A generator set with a uniform temperature system

Abstract

The invention discloses a generator set with a temperature equalizing system. The generator set includes a protective shell, a generator set, a temperature equalizing component, and a waste heat utilization component. A generator set is arranged inside the protective shell, and the temperature equalizing component is arranged on On the outside of the generator set, the waste heat utilization component is arranged under the generator set, the temperature equalization component makes the inside of the protective shell uniform in temperature through the capillary phenomenon, the waste heat utilization component heats the air through the Seibel effect, and the waste heat utilization component and Genset piping connections. The temperature uniform component makes the liquid flow in the protective shell through the capillary phenomenon, absorbs the heat above the protective shell through the flow of the liquid, and transfers the heat to the lower part of the protective shell, so that the heat inside the protective shell is evenly distributed, so as to achieve uniformity. warm effect.

Description

technical field [0001] The invention relates to the technical field of generator sets, in particular to a generator set with a temperature uniform system. Background technique [0002] Due to the extremely low ambient temperature in the Antarctic inland, the variable climate, and the large temperature difference between day and night, it is required that the power generation cabin has a good temperature control function. [0003] Diesel generator sets need to continuously inhale fresh air from outside the cabin during operation, and with the entry of a large amount of low-temperature air, the temperature in the cabin is greatly affected, and due to the low atmospheric pressure in the polar region, the air density decreases. Small, the viscosity coefficient increases, the convective heat transfer capacity is weakened, and the entry of low-temperature air increases the unevenness of the temperature distribution in the power generation cabin. [0004] When the diesel engine is...

AI Technical Summary

Problems solved by technology

However, due to the weak convection capacity of the air in the power generation cabin, it is difficult for the hot and cold air in the cabin to blend with each other, which will eventually lead to the situation where the upper air temperature in the power generation cabin is too high and the bottom air temperature is too low

The uneven distribution of temperature in the cabin will affect the operation of equipment and components in the cabin

[0005] In addition, if the temperature at the bottom of the generator compartment is too low, the fuel in the fuel storage tank under the generator compartment will freeze, making the fuel unusable and affecting the work of the generator set

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