Follow the energy, not just the equipment.
The GEOFLEX five-minute explainer introduces a coordinated energy pathway: capture heat from a validated well, convert it into electrical power, store the power in fixed or mobile batteries, and route it where demand exists.
The film combines cinematic concepts with independently rendered diagrams and narration. It is intended to make the architecture understandable, not to substitute for project engineering or measured operating results.
Standalone by design. DC-native at the hub.
GEIOS stimulation and extraction feed the surface conversion system. An Organic Rankine Cycle drives the DC-generation assembly; charge conditioning manages voltage, protection and battery limits. GEOFLEX does not need a utility-grid connection for its core charging and delivery operation.
DC-native architecture avoids an unnecessary external AC-generation and rectification detour before charging batteries. Conditioning, thermal conversion and storage still have losses. Comparisons in the film are labeled engineering illustrations, not universal efficiency guarantees.
Stored electricity is what moves.
The well remains in place. Fixed batteries anchor the charging hub, while Nomad mobile batteries carry stored electrical energy to a customer site. A controlled connection replenishes stationary storage; the mobile unit returns to the hub to charge again.
Applications include EV charging hubs, data centers, mining and industry, and hospitals and critical infrastructure. Availability depends on engineering the generation, storage, routes, protections and customer load together.
Explore the concept.
Use the “See GEIOS GEOFLEX in action” button on the homepage to watch the complete film. Ten chapter controls let you move directly to heat capture, DC generation, storage, replenishment, critical compute or dispatch.
GEOFLEX uses proprietary GEIOS technology. The U.S. patent application is under validation—patent pending. The website does not disclose confidential patent files or protected implementation details.