24 Hour SOLAR
Intellectual Property

Four Provisional Patents Filed — Priority Date Secured

All four applications were filed with the USPTO within days of each other in July 2026. A 12-month PCT window remains open for international filing.

PPA-A

Innovative Heliostat

PPA-B

Platform

PPA-C

Secondary Mirror

PPA-D

System Architecture

Integration claims spanning all subsystems — the synergy patent covering how the other three innovations work together as a single system.

Three-Ring Protection Strategy

Ring 1 — Component Patents

PPA-A, PPA-B, and PPA-C protect the individual components and are licensable to existing CSP developers upgrading incumbent plants.

Ring 2 — System Architecture

PPA-D protects the integration itself — how the components work together — not just the individual parts.

Ring 3 — Operational Know-How

Trade secrets in commissioning procedure, control logic, and salt chemistry, held outside the patent filings entirely.

Why Now

Claude and Grok say AI data centers urgently need this power infrastructure upgrade if they are to continue to develop. This exact market is already being funded, at scale — by Sam Altman, with a significantly inferior architecture.

Exowatt (Sam Altman-backed)

Raised $140M in under two years for modular solar-thermal storage targeting AI data centers, with a 90 GWh project backlog already booked and a target of 1¢/kWh dispatchable power. This validates the market for solar-thermal storage at data-center scale — but Exowatt's architecture has no PV co-generation, no process heat output, and no filed patent estate in this specific integration.

The cost floor: molten salt thermal storage runs roughly $23–50 per kWh-thermal, versus lithium-ion at roughly $140/kWh in 2026 (down from about $800/kWh a decade ago). Even after a decade of battery cost declines, thermal storage still wins decisively on cost for long-duration, bulk capacity.