Full-operating pre-coagulating type heat-source tower device

Abstract

The invention discloses a full-operating pre-coagulating type heat-source tower device. The full-operating pre-coagulating type heat-source tower device comprises a main solution loop, a pre-coagulating and spraying frost restrain loop and an air loop, wherein the main solution loop and the pre-coagulating and spraying frost restrain loop are connected in parallel; solutions or cooling water enters from the solution inlet end of a heat-source tower, and is divided into two parts in a parallel-connection mode after passing through a first electric driving three-way valve, and then the two parts enter the main solution loop and the pre-coagulating and spraying frost restrain loop respectively, and are gathered in a liquid collecting reservoir. The solution regeneration load of a heat-source tower heat pump unit under various winter heating operating conditions can be reduced; the solution renewable energy consumption is reduced; meanwhile, cooling water consumption in the summer refrigerating operation is reduced; the winter and summer comprehensive performance of a heat-source tower heat pump system is improved.

Description

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AI Technical Summary

Benefits of technology

The present invention is a heat source tower device that operates efficiently in both summer and winter conditions. In the summer, it reduces the amount of cooling water needed for the unit by using a finned tube heat exchanger. In the winter, it reduces the moisture in the air entering the heat source tower, which decreases the load on the heat pump unit and improves its overall performance. This leads to energy savings and water conservation.

Problems solved by technology

This patented describes two types of solutions used in buildings' air conditioner (Air Condition) systems - one refrigerant cycle plus another liquid phase change loop circulator system called Heat Panel System(HPS). These options aim to achieve higher efficacy at warming compared to traditional methods like Air Source Chilling Compound (ACC), while also reducing costs associated with maintenance work over time due to frequent replacements of equipment. Additionally, these alternatives require less expensive materials and involve complex processes involving multiple steps.

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