SMALL SCALE PERSONAL AIR CONDITIONER DEVICE DESIGN WITH SOLAR POWER SUPPORTED THERMOELECTRIC MODULE
Project no. 745 · Status: Kapanmış · 2016
Summary
This study is based on the fact that the temperature increases during the summer months when people leave the environment where they are during the day, that is when they are outdoors, doing sports, cycling, To reduce the warmth felt by the increase of the body temperature and to carry the feeling of coolness in a portable way with them. In order to achieve the desired output for this project, the thermoelectric module worked according to the Peltier effect used in many fields was used. The thermoelectric module is basically a device with two functions: 1. To create temperature different between plates with electric energy, 2. To obtain electrical energy from the temperature difference between the plates. In addition, experiments were conducted for heat sink and thermoelectric module selection, results were evaluated and test setup was prepared according to the analysis results. The planned method is as follows; 1. To conduct experiments for heat well selection, 2. To make experiments for thermoelectric module selection according to the selected heat wells, 3. To provide the necessary materials according to the results obtained from the experiments, 4. Perform system setup according to the optimum results. In order for the project to be realized successfully, the desired temperature difference is suitable for long-term use that will not affect human health. For this purpose required the number of thermoelectric modules, heat sink and cold air duct design were determined by experimental and numerical analysis. Key Word : Thermoelectric modül, Peltier, battery, electrical power, electric energy, cooler.