| Title |
Simplified Wind Turbine Modeling and Calculation of PCC Voltage Variation according to Grid Connection Conditions |
| Authors |
임지훈(Im, Jl-Hoon) ; 송승호(Song, Seung-Ho) |
| Keywords |
Voltage variation ; Voltage compensation ; Wind -diesel hybrid system ; Isolated grid |
| Abstract |
This paper proposed a simple and helpful analysis model of voltage variation in order to predict the voltage variation at PCC (Point of Common Coupling), when a wind turbine is connected in an isolated grid. The PCC voltage flucuates when the wind turbine outputs active power to an isolated grid. This voltage variation is proportional to the product of the line impedance from the ideal generator to the PCC and the wind turbine output current. And It is different according as where wind turbine is connected. To solve the problem of voltage variation, this paper proposed the reactive power control. To verify the proposed analysis model, this paper utilized PSCAD/EMTDC Simulation and the field measurement data of the voltage variation during the wind power generation. |