces nine prize-winning teams

Five winners and four runners-up took home prize money from the $50,000 competition. Winners receive $8,000 each; runners-up walk away with $2,500. The DOE made the announcement in Washington, D.C., on September 10, 2026.

The Feeder of the Future Prize is one piece of that larger effort to move American energy infrastructure forward through practical, competition-driven innovation.

The Feeder of the Future Prize runs under the American-Made program, administered by the National Renewable Energy Laboratory. Teams competed across three tracks — Rural, Suburban, and Urban — because power delivery challenges in a small farming community look nothing like those in a dense city neighborhood. That distinction shaped everything about how the competition was structured.

What the competition required and why it was launched

Electricity demand is rising fast, and the existing grid is feeling the strain. That pressure is pushing utilities and innovators to reconsider how distribution feeders are designed, operated, and secured.

The prize was structured to advance President Trump’s Executive Order on electric grid reliability and security, as well as his Ratepayer Protection Pledge — with a clear goal of finding solutions that make energy more affordable and resilient for everyday consumers, not just impressive on paper. Teams had to tackle managing variable supply and demand, accommodating on-site generation, integrating distributed devices, and meeting evolving cyber-physical security requirements. It’s a demanding list, and it reflects how much the modern grid has already changed.

The five winners and their proposed solutions

GridForge Energy (California, Urban Track) took a blockchain-inspired approach. The team uses distributed ledger technology and cryptographic fingerprints to verify that real, measurable changes actually happened on a feeder during grid service events — bringing genuine transparency to demand flexibility.

Grid Grit (South Dakota, Rural Track) focused on a practical pain point: storm outages in rural areas. Their solution adds adaptive conductors to single- and three-phase rural distribution lines, enabling instant load transfer and faster recovery when severe weather hits.

Smart Grid Design Lab at Purdue University Northwest (Indiana, Suburban Track) went software-first, combining real-time digital-twin prediction, federated anomaly detection, and large-language-model-assisted cyber-physical remediation into one coordinated decision framework. It’s a mouthful — but the underlying idea is a feeder that thinks and responds on its own.

Power Grid Innovation Team (New York, Suburban Track) proposed a modernized looped-topology feeder architecture integrating advanced automation, distributed optimization, and cyber-physical resilience. The design directly addresses pressures from EV adoption, data center growth, climate-driven outages, and cybersecurity threats — four forces that aren’t going away.

Rural Grid Vanguard – EPE Consulting (Texas, Rural Track) rounded out the winners with a hierarchical co-optimization framework that ties together long-term infrastructure planning with real-time control of battery energy storage systems, tackling both today’s operational needs and tomorrow’s capacity demands in a single approach.

The four runners-up and their approaches

The runners-up brought plenty of creative thinking to the table.

DBbun (Massachusetts, Suburban Track) designed a feeder concept that uses segmentation and tie switches to restore power to most non-fault customers within 20 minutes — even under cyber constraints. Their approach evaluates hundreds of feeder variants to consistently minimize customer interruption time.

PEEC LAB (Arizona, Urban Track) proposed a hybrid solid-state transformer that works in parallel with existing line-frequency transformers, creating a flexible, scalable medium-voltage to low-voltage interface for urban feeders without requiring a full infrastructure overhaul. It’s an upgrade path, not a replacement.

Xyflow (Ohio, Suburban Track) built a software overlay for suburban distribution feeders that learns from historical operations data and continuously updates using real-time measurements — essentially giving an existing feeder a smarter brain without touching the hardware underneath.

United Powerer (Texas, Rural Track) tackled energy independence at the feeder level. Their concept centers on self-sustaining rural power systems that rely on local distributed generation to keep the lights on, regardless of what’s happening upstream on the broader grid.

Expected impact and next steps

The winning designs aren’t just theoretical exercises. According to the Department of Energy, these submissions are intended to influence both green-field feeder deployments — brand-new installations — and brown-field upgrades to existing distribution infrastructure. That dual applicability makes them particularly useful for utilities planning grid modernization projects.

The potential benefits reach beyond reliability alone. Better feeder design can ease maintenance burdens, support the integration of new technologies, and help meet the cyber-physical security demands that modern grid operators increasingly face.

Assistant Secretary of the Office of Electricity Katie Jereza put it plainly: “The grid of the future will be built feeder by feeder.” Her framing underscores that large-scale grid transformation doesn’t happen all at once — it happens incrementally, one distribution system at a time.

The American-Made program, which organized this prize, supports energy innovation through prize competitions, collegiate challenges, technical assistance vouchers, and access to a broader expert network. The Feeder of the Future Prize is one piece of that larger effort to move American energy infrastructure forward through practical, competition-driven innovation.

Kelly Lippke

Kelly is an experienced writer with 15 years of experience exploring the big stories that shape our world, from tech breakthroughs and space exploration to climate, energy, and the fascinating quirks of science. She has a talent for turning complex ideas into sharp, memorable insights that stay with readers long after they’ve finished reading.