Optimizing Electrical Generators of Wind Energy Conversion System for Efficient Power Extraction
Optimizing Electrical Generators of Wind Energy Conversion System for Efficient Power Extraction
Wind power generation capacity in India has significantly increased over the few decades andthe total installed wind power capacity has grown up to 32.72 GW (as on October 2017), whichranks fourth largest in the world. The scope for wind farm as assessed using GeographicInformation System (GIS) platform is found to be more than 2000 GW. So there is a lot ofscope for expansion wind power projects provided studies are conducted on the selection of itscomponents. One of the main components of Wind Energy Conversion System (WECS) is theelectrical generator apart from the prime mover and other structural parts. This paperintroduces an experimental setup for the study of different types of electrical generators andtheir feasibility for different wind conditions. In this setup, Squirrel Cage Induction Generator(SCIG), Slip Ring Induction Generator (SRIG), Permanent Magnet Synchronous Generator(PMSG) and Permanent Magnet DC Generator (PMDC) are available for study. Thesegenerators are coupled to a Separately Excited DC motor via a portable coupling arrangement.The separately excited DC motor emulates the wind turbine. The results of the experimentalsetup are validated and presented.
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- Kou,P., Liang, D., Gao, F., and Gao, L., “Coordinate predictive control of DFIG based wind
battery hybrid system using non Gaussian wind power predictive distribution.” IEEE Trans. On
energy conversion, 30(2):681-695, (2015).
- Kiran., and Sirdeep, Singh., “Emulation of a Low Power Wind Turbine using DC Motor
mechanically coupled to Synchronous Generator in Matlab- Simulink.” Proc. of the Intl. Conf. on
Advances in Engineering and Technology - ICAET, 219-223, (2014).
- Neetu, Singh., and Bhupal, Singh., “Design and Modeling of Wind Energy Conversion System
Based on PMSG Using MPPT Technique.” International Journal of Scientific Research
Engineering and Technology (IJSRET), 5(2):96-100, (2016).
- Mamatha, S., and Tilak, T., “Issues, Challenges, Causes, Impacts and Utilization of Renewable
energy Sources – Grid Integration.” International Journal of Engineering Research and
Applications, 4(3):636-643, (2014).
- Asaleh, S., and Ahashan, R., “Resolution level controlled PWM inverter for PMG based wind
energy conversion system.” IEEE Trans. On Industry Applications, 48(2):750-763,(2012).
- Tan ,Y K., and Panda, S K., “Optimized wind energy harvesting system using resistance emulator
and active rectifier for wireless sensor nodes.” IEEE Trans. on Power Electronics, 26(1):38-
50,(2011).
- Ahemad, K., and Ismail, H., “Intelligent control based maximum power extraction strategy for
wind energy conversion system.” IEEE Canadian Conference on Electrical and Computer
Engineering, (2011).
- Mohod, S W., and Aware, M V., "Laboratory development of wind turbine simulator using
variable speed induction motor", International Journal of Engineering, Science and
Technology,3(5):73-82, (2011).
- Weiwei, LI., Dianguo, XU., Wei, Zhang., and Hongfei, MA., “Research on Wind Turbine
Emulation based on DC Motor”, IEEE Conference Proceedings, 2589- 2593, (2007).
- Amin, M M., and Mohammed, O A., “Development of high performance grid connected wind
energy conversion systems for optimum utilization of variable speed wind turbine.” IEEE Trans.
on Sustainable Energy, 2(3):235-245,(2011).
- Chan, T F., Nigim, K A., and Lai, L L., “Voltage and Frequency Control of Self Excited Slip
Ring Induction Generator.” IEEE Trans. on Energy Conversion, 19(1):81- 87,(2004).
- Mohammed, M., Muhammad, O., and Ahmed, M M, “A Real-time Heterogeneous Emulator of a
High-fidelity Utility-scale Variable-speed Variable-pitch Wind Turbine.” IEEE Trans. on
Industry Informatics, 99:1-11, (2017).
- Juan, M G., Carlos L., David, D R., Pablo, G., and Fernando, B., “Control and Emulation of
Small Wind Turbines Using Torque Estimators”, IEEE Trans. on Industrial Applications,
53(5):4863 - 4876, (2017).
- Muljadi, E., Singh,M., and Gevorgian,V., “Fixed speed and variable slip wind turbine providing
spinning reserves to the grid”, NREL, 1- 5, (2013).
- Yassin, H M., Hanafy, H., and Hallaufa, M., “Optimization of PMSG variable speed wind energy
conversion system controller parameter by biogeography-based optimization”, Journal of
Electrical Engineering,1-12, (2015).
- Yun, Su Kim., Yop, Chung., and Seung, Moon., “Tuning of the PI Controllers Parameters of a
PMSG Wind Turbine to Improve Control Performance under Various Wind Speeds.” Energies,
8:1406 -1425, (2015).
- Rupesh B., and Kulkarni V A., “Modelling and Simulation of Wind powered Permanent Magnet
Direct Current (PMDC) Motor using Matlab”, International Journal of Science and Research,
4(4):2975 – 2979, (2015).
- Arunkumari, T., and Indragandhi, V., “An overview of high voltage conversion ratio DC-DC
converter configurations used in DC micro-grid architectures.” Renewable and Sustainable
Energy Reviews, 77: 670–687 (2017).
- Jovitha, Jerome., “Virtual Instrumentation Using LabVIEW”, PHI Learning Private Limited, New
Delhi.
- Mondal, A., and Yuvarajan, S., “A dSPACE-based control of a hybrid renewable energy system
with wind and photovoltaic power.” IEEE International Symposium on Power Electronics for
Distributed Generation Systems, (2013).
- Yan-xia, Shen., Fan, Li., Dinghui, Wu., Ting, Long Pan., and Xiang-xia, Liu., “dSpace based
direct-driven permanent magnet synchronous wind power system modeling and simulation”,
IEEE UKACC International Conference on Control, (2012).
- Siegfried, Heier., “Grid Integration of Wind Energy Conversion System”, John Wiley and Sons
Ltd, (1998).