Qtyche was named the winning team in a Department of Energy challenge designed to test quantum solutions for increasing strain on the nation’s power grid. The challenge, part of the 2026 Global Industry Challenge hosted by Connected DMV, tasked teams with applying quantum and hybrid computing to optimize energy storage and microgrid deployment amid increasing electricity demand from data centers and advanced manufacturing.
“Leadership in emerging technologies requires rigorous testing against real-world problems and a clear understanding of both their capabilities and their limitations,” said Anthony Pugliese, Chief Commercialization Officer and Director of the DOE Office of Technology Commercialization. The resulting performance benchmarks will serve as reference points for tracking progress in quantum computing as the technology matures.
Quantum and Hybrid Approaches Benchmarked for Grid Planning
The winning team in the Department of Energy challenge, Qtyche, successfully executed its approach using both quantum hardware and simulation environments to address a complex grid planning problem. Growing electricity demand from data centers, advanced manufacturing facilities, and large industrial operations drove the need for innovative solutions to optimize energy storage deployment and microgrid capacity, a challenge the DOE specifically designed to test emerging computing paradigms.
These benchmarks will allow researchers to track relevance as the field moves toward fault-tolerant quantum computing, a critical step for practical applications. Connected DMV engaged over 600 applicants from more than 50 countries throughout the three phases of the competition, highlighting the global interest in applying quantum computing to real-world infrastructure challenges. Tom Touchet, Interim CEO of Connected DMV, said, “Our partnership with the U.S. Department of Energy is critical to this effort.”
The DOE Office of Technology Commercialization led both the development of the challenge topic and the technical review of submissions, ensuring a comprehensive evaluation of the proposed solutions and the resulting benchmarks. These benchmarks are intended to provide a clear path forward for quantum computing’s role in modernizing the electrical grid.
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