A deep-sea space station equipment cabin cooling system and its control method

Abstract

The invention provides a cooling system for an equipment cabin of a deep-sea space station, which includes a seawater power generation system, a seawater cooling system and a seawater treatment system. The equipment cabin cooling system of the deep-sea space station provided by the present invention can not only ensure the temperature control of the equipment cabin of the deep-sea space station, but also use the high-pressure seawater outside the station to generate electricity to increase the power reserve in the station, and can also prepare the seawater entering the station into fresh water to supplement There is limited production and domestic water in the station. Therefore, the self-sustaining power of the deep-sea space station can be increased. It scientifically and reliably guarantees the sufficient energy supply of the deep-sea space station, has a strong life support system, and can accommodate more people to carry out scientific research in the deep sea for a longer period of time.

Description

technical field [0001] The invention relates to a cooling system for an equipment cabin of a deep-sea space station and a control method thereof, belonging to the field of environment control of a deep-sea space station. Background technique [0002] With the continuous development of science and technology and the continuous improvement of human understanding of deep sea resources, the process of human development of deep sea will continue to accelerate, and engineering technology related to deep sea resource development has become one of the hot spots of scientific and technological innovation in the world's industrial history. The deep-sea space station is a mobile work platform used for scientific research, resource exploration and maintenance operations on the seabed. The structure of the deep-sea space station is complex and tightly sealed. The operation of large-scale equipment in the cabin, such as nuclear power generating units, is very likely to cause the local tem...

AI Technical Summary

Problems solved by technology

The structure of the deep-sea space station is complex and tightly sealed. The operation of large-scale equipment such as nuclear power generating units in the cabin is very likely to cause the local temperature in the cabin to be too high, which will affect the normal life and research work of the personnel in the station.

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