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Taiwan has a long history of railway transportation. In recent years, railway stations in various regions have been renovated and renovated many times to meet the needs of regional development. Many railway stations have completed reconstruction projects, such as the Kaohsiung railway underground and the Taichung railway elevated. The main purpose of this thesis is to discuss the design of the three major systems of Taichung Railway Station, evaluate their effectiveness, and propose methods to improve and reduce energy consumption. Finally, the application of solar energy is discussed, its feasibility is evaluated, and its impact on energy consumption and environmental factors is analyzed .
The energy-saving strategy of Taichung Railway Station is an important research area. By implementing energy-saving technologies such as electricity, lighting, air-conditioning systems and solar energy, energy consumption can be reduced and environmental impact reduced. This thesis will discuss the energy-saving practices of Taichung Railway Station and serve as a reference for future railway station reconstruction in other regions. It will also help promote Taiwan's energy-saving and carbon reduction goals.
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