Economic and Environmental Evaluation on the Application of Hydrogen in Shanghai

学生名:宋 丽斐

研究テーマ:Economic and Environmental Evaluation on the Application of Hydrogen in Shanghai

(上海市における水素利用の経済性・環境性の評価に関する研究)

入学年月:2020.04

修了年月:2023.09

取得学位:博士（工学）

論文概要: This paper takes Shanghai as the research object, evaluates the economic and environmental effects of hydrogen energy application in different forms in different fields, and analyzes the potential of hydrogen energy applications in Shanghai, with a view to providing reference for the development of hydrogen energy in other cities.
IN CHAPTER 1, the study analyzes the hydrogen energy development strategies of various countries and regions. And the current situation of hydrogen energy application and supply in Shanghai is analyzed.
IN CHAPTER 2, analyzes the application methods and application fields of hydrogen energy, focusing on the application and research status of hydrogen refueling stations in the transportation field, hydrogen fuel cell cogeneration systems in the architecture field, and hydrogen-fueled gas turbine in the energy field.
IN CHAPTER 3, main research models and methodology were introduced.
IN CHAPTER 4, taking a hydrogen refueling station in Shanghai as the research object, based on the analysis of the all-day hydrogen demand characteristics of the station, the application effect of photovoltaic-hydrogen refueling stations is studied and analyzed. Compared with hydrogen refueling stations, photovoltaic-hydrogen refueling stations have better environmental and economic benefits.
IN CHAPTER 5, taking an airport terminal in Shanghai as the research object, based on the load characteristics and prediction analysis, the application effect of hydrogen fuel cell cogeneration system in the construction field is studied and analyzed.
IN CHAPTER 6, analyzes the application conditions of hydrogen-fueled gas turbines, and taking an industrial park in Shanghai as the research object to study the application effect of coupling hydrogen turbines and photovoltaic systems.
IN CHAPTER 7, based on the analysis of the scale of hydrogen fuel cell vehicle application development in Shanghai through SWOT analysis, the hydrogen energy demand in various fields and the total hydrogen demand in Shanghai are studied and analyzed.
IN CHAPTER 8, a summary of the previous chapters’ research is provided, and the future development of hydrogen applications is prospected.