One-storey barn heat dissipation temperature control system based on heat pipe technology

Abstract

The invention provides a one-storey barn heat dissipation temperature control system based on heat pipe technology. The one-storey barn heat dissipation temperature control system includes an along-wall heat pipe (5), a first air channel (6), a second air channel (8), a first air blower (7), a second air blower (9) and a top layer heat pipe (10). The along-wall heat pipe (5) is arranged on the inner side of a side face wall of a one-storey barn (1). The upper end of the along-wall heat pipe (5) is disposed in the first air channel (6) while the lower end of the along-wall heat pipe (5) is disposed in a grain pile below a grain line (3) and extends to the bottom of the grain pile. The top layer heat pipe (10) is arranged at the top part of the one-storey barn (1). The upper end of the top layer heat pipe (10) is disposed in the second air channel (8) while the lower end of the top layer heat pipe (10) is disposed in the grain pile below the grain line (3). The first air channel (6) and the second air channel (8) are disposed above the grain line (3) and are both communicated with the external environment. An end of the first air channel (6) is provided with the first blower (7). An end of the second air channel (8) is provided with the second blower (9). The system improves a hot surface effect of large barns and is low in energy consumption and low in pollution.

Description

technical field [0001] The invention relates to the field of heat dissipation systems, in particular to a heat dissipation system for granaries, and belongs to the technical field of heat dissipation and heat pipes for granaries. Background technique [0002] At present, the standard size of tall flat warehouses for grain storage in my country is 60m in length, 24m in width and 8m in height, and the low-temperature grain storage four-in-one technology is implemented. The four-in-one technology includes mechanical ventilation, circulation fumigation, grain cooling, and grain monitoring and control. The main ways of low-temperature grain storage include ventilation and cooling (natural and mechanical ventilation) and refrigeration of compressed grain coolers. For most parts of the country, mechanical natural ventilation and heat insulation measures for grain surface cover are adopted in winter, and the temperature inside the grain pile in the warehouse is generally kept below...

AI Technical Summary

Problems solved by technology

[0005] The technical problem to be solved by the present invention is: to overcome the deficiencies of the existing technologies, and aiming at the grain heat dissipation requirements of large bungalow granaries, a new type of heat dissipation system for bungalow granaries based on heat pipe technology is proposed, which improves the "hot skin" effect in the grain storage process, At the same time meet the requirements of low energy consumption and low pollution

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