Water-driven heat exchange enhanced type heating radiator

Abstract

The invention discloses a water-driven heat exchange enhanced type heating radiator comprising a heating radiator body. A water supply pipe for supplying water is arranged on the left side of the heating radiator body. The right side of the heating radiator body is provided with a water return pipe for water return. Water driven fans driven by pressure difference between supply water and return water are arranged outside the heating radiator body. Air flow blown by the water driven fans enhances heat exchange of the heat radiator body. The water driven fan is arranged on the lower side of theheating radiator body, and the air discharge ends of the water driven fans face the heating radiator body. Water flow of a heating pipeline drives the water-driven fans so as to accelerate air flow onthe surface of the heating radiator, so that the convective heat exchange coefficient of the heating radiator and the overall heat exchange amount of the heating radiator are increased. The water-driven heat exchange enhanced type heating radiator solves the problem that when the supply water temperature is certain and adding heating radiators cannot be achieved due to limitation of the space ofa room, the room heating requirement cannot be met.

Description

technical field [0001] The invention belongs to the field of heating and heating, and in particular relates to a hydraulically driven heat exchange-enhanced radiator. Background technique [0002] In most motor vehicle maintenance depots in the north, due to the large depth and span of the maintenance depot, usually about 500m in length and 100m in width, the side walls and partition walls where radiators can be arranged are very limited, and only when the temperature of the supply and return water is constant The heat dissipation of a group of radiators is certain, even if all radiators are covered, it cannot meet the heating demand. At this time, an additional heater system needs to be added to meet the heating requirements. [0003] At present, several companies are researching radiators with large heat dissipation. However, considering the material and structure of the radiators, the increase in heat dissipation is very limited, and it cannot meet the design requirements...

AI Technical Summary

Problems solved by technology

[0002] In most motor vehicle maintenance depots in the north, due to the large depth and span of the maintenance depot, usually about 500m in length and 100m in width, the side walls and partition walls where radiators can be arranged are very limited, and only when the temperature of the supply and return water is constant The heat dissipation of a group of radiators is certain, even if all the radiators are covered, it cannot meet the heating demand. At this time, an additional heater system needs to be added to meet the heating requirements.

[0003] At present, several companies are researching radiators with large heat dissipation, but considering the material and structure of the radiators, the increase in heat dissipation is very limited, and it cannot meet the design requirements of radiators for motor vehicle maintenance depots.

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