TH9887C3 - Solar cooling system using ejector - Google Patents

Abstract

DC60 (05/08/56) Ejector-powered solar cooling system consists of an ejector generator, an evaporator condenser, all of which are connected sequentially by a condensing hose. Cool until a closed circuit of the cooling system There is a pressure adjustment valve connected to each part. With a collector of solar radiation as part of receiving energy from the sun Connect to the vapor generator Acts as a source of energy to cool the refrigerant at the vapor generator. Have higher temperature and pressure And the ejector is a pressure relief device for The refrigerant that will enter the condenser and lower the pressure area of the evaporator. The ejector solar cooling system consists of a generator, an ejector, a condenser, an evaporator, all of which are connected in sequence by a refrigerant conduit to form a closed loop of the system. Cool There is a pressure adjustment valve connected to each part. With a collector of solar radiation as part of receiving energy from the sun Connect to the vapor generator Acts as a source of energy to cool the refrigerant at the vapor generator. Has increased temperature and pressure And the ejector is a pressure relief device for The refrigerant that will enter the condenser and lower the pressure area of the evaporator.

Claims (1)

Disclaimers (all) that will not appear on the advertisement page: 1. The ejector solar cooling system consists of various functional parts: a vapor generator (2) an ejector (3) a condenser (4) an evaporator (5) with all the equipment connected in. Together, respectively, the refrigerant conveying pipe Until the cooling system is closed.There is a pressure adjustment valve connected between the vapor generator (2), ejector (3), condenser (4), evaporator (5) to Pressure control Where they are unique The solar collector (1) is the source of energy from the sun. Connected to the vapor generator (2) serves as energy To make the refrigerant that the vapor generator (2) has Increased temperature and pressure And the ejector (3) acts as a device to reduce the pressure of the refrigerant entering the To the condenser (4) and the evaporator area (5) is lowered.