Özet:

In the study, the design, manufacture and control software of the HEPP prototype device was carried out using the actual data of the hydroelectric power plant (HEPP). Control system has been performed by PLC (Programmable Logic Controller) and SCADA (Supervisory Control and Data Acquisition), which are used industrially in many systems and energy production plants globally. The operating conditions of the HEPP power plant with an installed power of 3 MW located in the Dinar of Afyonkarahisar province were transferred to the SCADA medium and shown on the prototype device. The electrical energy generated on the HEPP Prototype device, turbine wheel opening percentage values and data measuring the height of the water are available. Fluid flow rate and the change in the number of water cycles, the generated voltage is shown on the SCADA screen by reflecting from the actual data. Thus, without the students going to the power plant, covering the processes in the generation of electrical energy, the control room, turbine and generator section will teach the prototype and training of the HEPP device performed in the study. The study, mechanical design and manufacture of HEPP prototype device, electrical-electronic system design and assembly, PLC and SCADA control systems, HES actual data and original software for performance testing and control of the prototype device were developed. With the study, the basic infrastructure of HEPP prototype device was established for electrical energy generation, transmission and distribution lessons in educational institutions in our country. In addition, controlling the HEPP prototype power plant with online (web) will increase the usability of the control software in education (distance education) and industrial applications during the pandemic process caused by diseases such as COVID-19.