| 課程大綱 Syllabus |
學生學習目標 Learning Objectives |
單元學習活動 Learning Activities |
學習成效評量 Evaluation |
備註 Notes |
序 No. | 單元主題 Unit topic |
內容綱要 Content summary |
| 1 | 導論 (Introduction) |
簡介課程大綱 (Introduction to the course outline)
石油危機探討 (Discussion on the oil crisis)
工業4.0智慧型生產 (Industry 4.0 and intelligent manufacturing) |
簡介課程大綱 (Introduction to the course outline)
石油危機探討 (Discussion on the oil crisis)
工業4.0智慧型生產 (Industry 4.0 and intelligent manufacturing) |
討論 講授
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| 2 | 全球能源 (Global Energy) |
能源管理法 (Energy Management Act)
碳足跡與碳標籤 (Carbon Footprint and Carbon Label)
傳統能源-火力、水力、核能 (Conventional Energy – Thermal, Hydropower, Nuclear)
再生能源-風力能、太陽能、海洋能、生質能、地熱能 (Renewable Energy – Wind, Solar, Ocean, Biomass, Geothermal)
再生能源憑證介紹 (Introduction to Renewable Energy Certificates) |
能源管理法 (Energy Management Act)
碳足跡與碳標籤 (Carbon Footprint and Carbon Label)
傳統能源-火力、水力、核能 (Conventional Energy – Thermal, Hydropower, Nuclear)
再生能源-風力能、太陽能、海洋能、生質能、地熱能 (Renewable Energy – Wind, Solar, Ocean, Biomass, Geothermal)
再生能源憑證介紹 (Introduction to Renewable Energy Certificates) |
討論 講授
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| 3 | 電力系統概論 (Introduction to Power Systems) |
電力系統組成 (Components of Power Systems)
台灣用電特性評估 (Evaluation of Taiwan’s Electricity Consumption Characteristics)
最佳契約容量計算 (Calculation of Optimal Contract Capacity) |
電力系統組成 (Components of Power Systems)
台灣用電特性評估 (Evaluation of Taiwan’s Electricity Consumption Characteristics)
最佳契約容量計算 (Calculation of Optimal Contract Capacity) |
討論 講授
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| 4 | 負載側節能方法 (Energy-Saving Methods on the Load Side) |
負載特性與需量統計 (Load Characteristics and Demand Statistics)
配電系統管理 (Distribution System Management)
改善功率因數 (Power Factor Improvement)
用電管理 (Electricity Usage Management) |
負載特性與需量統計 (Load Characteristics and Demand Statistics)
配電系統管理 (Distribution System Management)
改善功率因數 (Power Factor Improvement)
用電管理 (Electricity Usage Management) |
討論 講授
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| 5 | 運輸工程與車輛系統耗能評比 (Energy Consumption Comparison of Transportation Engineering and Vehicle Systems)) |
車輛發展歷史 (History of Vehicle Development)
主要運輸系統、儲運系統 (Major Transportation and Storage Systems)
城市運輸系統與安全規劃 (Urban Transportation Systems and Safety Planning)
電動車概述 (Overview of Electric Vehicles)
車輛動力系統組成 (Components of Vehicle Powertrain Systems)
行程引擎 (Internal Combustion Engines) |
車輛發展歷史 (History of Vehicle Development)
主要運輸系統、儲運系統 (Major Transportation and Storage Systems)
城市運輸系統與安全規劃 (Urban Transportation Systems and Safety Planning)
電動車概述 (Overview of Electric Vehicles)
車輛動力系統組成 (Components of Vehicle Powertrain Systems)
行程引擎 (Internal Combustion Engines) |
討論 講授
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| 6 | 新能源車輛產業節能策略 (Energy-Saving Strategies in the New Energy Vehicle Industry) |
新能源汽車發展趨勢 (Development Trends of New Energy Vehicles)
汽車產業鏈現況與未來布局 (Current Status and Future Layout of the Automotive Industry Chain) |
新能源汽車發展趨勢 (Development Trends of New Energy Vehicles)
汽車產業鏈現況與未來布局 (Current Status and Future Layout of the Automotive Industry Chain) |
討論 講授
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| 7 | 電機概論 (Introduction to Electrical Engineering) |
磁的由來 (Origin of Magnetism)
直流機與交流機 (DC and AC Machines)
電動機動力損失計算 (Calculation of Electric Motor Power Losses)
電動機節能運轉 (Energy-Efficient Operation of Electric Motors)
改善管理策略 (Improvement and Management Strategies) |
磁的由來 (Origin of Magnetism)
