TH18833A - Methods and tools for the collection of heat from refrigeration. - Google Patents

Abstract

The enormous energy loss in the form of heat was overcome by means of - and the tool for heat storage from the invention chiller. This tool consists of two parts. The first is a smaller diameter heat-conducting fluid pipe, which is inserted inside the large diameter refrigerant pipe of the condenser. The second is a refrigerant pipe, an expanded cross-sectional area that is encapsulated within the conduction fluid pipe. By replacing the condenser's conventional refrigerant hose with the first part of this invention. By connecting the second part of this invention between the compressor and the concentric refrigeration condenser. And by feeding the heat-conducting fluid into the two heat-conducting tubes, which are connected in series in the opposite direction of the refrigerant flow in the refrigerant tube, A heat-conducting fluid whose temperature is high enough for industrial applications can be obtained.

Claims (4)

1. Apparatus for collecting heat from refrigeration, consisting of apparatus for collecting heat from the first cooler. It is connected to the apparatus for the collection of heat from the second chiller in series, which a) the apparatus for the collection of heat from the first part refrigeration. It consists of a preliminary heat collection tube. Which is smaller in diameter and is inserted inside Refrigerant pipe, the first pipe of the refrigeration condenser in such a way that Both ends of it emerge from the first such condenser pipe through which the first refrigerant tube enters and exits the condenser. Inlet pipe for pre-collector pipe Where one end of it is connected to one end of the preheat pipe emerging from the district. Which the first refrigerant pipe leaves the said denser The other end is used as an inlet to feed the activated heat conduction fluid to collect lower temperature heat into the preheat collector. Outlet pipe for pre-collector heat pipe Where the end is connected to one end of the pre-heat collector tube. That emerge from the area where the said refrigerant pipe enters the condenser And at the other end is used as an outlet to pay goods The heat carrier is used to collect heat at higher temperatures. B) the second part of the pre-accumulator, and the inlet and outlet for the first such condenser refrigerant pipe. Second refrigerant pipe Components that are added to its cross-sectional area and / or are added to the surface of its inner and outer walls. Compared to the rest of the pipe. Introduction to heat collector pipes It was built to surround that component of the second such refrigerant pipe. Which has been added to its cross-sectional area and / or is added to the surface of its inner and outer walls. Compared to the rest of the pipe. It is constructed so that there is space between its inner skin and the outer wall surface of the aforementioned refrigerant pipe component, which is added to its cross-sectional area and / or its surface is added. In front of the inner wall and all its outer walls It was also built to provide an entrance and exit for the space. Inlet pipe for the said pre-collector pipe Which at one end is connected to the said inlet for the said vacancy of the heat collector pipe. And at the other end is used as an inlet to feed the used heat transfer fluid. To collect the lower temperature heat into the open space of the said preliminary heat collector pipe. Outlet pipe for pre-collector heat pipe Which at one end is connected to the said outlet For the said vacancy of the said pre-collector pipe And at the other end is used as an outlet to supply the heat-conducting fluid that is used to collect the heat contained Higher temperature exits from the said openings for the said pre-collector pipe and the inlet and outlet for the second such second refrigerant pipe. C) Connection is made by connecting the outlet pipe. For such preliminary heat collector pipes To the inlet pipe for the pre-collector pipe And by connecting the outlet for the second such condenser to the inlet for the first such condenser. 2. A method for modifying the heat storage system in a refrigeration unit consisting of The procedure for replacing the refrigerant condenser with a tool for collecting heat from the cooler is pursuant to claim 1, with a connection inlet for the aforementioned refrigerant pipes. To the compressor outlet of the said chiller and the outlet connection for the said first refrigerant pipe to the said condenser to the inlet of the said chiller evaporator. 3.Methods for modifying heat storage systems in refrigeration According to the right claim 2, which the refrigeration unit is the refrigerator 4.Methods for modifying heat storage systems in refrigeration. According to claim 2 or 3, in which convective fluid is water