Wind distributor of wind cooling electric generating set

Abstract

The invention relates to a wind distributor of a wind cooling generator unit, in particular to a wind distributor which distributes the wind quantity in the interior of the wind cooling generator unit, belonging to airflow control technical field of a generator unit. The invention is characterized in that the wind distributor is arranged on a chassis of the generator unit; the wind distributor consists of a wind distributing plate, a wind distributing hole, a wind duct, a wind duct inlet and at least a wind duct outlet; the wind duct inlet is arranged on the lower part of the wind duct; the wind duct outlet is arranged on the upper part of the air duct; the wind distributing hole is arranged on the wind distributing plate; the wind distributing hole is arranged in array form. The invention can guide, distribute and cool the wind, implements pointed cooling for a plurality of heating parts arranged in different orientations in local spaces of the generator unit, reinforces the cooling effect of specific positions on condition that the total wind quantity is not changed, can simplify the process of the hood of the generator unit, and reduces the manufacture cost.

Description

technical field [0001] The invention relates to an air distributor for an air-cooled generating set, in particular to an air distributor for allocating air volume inside the air-cooled generating set, and belongs to the technical field of air flow control of the generating set. Background technique [0002] In the prior art, traditional air-cooled internal combustion generator sets usually have air inlets at different positions on the chassis or hood, and the selection of these positions is often related to the location of some components that need to be cooled inside the generator set. However, in fact, there are more specific requirements for the flow direction and flow distribution of the cooling air inside the generator set. If the existing technology is to be used to meet the above specific needs to the greatest extent, it may be necessary to develop a cooling system around the chassis and casing of the generator set. There are many ventilation holes, which will affect ...

AI Technical Summary

Problems solved by technology

However, in fact, there are more specific requirements for the flow direction and flow distribution of the cooling air inside the generator set. If the existing technology is to be used to meet the above specific needs to the greatest extent, it may be necessary to develop a cooling system around the chassis and casing of the generator set. There are many ventilation holes, which will first affect the appearance of the generator set, and also put forward many additional requirements for the processing of the chassis and shell, making the processing process complicated and the manufacturing cost increased

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