國立暨南國際大學全校低碳能源監測與再生能源使用管理
University-Wide Low-Carbon Energy Monitoring and Renewable Energy Management at National Chi Nan University
SDG 7｜可負擔的潔淨能源
SDG 13｜氣候行動
一、全校低碳能源監測與管理承諾
University-Wide Commitment to Low-Carbon Energy Monitoring and Management
國立暨南國際大學（National Chi Nan University, NCNU）致力於提升校園能源使用效率、推動再生能源發展及降低溫室氣體排放，並透過制度化能源管理與量測機制，逐步建立校園低碳能源監測體系。
本校於2022年9月6日經永續發展委員會通過《淨零碳排策略》，將再生能源發展、能源使用效率改善及智慧電力管理納入長期校務發展方向，並以2043年達成校園淨零碳排放為目標。
為掌握校園能源使用情形，本校透過太陽光電發電監控系統、電力計量紀錄及建築能源管理設備，持續蒐集校園用電與再生能源發電數據，作為能源管理、節能改善及減碳策略規劃的重要依據。
National Chi Nan University (NCNU) is committed to improving campus energy efficiency, expanding renewable energy development, and reducing greenhouse gas emissions through systematic energy monitoring and management.
On September 6, 2022, NCNU's Sustainable Development Committee approved the university's Net-Zero Carbon Strategy, incorporating renewable energy development, energy efficiency improvements, and smart electricity management into its long-term institutional planning, with the goal of achieving campus-wide net-zero carbon emissions by 2043.
To monitor campus energy performance, NCNU collects electricity consumption and renewable electricity generation data through solar photovoltaic monitoring systems, electricity metering records, and building energy management equipment. These records support institutional energy management, conservation planning, and carbon reduction strategies.
二、再生能源發電設施與量測系統
Renewable Energy Infrastructure and Monitoring Systems
國立暨南國際大學持續推動校園再生能源設施設置，並建立相關發電量監測機制。
本校於2020年8月20日與南投縣政府簽訂「綠能屋頂全民參與推動計畫」相關契約，並於2022年完成裝置容量4,129.39 kWp的校園太陽光電設施。
相關設施分布於校園多處建築屋頂，包括學生餐廳、科技學院、學生宿舍及管理學院等建築。
本校透過太陽光電監控系統記錄發電資訊，並結合年度電力統計資料，持續追蹤再生能源發電成果。
此外，校內亦設有風力發電、微型水力發電及電梯回生能源系統等設備，作為校園低碳能源技術應用及節能示範的一部分。
National Chi Nan University continues to develop campus renewable energy infrastructure and maintain associated electricity generation monitoring systems.
On August 20, 2020, NCNU entered into an agreement with Nantou County Government under the Green Roof Public Participation Project. In 2022, the university completed solar photovoltaic installations with a total installed capacity of 4,129.39 kWp.
These installations are distributed across campus buildings, including the Student Cafeteria, College of Science and Technology, student dormitories, and College of Management.
NCNU uses solar photovoltaic monitoring systems to record electricity generation and combines these data with annual electricity statistics to monitor renewable energy performance.
The campus also includes wind power, micro-hydroelectric power, and elevator regenerative energy systems, demonstrating additional low-carbon energy applications and energy-saving technologies.
三、2025年全校能源監測與量化成果
University-Wide Energy Monitoring and Quantitative Results in 2025
依據本校2025年能源統計及UI GreenMetric能源與氣候變遷佐證資料，暨大建立年度用電量與再生能源發電量紀錄，並持續進行跨年度比較。
2025年主要能源數據如下：
| 監測項目 |
2025年數據 |
| 校園年度用電量 |
12,061,920 kWh |
| 太陽光電年度發電量 |
4,641,444 kWh |
| 太陽光電發電量換算 |
16,709.20 GJ |
| 太陽光電發電量／年度用電量 |
約38.48% |
| 已建置太陽光電裝置容量 |
4,129.39 kWp |
其中，38.48%係以年度太陽光電發電量除以年度用電量計算，作為校園再生能源發電與電力消耗規模的比較指標。
本校亦透過《2025校園永續報告書》公開揭露太陽光電發電績效及能源管理資訊，提供年度能源績效檢視與永續治理參考。
According to NCNU's 2025 energy statistics and UI GreenMetric Energy and Climate Change evidence, the university maintains annual records of electricity consumption and renewable electricity generation for year-on-year monitoring.
The university reported the following energy data for 2025:
| Monitoring Item |
2025 Result |
| Annual campus electricity consumption |
12,061,920 kWh |
| Annual solar photovoltaic electricity generation |
4,641,444 kWh |
| Solar photovoltaic generation in energy units |
16,709.20 GJ |
| Solar generation / annual electricity consumption |
Approximately 38.48% |
| Installed solar photovoltaic capacity |
4,129.39 kWp |
The 38.48% figure represents annual solar electricity generation divided by recorded annual electricity consumption. It is used to compare the scale of renewable electricity generation with campus electricity consumption.
