Gömülü sistemler için yenilenebilir enerji kaynağının tasarlanması ve tamamlayıcı sensör yapıları üzerinde uygulanması

While meeting the increasing energy demand today, preserving the balance of the world we live in and not harming nature and the environment has gained importance for our world. For these reasons, the use of renewable energy sources is becoming more and more important. We often encounter embedded operating systems in most of the electronic devices we use in everyday life. These systems are used by integrating these electronic devices. The main goal of this thesis is to find methods using a renewable energy source for embedded operating systems and to apply the designed method on this operating system. However, in our study, since the non-continuous structure of renewable energy sources causes low reliability, this discontinuity of solar and wind energy has been tried to be tolerated by using hybrids to solve this problem. In our study, the system is designed to operate more independently of the network by saving more energy, and it is ensured that accurate and accurate results are obtained from the sensors installed on the system. In the project we designed, the hybrid system enables us to meet our summer and winter energy needs. Also, the energy obtained from the hybrid system is stored on a rechargeable Lithium-Polymer (LiPo) battery so that system is maintained whenever a failure happens in the energy with the hybrid system. It is applied to Arduino Uno in the designed project to install and operate the sensors. The sensor is mounted on Arduino to determine the temperature and moisture of the environment. The information achieved from the sensors are sent to the central computer via a Bluetooth module and the control of the project is provided by the computer reliably according to the data obtained. Also, the data of the sensors are presented via the screen having LCD properties. Recording is done via the SD card. In this way, it is ensured that the system and the obtained data are safely protected. Also, the accuracy, usefulness, performance of the proposed design has been proven by operating and simulating.