Cryogenic Regenerative Transformer–SuperCapacitor System
FM Integration Inc. is developing a Cryogenic Regenerative Transformer–SuperCapacitor System designed to improve energy stability and efficiency in superconducting and cryogenic environments. The system integrates magnetic energy capture with high-performance capacitive storage to recover and reuse transient energy that would otherwise be lost during switching or field collapse events. This approach supports more resilient, efficient […]
FM Integration Announces Super-Lattice Battery Architecture
FM Integration Inc. today announced a super-lattice battery architecture designed to significantly enhance energy density, charge stability, and lifecycle performance across advanced energy storage applications. The architecture leverages engineered lattice materials, precision layer stacking, and advanced control methodologies to reduce internal losses and improve charge–discharge efficiency. This next-generation battery platform is intended for use in […]
FM Integration Unveils Inverted Tokamak Fusion Reactor Architecture
FM Integration Inc. today unveiled a inverted tokamak fusion reactor architecture designed to improve plasma stability, thermal management, and overall system efficiency compared to conventional tokamak designs. The novel configuration rethinks magnetic field geometry and structural layout to enhance controllability while reducing operational stress on critical components. The inverted architecture is intended to support safer, […]
Advancement in Helical Technology: Field-Activated Desalination
FM Integration Inc. is advancing desalination technology through the development of field-activated helical systems designed to enhance ion separation and water purification efficiency. By leveraging controlled electromagnetic and structural helical architectures, this approach enables selective interaction with dissolved salts and contaminants without relying solely on traditional pressure-driven or thermal processes. The technology represents a new […]