Artificial climate simulation test box

Abstract

The invention discloses an artificial climate simulation test box, which comprises an environmental gas preparation and humidity control unit and an environmental simulation unit, can regulate and control conditions such as spectral distribution, illuminance, irradiance, air temperature, humidity, wind power, underground water level burial depth, soil temperature and the like in a simulation testbox body, and can realize indoor artificial simulation of a natural environment. An external gas generation chamber is matched with a fin cold and heat source medium temperature control module to realize temperature and humidity regulation and control; frequent starting and stopping, and sequential starting and stopping of electric heating, electric refrigeration and dehumidification equipment areavoided, the adverse effects of residual heat and residual cold left after the equipment is powered off on air temperature and humidity control in a simulation test box body are eliminated, and highprecision and low fluctuation of air temperature and humidity regulation and control in the simulation test box body are guaranteed. Interference of air blowing equipment of a traditional artificial climate simulation box on aerodynamic conditions in the simulation test box body is avoided, and single-variable and combined-variable research on wind power conditions can be achieved.

Description

technical field [0001] The invention relates to an artificial climate simulation device, in particular to an artificial climate simulation test box. Background technique [0002] The artificial climate simulation test box is a high-precision cold and hot variable temperature equipment with the functions of light, wind and humidity control. , Water-salt migration law, water cycle law, industrial product durability, etc. are of great significance, and are widely used in agriculture, forestry, environmental science, soil science, hydrology, civil engineering, medicine, bioengineering, animal husbandry, aquatic products, industry Production and scientific research and design departments such as product design and manufacturing. [0003] The existing artificial climate simulation test chambers mostly use simple light sources when simulating the climate, and factors such as spectral distribution, illuminance, and irradiance are not considered in the control of lighting conditions...

AI Technical Summary

Problems solved by technology

[0005] When the existing artificial climate simulation test chambers simulate the air temperature and humidity, some heating devices, refrigeration devices, humidification devices, and dehumidification devices are directly arranged in the simulation test chamber, but the heating device, refrigeration device, humidification device, dehumidification device The device will open and close frequently due to the triggering of the temperature deviation threshold and the humidity deviation threshold. At the same time, the heating device will retain residual heat after power off, and the refrigeration device and dehumidification device will retain residual cold after power failure. The temperature and humidity control in the simulation test chamber has adverse effects, resulting in unstable and high fluctuations in the temperature and humidity control in the simulation test chamber

[0006] When simulating the temperature and humidity in the existing artificial climate simulation test chamber, some adopt the method of "preparing the gas with the specified temperature and humidity in a specific container outside the simulation test chamber, and then blowing the air through the high-power fan in the simulation test chamber." Turbulent flow, so as to make the temperature and humidity distribution in the simulated test chamber uniform". The blast turbulence of the high-power fan has seriously affected the aerodynamic conditions in the simulated test chamber, making it impossible to conduct univariate research on wind conditions

[0007] Most of the existing artificial climate simulation test chambers only consider the air temperature conditions when simulating the temperature, but do not consider the surface temperature, deep temperature and soil temperature gradient conditions of the underlying soil, and cannot conduct univariate and combined variable studies on the above conditions

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