UNIVERSAL SYSTEM OF ENTROPIC HARVESTING AND ASYNCHRONOUS ENERGY SOVEREIGNTY MANAGEMENT.

Abstract

The present invention describes a hardware ecosystem designed for the autonomous generation and management of electrical energy from the utilization of ambient thermodynamic waste. The system comprises modules for capturing thermal gradients, electromagnetic noise, and kinetic vibrations, processed by an asynchronous management unit called Trujillo-Core. This unit dynamically and agnostically rectifies and steps up the electrical potential to power external devices or critical infrastructure. The energy is stored in ultra-fast charging solid-state supercapacitors. The system integrates protection against atmospheric overvoltages and allows for the wireless transfer of surplus energy between adjacent structures via volumetric induction. Thanks to its fractal architecture, it is applicable in the medical, telecommunications, and urban planning sectors, guaranteeing complete energy sovereignty and security against cyberattacks.