Test device for testing water chilling unit with heat recovery function

A chiller and testing device technology, applied in measuring devices, testing of machines/structural components, instruments, etc., to achieve large heat transfer temperature difference, reduce operating flow and overall energy consumption, and simplify cooling schemes

Active Publication Date: 2019-02-22
HEFEI GENERAL MACHINERY RES INST +1
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

The existing test equipment for testing chillers cannot achieve the above goals, so there is an urgent need for a test equipment for chillers with heat recovery function

Method used

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  • Test device for testing water chilling unit with heat recovery function
  • Test device for testing water chilling unit with heat recovery function
  • Test device for testing water chilling unit with heat recovery function

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0034] Such as figure 1 As shown, a test device for testing a chiller with heat recovery function includes an evaporator side circulation pipeline connected to the evaporator 4-1, a condenser side circulation pipeline connected to the condenser 4-2, and The heat recovery unit side circulation pipeline connected to the heat recovery unit 4-3, the first water conversion circulation pipeline, the second water conversion circulation pipeline, and the third water conversion circulation pipeline. The evaporator 4-1 and the circulation pipeline on the evaporator side, the condenser 4-2 and the circulation pipeline on the condenser side, the circulation pipeline on the heat recovery unit and the heat recovery unit 4-3 all form a closed cycle. The circulation pipeline on the evaporator side communicates with the circulation pipeline on the condenser side through the first water exchange circulation pipeline, the heat recovery side circulation pipeline communicates with the external coo...

Embodiment 2

[0045] Such as figure 2 As shown, a test device for testing a chiller with heat recovery function includes an evaporator side circulation pipeline connected to the evaporator 4-1, a condenser side circulation pipeline connected to the condenser 4-2, and The heat recovery unit side circulation pipeline connected to the heat recovery unit 4-3, the first water conversion circulation pipeline, the second water conversion circulation pipeline, and the third water conversion circulation pipeline. The evaporator 4-1 and the circulation pipeline on the evaporator side, the condenser 4-2 and the circulation pipeline on the condenser side, the circulation pipeline on the heat recovery unit and the heat recovery unit 4-3 all form a closed cycle. The circulation pipeline on the evaporator side is communicated with the circulation pipeline on the condenser side through the first water exchange pipeline, and the circulation pipeline on the heat recovery side is communicated with the circul...

Embodiment 3

[0055] Such as image 3 As shown, a test device for testing a chiller with heat recovery function includes an evaporator side circulation pipeline connected to the evaporator 4-1, a condenser side circulation pipeline connected to the condenser 4-2, and The heat recovery unit side circulation pipeline connected to the heat recovery unit 4-3, the first water conversion circulation pipeline, the second water conversion circulation pipeline, and the third water conversion circulation pipeline. The evaporator 4-1 and the circulation pipeline on the evaporator side, the condenser 4-2 and the circulation pipeline on the condenser side, the circulation pipeline on the heat recovery unit and the heat recovery unit 4-3 all form a closed cycle. The circulation pipeline on the evaporator side is communicated with the circulation pipeline on the condenser side through the first water exchange pipeline, the circulation pipeline on the heat recovery side is connected with the circulation pi...

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PUM

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Abstract

The invention, which belongs to the technical field of heat pump unit testing, particularly relates to a test device for testing a water chilling unit with the heat recovery function. The test devicecomprises an evaporator-side circulation loop connected to an evaporator and a condenser-side circulation loop connected to a condenser. The evaporator-side circulation loop and the condenser-side circulation loop are communicated by a first water-mixing circulation loop. In addition, the device also includes a heat-recovery-unit-side circulation loop connected to a heat recovery unit; and the heat-recovery-unit-side circulation loop and the heat recovery unit form a closed cycle. The device also includes a second water-mixing circulation loop; and the heat-recovery-unit-side circulation loopis communicated with an external cold source, the e evaporator-side circulation loop, or the condenser-side circulation loop through the second water-mixing circulation loop. The test device has the advantages that: the separate loop and equipment are provided for the heat recovery unit; the simulation experiment of the water chilling unit with the heat recovery function is realized; and the simulation experiment of partial heat recovery and full heat recovery can be carried out.

Description

technical field [0001] The invention relates to the technical field of heat pump unit testing, in particular to a testing device for testing a chiller unit with heat recovery function. Background technique [0002] The heat released by the cooling water of the chiller is usually discharged to the surrounding environment by the cooling tower, which is a huge waste for places that need heat, such as hotels, factories, hospitals, etc., and at the same time brings a certain amount of waste heat pollution to the surrounding environment . The heat recovery technology is to recover and reuse a large amount of waste heat discharged to the outside during the operation of the chiller in a certain way. It can save energy, reduce equipment operating costs and noise, shorten the running time of cooling towers and cooling pumps, and heat recovery can not only reduce operating costs but also reduce environmental pollution, achieving the goal of energy saving and emission reduction. Exist...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): G01M99/00
CPCG01M99/002G01M99/005
Inventor 樊海彬贾甲钱雪峰马小津王显峰杨厚太黄维冬李昀达
Owner HEFEI GENERAL MACHINERY RES INST
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