# West Gate Fellows Target Critical Minerals, Geothermal Energy, and Advanced Battery Technologies
The National Laboratory Research (NLR) has selected seven startup founders as West Gate Fellows, a program designed to accelerate commercialization of clean energy technologies. The first cohort includes four fellows developing solutions in three critical areas: domestic critical mineral production, affordable geothermal energy generation, and ultralight advanced battery systems.
The fellowship represents a direct intervention in supply chain vulnerabilities that constrain the U.S. clean energy transition. Critical minerals including lithium, cobalt, and rare earth elements remain concentrated in foreign supply chains, creating bottlenecks for battery manufacturing and renewable energy deployment. The fellows selected for mineral extraction and processing work directly on reshoring production capacity that domestic manufacturers currently lack.
Geothermal energy production addresses a persistent gap in the renewable portfolio. While solar and wind capacity have expanded rapidly, geothermal remains underdeveloped in the United States despite consistent baseload generation potential. Enhanced Geothermal Systems (EGS) technology, which creates artificial reservoirs in hot rock formations, could unlock geothermal resources in regions currently considered unfeasible. Affordable deployment requires technological breakthroughs that reduce drilling costs and improve thermal efficiency. The fellows working in this space aim to lower barriers that have historically made geothermal uncompetitive against fossil fuels in most markets.
Battery innovation forms the third pillar of the West Gate cohort. Current lithium-ion battery systems face weight constraints for aviation, portable applications, and electric vehicle range optimization. Ultralight battery architectures using alternative chemistries or structural innovations could enable new use cases while reducing material consumption per unit of energy storage.
NLR's involvement provides these startups with access to laboratory expertise, equipment, and validation pathways typically unavailable to early-stage companies. The fellowship model accelerates the transition from prototype to commercial deployment by embedding entrepreneurs within research institutions where they can access peer review, testing facilities, and connections to venture capital networks.
The program targets a bottleneck in clean energy scaling. Most emerging technologies stall between proof-of-concept and first-commercial deployment, a phase requiring both technical refinement and market validation. By providing institutional support during this critical window, West Gate fellows increase the probability that lab-developed technologies reach commercial markets and achieve deployment at scale.
The article identifies these fellows by entertainment character comparisons, suggesting diverse backgrounds and personalities within the cohort. This naming convention reflects broader trends in cleantech entrepreneurship, where founders increasingly come from non-traditional backgrounds rather than energy sector incumbents.
Part two of the series will profile the remaining three fellows and their technologies. The full cohort represents NLR's strategic commitment to addressing supply chain vulnerabilities, geographic energy access challenges, and performance barriers that currently limit clean energy deployment rates.