LABORATORY RESEARCH STAND FOR STUDY drying process of moist materials with combined solar energy conversion

摘要

The invention relates to teaching and research stand and can be used for laboratory research courses on "Non-traditional renewable sources of energy", "Physics", "Thermodynamics", "General Ecology" et al., For training, research and demonstration purposes, and and to study the physical processes of solar energy conversion. The object of the utility model is to provide a stand by which, in contrast to analog, in addition to the study of the characteristics of the solar heat collector is possible to study the processes of drying wet materials, and processes the combined conversion of solar energy. The use of the proposed utility model becomes possible to determine the effectiveness of the forced drying and natural air convection, to study the characteristics of the combined conversion of solar energy (photovoltaic module and the solar collector). Also, at this stand, there is a possibility to measure the rate of drying of moist materials according to the angle of inclination of the solar collector. The angle of inclination of the solar collector is changed by changing the height position of the drying chamber. The above technical result is achieved in that the stand and Research laboratory for the study of drying wet material with a combined solar energy conversion, comprising a light source mounted on a movable stand or T Π-shaped solar collector, measuring instruments and the stand base further comprises a photoelectric module installed in a solar collector, a drying chamber disposed under the stand and connected with the solar collector on the fan ode to the solar collector, the test equipment is based on the stand, heat the battery at the bottom of the drying chamber, the charge controller is connected to the electric gel batteries, electronic scales installed near the drying chamber.