Design and Simulation a hybrid generation systemthrough wind turbine and solar energy with a heat engine
الباحث الأول:
Othman M. Hussein Anssari
الباحثين الآخرين:
Haider Ahmed Mohmmed, Assistance Lecture, COE;Layth Mohammed Abd Ali, Assistance Lecture, LQC
المجلة:
www.moluch.ruhttps://moluch.ru/archive/224/52783/
تاريخ النشر:
22 سبتمبر، 2018
مختصر البحث:
Understanding the full aspects of hybrid grid operation that includes electrical and mechanical aspects are
very critical to completely study this perspective operation. Therefore, this paper presents a hybrid generation system
that is supplied wi…
Understanding the full aspects of hybrid grid operation that includes electrical and mechanical aspects are
very critical to completely study this perspective operation. Therefore, this paper presents a hybrid generation system
that is supplied with a Stirling engine (SE) and a wind turbine. The entire system is linked to a grid over a common dc
bus. After combining wind turbine with the Stirling, an efficient hybrid system is created due to the fact the Stirling considered
to have efficiency more than a photovoltaic array. In order to structure the wind turbine mechanical parts, Stirling
engine, electrical parts, Fatigue, Aerodynamics, Structures, and Turbulence (FAST) and Simulink/MATLAB are used.
Moreover, voltage source converter is used to develop field-oriented control method. Nevertheless, determining the generators
reference spear speed in the system hybrid is achieved through implementing the power signal feedback method.
More efficiently, the Wind Turbine and Stirling engine utilize permanent magnet synchronous generator. The simulation
outcomes present a novel hybrid generation system with Wind Turbine and Stirling can operate such as another hybrid
systems with a very suitable performance.
