Waste heat clamp control method and self-sourced waste heat clamp thermostat, vehicle

Abstract

Disclosed is a waste heat clamping control method, comprising the following steps: a. monitoring an instant temperature at a waste heat accumulation part of a target object; b. when the monitored instant temperature reaches or exceeds a set temperature, guiding the waste heat at the waste heat accumulation part out by means of unidirectional conduction; and c. converting the waste heat that has been guided out into other energy, other than heat energy, with the other energy being stored or being directly output. Further disclosed is a self-source waste heat temperature-clamping apparatus, the apparatus comprising at least one temperature-clamping unit. The temperature-clamping unit comprises a pre-temperature-clamping meter (1) and at least one thermoelectricity conversion unit (2), wherein the pre-temperature-clamping meter (1) comprises a passive-type temperature controller and a first heat-conduction-type heat-conducting path; and the thermoelectricity conversion unit (2) comprises a heat transmission device (22), configured to continue to unidirectionally conduct heat from the first heat-conducting path downstream. In addition, further disclosed is a vehicle comprising the self-source waste heat temperature-clamping apparatus. A method for cooling is to combine both the unidirectional heat conduction and the heat energy conversion. By taking advantage of the feature that the unidirectional heat conduction is irreversible, the restriction of the speed of heat conduction of the target object due to a counter current in a conducting path is avoided, and in particular, the restriction of the speed of heat conduction from the target object due to a counter-current flow of useless waste heat during the heat energy conversion is avoided, thus ensuring that heat can be guided out from the target object successfully; in addition, after storing or directly outputting other forms of energy obtained by means of heat energy conversion, equivalent to the heat on the target object being stored or acted on by a third spare part or apparatus by means of other forms of energy, i.e. by taking advantage of a feature that an energy source, during heat energy conversion, is the heat on the target object, the dependence on a power source during a refrigeration process is avoided, and counter current of the heat energy to the target object is then avoided by means of conversion and transfer of the forms of energy.

Description

technical field [0001] The invention belongs to the field of controlling the temperature of waste heat sources and targets, and in particular relates to a waste heat clamping control method, a self-sourced waste heat clamp specially used for implementing the method, and a vehicle using the self-sourced waste heat clamp. Background technique [0002] At present, in industrial facilities, household equipment, municipal facilities, and military facilities, whether it is affected by its own actions, or by the actions of external equipment and equipment, and sunlight, waste heat will accumulate on the items. Since there is a waste heat source that continuously introduces waste heat to the article, as the heat in the article continues to accumulate and increase, the temperature of the article will continue to rise. This continuous rise in temperature is extremely unfavorable to the article itself and the surrounding environment. [0003] In the prior art, the ways of dissipating h...

AI Technical Summary

Problems solved by technology

Among them, the heat conduction type is represented by fin structure, semiconductor refrigeration structure, heat exchange coil structure, etc., and the heat convection type is represented by air conditioning refrigeration structure, air cooler structure, etc. Both of these two forms of refrigeration methods are dependent on energy Larger, the power source is often used to consume electric energy for cooling, and with the improvement of the contemporary industrial level, the shortage of electric energy is increasing day by day, resulting in the use of electric energy for simple cooling, which will cause a great waste of limited energy; The heat radiation type is represented by exposed structures and high thermal conductivity materials. However, as the greenhouse effect continues to intensify and the summer temperature rises year by year, the heat dissipation efficiency of this heat dissipation method also decreases, which leads to the heat radiation type. The practicality of cooling methods is gradually reduced

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