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The quantum battery embodiment in U.S. patent application 19\/540,453 is specified as a self-recharging power source with LED nano-charging and quantum-dot arrays (84\u201398% efficiency). The patent explicitly lists applications: IoT, EV, grid storage, data centers, medical, and aerospace. Inside the same application, the electric jet and the war satellite both use this battery as their primary power, so the battery is already designed into two other portfolio inventions.<\/p>\n
For IoT, a self-recharging cell could reduce or eliminate battery replacement in sensors and edge devices. For EVs, the same technology could extend range and reduce dependency on charging infrastructure. For grid storage, efficiency and longevity matter. For data centers, density and reliability. For medical devices, safety and form factor. For aerospace, weight and endurance. The patent does not lock the battery to one use; it defines the technology and leaves deployment to licensees and partners.<\/p>\n
The specification states that the quantum battery system includes foundry-ready design and GDSII generation tools. That means the design can be taken into semiconductor and advanced manufacturing workflows\u2014not just lab prototypes. Combined with \u201c5,000+ configurations\u201d and \u201cscalable\u201d language in related project documentation, the embodiment supports many product variants from one core design. All under one application number: 19\/540,453, filed February 13, 2026.<\/p>\n
Source: US Patent Application 19\/540,453, Sections 8.5, 8.3, 8.4.<\/em><\/p>\n [\/lcus_masonry_article]<\/p>\n <\/p>\n