A Study of Effects of Chang Bin Offshoreind Farm in Taiwan Power System
Date Issued
2009
Date
2009
Author(s)
Huang, Pao-Yuan
Abstract
Due to global warming and soaring petroleum prices, countries around the world have begun to pay more attention to and take more seriously, the current energy crisis situation. Not only has America, but many other countries in Europe as well, added the development of renewable energy to the list of national policies. Being an island, Taiwan has a northeast monsoon period that lasts about half a year. The fact that the average annual wind speed along the coast, mountains, and outlying areas is over 4 meters per second, allows for the abundance of usable wind energy, readily available around Taiwan—roughly 3000MW .n order to meet the national renewable energy policy, the Taiwan Power Company plans to set up an offshore wind farm off the coast of Changhua Coastal Industrial Park, in which a 148 3.6MW wind turbine will be built. Based on the program, this thesis, with the use of PSS / E (Power System Simulator for Engineering), has established an offshore wind farm simulation platform, which includes an offshore wind farm, submarine cables, an onshore substation, onshore cables and a Taiwan power system. The GE 3.6 MW wind turbine, certified by the GE company, was used as the wind turbine model to perform the simulation—analysis based on four situations: the influence of offshore wind farms on the power system of Taiwan, including transient stability, wind speed changes, system solutions in conjunction and voltage stability studies. Further analysis about the impact Chang Bin offshore wind farm has on the Taiwan Power System can be generated through a simulator and interpreted via the simulation results.
Subjects
Wind turbine generators
offshore wind farm
transient stability
voltage stability
Type
thesis
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