Temperature control system of outdoor hydrogen energy power generation device

Abstract

A temperature control system of an outdoor hydrogen energy power generation device is arranged on an equipment cabinet. The outdoor hydrogen energy power generation device comprises an equipment cabinet and a hydrogen cabinet. The equipment cabinet is internally provided with a main control unit, an electric pile unit, a ventilation unit, and a DC unit, and comprises a cabinet body, a front door, and a back door. The front door has multiple air inlets, an air intake fan is installed in each air inlet, and the back door has multiple air outlets. The inner side of each air inlet is equipped with replaceable filter cotton, and the outer side of each air inlet is equipped with a waterproof board. The front door and the back door are of a sandwich structure which comprises inner and outer steel plates and an intermediate sandwich, and the intermediate sandwich is a heat insulation material layer. Compared with the ventilation structure in the prior art, the structure of the invention can adapt to a wider environment temperature range, and can help to reduce the cost without reducing the environmental adaptability.

Description

technical field [0001] The invention relates to a hydrogen energy generating device, in particular to a temperature control system for an outdoor hydrogen energy generating device. Background technique [0002] The temperature control systems of outdoor hydrogen energy power generation devices are generally divided into two types: ventilated and non-ventilated. [0003] The ventilated and non-ventilated heat exchange temperature control systems in the prior art, because they cannot effectively control the temperature and the air intake and exhaust volume, have a low protection level, and are only suitable for small changes in ambient temperature and non-extremely severe weather. Use in the region (0-30°C). It cannot meet the temperature control of the outdoor environment, and is not suitable for use in a wide range of areas. The non-ventilated air-conditioning temperature control system, although it can control the temperature well, has the disadvantages of high energy con...

AI Technical Summary

Problems solved by technology

[0003] The ventilated and non-ventilated heat exchange temperature control systems in the prior art, because they cannot effectively control the temperature and the air intake and exhaust volume, have a low protection level, and are only suitable for small changes in ambient temperature and non-extremely severe weather. Use in areas (0-30°C)

It cannot meet the temperature control of the outdoor environment, and is not suitable for use in a wide range of areas

The non-ventilated air-conditioning temperature control system, although it can control the temperature well, has the disadvantages of high energy consumption, frequent maintenance in the later period of use, and high price.

Images