Anti-oxidation container type photovoltaic transformer

Abstract

The invention discloses an anti-oxidation container type photovoltaic transformer which comprises a base, a container body, a box door, an air treatment box, a photovoltaic transformer body, an air treatment mechanism and a cleaning mechanism, the container body is located at the upper end of the base, the box door is installed on the surface of one side of the container body, the air treatment box is installed on one side wall of the container body, a hollowed-out support is arranged at the bottom end in the container body, and the photovoltaic transformer body is located on the hollowed-out support. By arranging the air treatment mechanism, airflow can be subjected to primary filtration and dust removal through a filter screen, meanwhile, airflow is subjected to secondary filtration and dust removal through an air filter part, and then the filtered airflow is cooled through a condensing coil, dried through a honeycomb drying plate and then fed into the container body; and moisture in the gas in contact with the photovoltaic transformer main body is reduced, and the influence of moisture on the transformer main body can be reduced, so that the oxidation phenomenon is avoided.

Description

Technical field [0001] The present invention relates to the related art of transformer, in particular, an antioxidant container-type photovoltaic transformer. Background technique [0002] The photovoltaic transformer is one of many types of transformers, mainly used to change the voltage of the voltage, in order to reduce the thermal consumption of the electric wire, generally use a high voltage transmission method of current, which is used in advance. The change in the voltage is achieved by a transformer. [0003] However, existing container-type photovoltaic transformers are working, in order to heat it, most of them are directly introduced to the interior of the container body by a heat dissipation fan such that the external air is in contact with the photovoltaic transformer, and the dust carried in the outside air. And moisture is also directly in contact with the photovoltaic transformer main body, resulting in an easily oxidation of the components on the main body of the...

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Problems solved by technology

[0003] However, when the existing container-type photovoltaic transformer is working, in order to dissipate heat, most of the external airflow is directly introduced into the interior of the container body through a cooling fan, so that the external air directly contacts the main body of the photovoltaic transformer, and the dust carried in the external air And moisture is also directly in contact with the main body of the photovoltaic transformer, which causes the parts on the main body of the photovoltaic transformer to be easily oxidized, thereby affecting its service life, and needs to be improved

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