直流機與交流機 (DC and AC Machines)
電動機動力損失計算 (Calculation of Electric Motor Power Losses)
電動機節能運轉 (Energy-Efficient Operation of Electric Motors)
改善管理策略 (Improvement and Management Strategies) |
討論 講授
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| 8 | 期中考 (Midterm Exam) |
期中考 (Midterm Exam) |
期中考 (Midterm Exam) |
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期中考
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| 9 | 電壓變動對用電設備之影響 (Effects of Voltage Fluctuations on Electrical Equipment) |
照明與電熱類 (Lighting and Electric Heating Equipment)
馬達設備類 (Motor-Driven Equipment)
電腦與3C設備類 (Computers and 3C (Computer, Communication, Consumer Electronics) Devices) |
照明與電熱類 (Lighting and Electric Heating Equipment)
馬達設備類 (Motor-Driven Equipment)
電腦與3C設備類 (Computers and 3C (Computer, Communication, Consumer Electronics) Devices) |
討論 講授
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| 10 | 商辦大樓節能應用 (Energy-Saving Applications in Commercial Office Buildings) |
電梯節能方法 (Elevator Energy-Saving Methods)
電梯動能回收技術可行性 (Feasibility of Elevator Regenerative Drive Technology)
實際案例應用說明 (Explanation of Practical Case Applications) |
電梯節能方法 (Elevator Energy-Saving Methods)
電梯動能回收技術可行性 (Feasibility of Elevator Regenerative Drive Technology)
實際案例應用說明 (Explanation of Practical Case Applications) |
討論 講授
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| 11 | 能源管理系統 (Energy Management Systems) |
能源管理系統介紹 (Introduction to Energy Management Systems)
正確用電觀念 (Proper Electricity Usage Concepts)
電器性能標準與安全規範 (Appliance Performance Standards and Safety Regulations) |
能源管理系統介紹 (Introduction to Energy Management Systems)
正確用電觀念 (Proper Electricity Usage Concepts)
電器性能標準與安全規範 (Appliance Performance Standards and Safety Regulations) |
討論 講授
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| 12 | 民生家電設備 (Household Appliances) |
智慧電氣化生活 (Smart Electrified Living)
省電步驟彙整 (Summary of Energy-Saving Steps)
高效率馬達回收成本計算 (Cost Recovery Calculation for High-Efficiency Motors) |
智慧電氣化生活 (Smart Electrified Living)
省電步驟彙整 (Summary of Energy-Saving Steps)
高效率馬達回收成本計算 (Cost Recovery Calculation for High-Efficiency Motors) |
討論 講授
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| 13 | 認證 (Certification) |
產品品質認證標章 (Product Quality Certification Marks) |
產品品質認證標章 (Product Quality Certification Marks) |
討論 講授
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| 14 | 動力系統 (Power Systems) |
空調系統 (Air Conditioning Systems)
通風系統 (Ventilation Systems)
消防系統 (Fire Protection Systems) |
空調系統 (Air Conditioning Systems)
通風系統 (Ventilation Systems)
消防系統 (Fire Protection Systems) |
討論 講授
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| 15 | 實際節能診斷案例 (Practical Energy-Saving Diagnosis Cases) |
電力系統組成與基本概念介紹 (Introduction to Power System Components and Basic Concepts)
冷凍空調耗能計算 (Energy Consumption Calculation for Refrigeration and Air Conditioning)
照明系統規劃建議 (Lighting System Planning Recommendations)
動力設備用電評估 (Power Equipment Electricity Usage Evaluation) |
電力系統組成與基本概念介紹 (Introduction to Power System Components and Basic Concepts)
冷凍空調耗能計算 (Energy Consumption Calculation for Refrigeration and Air Conditioning)
照明系統規劃建議 (Lighting System Planning Recommendations)
動力設備用電評估 (Power Equipment Electricity Usage Evaluation) |
討論 講授
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| 16 | 期末專題報告 (Final Project Report) |
分組專題報告 (Group Project Presentation) |
分組專題報告 (Group Project Presentation) |
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其他評量-期末競賽
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