Yazar "Taplamacioglu, M. Cengiz" seçeneğine göre listele

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    DESIGN OF POWER CONTROL UNIT FOR HEAT RECOVERY DEVICE USED IN RENEWABLE ENERGY SYSTEM
    (IEEE, 2015) Solak, Fulya; Gozde, Haluk; Senol, M. Akif; Taplamacioglu, M. Cengiz
    Heat recovery devices are used for saving energy especially for the renewable energy systems because of effective usage of electrical energy while providing air conditioning in spaces which needs fresh air. These devices pay back installation costs by saving energy in a short period. In terms of energy recovery, it is very important to design the power control panels which controls the fan and heater level of the heat recovery devices. In this paper, a power control unit which controlling the heat recovery unit has been designed. The heat recovery units and control panels have been studied and a power control unit controlling of fan and temperature has been developed. In design and simulation works, using by Proteus pressed circuit card development program and microcontroller based PIC-C program as hardware and software of the unit has been developed.
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    Öğe
    Design of swarm intelligence based optimal controller to direct matrix converter used in renewable energy system
    (Institute of Electrical and Electronics Engineers Inc., 2016) Senol, M. Akif; Gozde, Haluk; Taplamacioglu, M. Cengiz; Ari, Murat
    Direct matrix converters (DMC) allow desired AC power flow from supply to load. Desired AC power means voltage and current having required magnitude and frequency. DMC is a type of AC-to-AC power converter having relatively small dimensions of circuits which provide substantial advantages to them. In this study, the new swarm intelligence (SI) based control method is suggested to control 3-phase DMC so as to improve the robustness of DMC control system which its importance increases in the renewable sources, energy restorers and variable speed drives technologies. The proposed method generates optimal switching states by using a swarm optimization algorithm and also applies them to the power switches of DMC. As example of SI based algorithm, Chaotic Based Particle Swarm Optimization algorithm is performed since their relatively short program codes and superior convergence performance. Also THD analysis is used in order to compose expected performance of the controller. © 2016 IEEE.