Cooling system and method with integrated waste heat utilization for enhanced energy efficiency and sustainability

A hybrid cooling system, comprising:

• a compressor configured to compress a refrigerant and provide primary cooling;
• a condenser operatively coupled to the compressor, configured to reject heat generated during compression of the refrigerant;
• an adsorption chiller, thermally coupled to the condenser, configured to capture the heat rejected by the condenser;
• wherein the adsorption comprises a solid adsorbent material configured to adsorb and desorb a refrigerant;
• a cooling circuit configured to provide secondary cooling using the rejected heat captured by the adsorption chiller;
• a first evaporator associated with the compressor, configured to deliver primary cooling;
• a second evaporator associated with the adsorption chiller, configured to deliver secondary cooling;
• a control system configured to:
• dynamically distribute the cooling load between the first and second evaporators based on real-time thermal demands;
• optimize operational efficiency by selectively activating the compressor, adsorption chiller, or both based on input conditions;
• and
• monitor and adapt system parameters using a combination of predictive algorithms and real-time sensors.