Blowerless heat exchanger based on micro-jet entrainment

A method for configuring an improved blowerless heat exchanger apparatus, comprising:

• providing a plurality of fins spaced apart from each other and fabricated in association with a plurality of micro-jet nozzles on a surface of said plurality of fins, wherein said plurality of micro-jet nozzles point to an air flow direction in order to directly propel air by entrainment;
• providing a plurality of air channels embedded in said plurality of fins in fluidic connection with said plurality of micro-jet nozzles;
• and
• associating an air compressor that provides compressed air to said plurality of micro-jet nozzles wherein said plurality of micro-jet nozzles induces entrainment flow and turbulence to enhance a heat transfer coefficient thereof, potentially by an order of magnitude, therefore permitting larger flow spacing between said plurality of fins, thereby leading to a substantial reduction of flow resistance and overall power consumption.

A method for configuring an improved blowerless heat exchanger apparatus, comprising:

• providing a plurality of fins regularly spaced apart from each other and disposed parallel to each other and fabricated in association with a plurality of micro-jet nozzles on a surface of said plurality of fins, wherein said plurality of micro-jet nozzles point to an air flow direction in order to directly propel air by entrainment;
• providing a plurality of air channels embedded in said plurality of fins in fluidic connection with said plurality of micro-jet nozzles;
• associating an air compressor that provides compressed air to said plurality of micro-jet nozzles wherein said plurality of micro-jet nozzles induces entrainment flow and turbulence to enhance a heat transfer coefficient thereof, potentially by an order of magnitude;
• and
• associating a tapered nozzle and an opening thereof with said plurality of micro-jet nozzles in order to direct air on said plurality of fins surface utilizing micro-jets entrainment, therefore permitting larger flow spacing between said plurality of fins, thereby leading to a substantial reduction of flow resistance and overall power consumption.