System for recovering thermal energy produced in pyrometallurgical process plants or similar, to convert same into, or generate, electrical energy

A system configured for the recovery and conversion of heat energy produced in puro-metallurgical processing plants into electric energy, the system comprising:

• a plurality of subsystems, wherein each subsystem comprises:
• a set of heat transfer chambers;
• a cylindrical flanged spool, wherein the cylindrical flanged spool contains the set of heat transfer chambers to capture a quantity of heat from a heat source;
• a set of stirling engines, wherein each stirling engine is connected to a corresponding heat transfer chamber to generate a net conversion of heat energy to mechanical energy;
• a set of mechanical-electrical converters, wherein each converter is connected to a corresponding stirling engine to transform mechanical energy to electrical energy and further comprises:
• a section for conversion from mechanical to electrical energy with variable voltage and current levels;
• and
• a section of stabilization of electric power configured to provide electricity for commercial use;
• a concentrator hub;
• and
• a set of protected wires, wherein each protected wire connects a corresponding converter to the concentrator hub for distribution of the electric power to an electrical network;
• wherein each heat transfer chamber comprises a gas interface and a link section with a corresponding stirling engine.