EcoPower Source pushes integrated AI, telecom and geothermal model

EcoPower Source CEO Sharita M. Humphrey joined a Society for Low Carbon Technologies panel on rural AI infrastructure, arguing that power, policy and community trust must be planned together. The discussion highlighted EcoPower’s GeoEcoHub™ approach, which ties geothermal, next-generation telecom and microgrids to lower energy costs and support rural development.

Why it matters: - AI data centers are moving beyond hyperscale campuses, and rural projects now face intertwined power, telecom, water and community-acceptance hurdles. - EcoPower Source is positioning its GeoEcoHub™ model as a way to bundle geothermal energy, 5G/6G connectivity, microgrids and community-scale infrastructure into one deployment plan. - The company says the framework is designed to cut local energy costs by 30% to 40% while creating municipal revenue for growth and development.

What happened: - EcoPower Source Inc. CEO Sharita M. Humphrey joined leaders from NVIDIA, KPMG and XGS Energy on a Society for Low Carbon Technologies panel titled “Powering the AI Edge: Scaling Infrastructure in Rural Hubs and Megacities.” - The panel focused on how AI infrastructure is being deployed in rural America and what that means for power, telecommunications and local communities. - Fernando C. Hernandez, chairman of the SFLCT board, opened the discussion.

The details: - Humphrey said geothermal projects can no longer be planned in isolation because power availability, localized policy and community trust are interdependent. - EcoPower’s GeoEcoHub™ model seeks to merge geothermal energy, next-generation telecommunications, resilience planning and digital infrastructure into a single framework. - Humphrey has publicly promoted a community-first approach since 2025, including on media platforms such as “Geothermal Unleashed.” - EcoPower says it stays embedded in host communities after construction to help with capital structuring and technology deployment. - The company ties resilient microgrids, including geothermal systems, to localized economic investment. - The panel compared traditional grid interconnections with hybrid microgrid setups, including behind-the-meter and full transmission integration. - Panelists also discussed AI Radio Access Networks and next-generation 5G/6G connectivity, including work being advanced by NVIDIA and T-Mobile. - Water stewardship in geothermal co-location, policy effectiveness and community sentiment were all part of the discussion. - The group also examined how to reduce friction around data center development, including rising public opposition. - Humphrey’s background includes public-sector auditing, entrepreneurship, and service as a U.S. Department of State Speaking Expert and Google for Startups Accelerator Mentor.

Between the lines: - The panel reflects a broader shift: AI infrastructure is increasingly a systems problem, not just a computing problem. - Humphrey’s message suggests rural projects may need finance, telecom, energy and community strategy to move at the same pace as AI demand. - Her auditing background and advisory roles give EcoPower credibility in a conversation where execution, financing and local alignment matter as much as technology.

What's next: - EcoPower is expanding its GeoEcoHub™ concept as rural AI infrastructure demand grows. - The company appears to be using the SFLCT panel to advance its case that geothermal, telecom and microgrids should be deployed together rather than separately. - The debate over data center siting, water use and community consent is likely to shape how quickly those projects move forward.

The bottom line: - EcoPower is betting that the next phase of AI buildout will reward integrated infrastructure strategies that link energy, connectivity and local trust from day one.