Energy flow control and analysis of created different kinds of solar panels and fuel cell hybrid energy generation system with using microcontroller

In this thesis, composed of fuel cell and different types of solar panels which are monocrystalline, polycrystalline and black thin hybrid energy generation system is operated to controlling energy flow. Different control algorithms related to efficient and effective use of energy are implemented to hybrid energy generation system. The used data which is in this study belongs to the between 2014-2015 year of Afyonkarahisar. Hybrid energy generation system is composed of solar panels, battery group, fuel cells, DC and AC loads. Produced energy can be used effectively and efficiently for using microcontroller-based Arduino controller. Relays are used for energy direct in control system. Viewing and recording the data of hybrid energy generation system was carried out through the Labview program on a computer. Also control system relays can be operated and controlled by manuel via the Labview interface. Power of each solar panels, the electrical energy consumption of the loads and monitoring the charge-discharge state of batteries operations was carried out by designed energy flow control system. Then three different control algorithm performances are compared by analyzing the data. The designed three different control algorithm which has been found to perform more effective and efficient use of energy.