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Systems and Methods for Vapor Compression Systems with a Multi-Circuit Heat Exchanger and a Low Cost Distributor

发明专利审中
20权利要求 · 2 独立
§ Ⅰ

卷宗概要

发明人

John Kevin Brehm; Baojie Mu

IPC 分类

F25B 13/F25B 41/31F25B 41/37F25B 41/42

CPC 分类

F25B13/F25B41/31F25B41/37F25B41/42

Systems and methods for vapor compression systems having at least one multi-circuit heat exchanger and a distributor designed to receive multi-phase refrigerant from an expansion valve and evenly distribute the multi-phase refrigerant using the distributor have been developed for improved efficiency and reduced cost. The distributor may be positioned in close proximity to the expansion valve and may be oriented with respect to an output of the expansion valve to cause the refrigerant flow to impact the distributor and enhance turbulent flow to facilitate mixing of the liquid and vapor refrigerant. Channels extending from the distributor may be positioned with respect to the output of the expansion valve to facilitate even distribution of the multi-phase refrigerant flow. With each circuit of the multi-circuit heat exchanger supplied with evenly distributed multi-phase refrigerant, efficiency will be improved.

原文(中文)

Systems and methods for vapor compression systems having at least one multi-circuit heat exchanger and a distributor designed to receive multi-phase refrigerant from an expansion valve and evenly distribute the multi-phase refrigerant using the distributor have been developed for improved efficiency and reduced cost. The distributor may be positioned in close proximity to the expansion valve and may be oriented with respect to an output of the expansion valve to cause the refrigerant flow to impact the distributor and enhance turbulent flow to facilitate mixing of the liquid and vapor refrigerant. Channels extending from the distributor may be positioned with respect to the output of the expansion valve to facilitate even distribution of the multi-phase refrigerant flow. With each circuit of the multi-circuit heat exchanger supplied with evenly distributed multi-phase refrigerant, efficiency will be improved.