NCNU also publicly discloses renewable electricity generation and energy management information in its 2025 Campus Sustainability Report, supporting annual energy performance assessment and institutional sustainability governance.
四、能源監測設備與智慧能源管理
Energy Monitoring Infrastructure and Smart Energy Management
為提升能源使用量測及管理能力，暨大持續推動智慧電表、數位電力監測及建築能源管理設備的建置。
校園智慧建築管理系統可透過電力計量設備、數位控制器及能源監測平台，蒐集與分析建築設備的用電資訊，作為空調、照明及電力系統管理的參考。
本校過去亦參與教育部智慧校園相關計畫，推動能源監測平台與設備管理系統建置。
2024年起辦理的智慧低碳校園計畫，進一步將變壓器改善及智慧電表建置納入校園能源管理工作。
透過上述監測及管理設備，本校逐步提升能源資料蒐集能力，支持用電分析、節能措施評估及長期能源效率改善。
To strengthen energy measurement and management capabilities, NCNU continues to develop smart meters, digital electricity monitoring, and building energy management infrastructure.
Campus smart building systems use electricity meters, digital controllers, and energy monitoring platforms to collect and analyse electricity consumption information, supporting the management of air conditioning, lighting, and electrical systems.
NCNU has also participated in Ministry of Education-supported smart campus initiatives involving energy monitoring platforms and building equipment management systems.
Since 2024, the university's Smart Low-Carbon Campus Project has further incorporated transformer improvements and smart meter installations into its campus energy management activities.
These monitoring and management facilities help strengthen institutional energy data collection, support electricity consumption analysis, and inform energy conservation and efficiency improvements.
五、低碳能源量測與校園永續發展
Low-Carbon Energy Measurement and Sustainable Campus Development
國立暨南國際大學透過年度用電統計、再生能源發電監測及建築能源管理設備，持續建立校園能源使用與低碳能源產出的量化紀錄。
本校UI GreenMetric佐證資料指出，再生能源發電設施所產生的電力可直接供應校園建築使用，以降低對外部電網供電的需求。
不過，太陽光電「總發電量」與「校園實際使用量」屬於不同的量測項目。為精確掌握低碳能源使用情形，仍須依據自用電量、售電量及各項能源計量資料進行核對。
本校將持續推動能源監測、再生能源發展及能源效率提升，並運用量化能源資訊支持校園減碳管理，朝2043年淨零碳排放目標邁進。
National Chi Nan University maintains quantitative records of campus electricity consumption and low-carbon electricity generation through annual electricity statistics, renewable energy monitoring, and building energy management infrastructure.
NCNU's UI GreenMetric evidence states that electricity generated from renewable energy systems is directly supplied to campus buildings, helping reduce reliance on externally supplied grid electricity.
However, total solar electricity generation and actual on-campus consumption are distinct measurement categories. Accurate assessment of low-carbon energy use requires verification of self-consumption, electricity sales, and relevant metering records.
NCNU will continue strengthening energy monitoring, renewable energy development, and energy efficiency improvements, using quantitative energy information to support campus carbon reduction management and its net-zero emissions goal for 2043.
六、對聯合國永續發展目標的貢獻
Contribution to the Sustainable Development Goals
SDG 7｜可負擔的潔淨能源
透過再生能源發電量監測、能源管理及智慧電表系統，持續推動校園能源效率提升及再生能源應用。
SDG 13｜氣候行動
透過年度能源量化紀錄、能源績效分析及2043年淨零碳排放目標，支持校園溫室氣體減量及長期氣候行動。
SDG 7 | Affordable and Clean Energy
Promoting renewable electricity monitoring, energy management, smart metering, and improved campus energy efficiency.
SDG 13 | Climate Action
Supporting campus greenhouse gas emissions reduction and long-term climate action through annual energy measurement, performance monitoring, and NCNU's 2043 net-zero emissions target.
七、佐證資料與參考來源
Supporting Evidence and References
1. 國立暨南國際大學《2025校園永續報告書》
National Chi Nan University 2025 Campus Sustainability Report
佐證內容：2025年太陽光電發電量、年度能源績效及校園能資源管理。
Relevant evidence: 2025 solar photovoltaic electricity generation, annual energy performance, and campus energy management.
2. UI GreenMetric－EC 2.5 再生能源設施與發電量
UI GreenMetric EC 2.5 – Renewable Energy Sources and Electricity Generation
佐證內容：太陽光電設置容量、2025年發電量、再生能源設施及太陽光電監控系統。
Relevant evidence: Solar photovoltaic capacity, 2025 electricity generation, renewable energy installations, and solar photovoltaic monitoring.
3. UI GreenMetric－EC 2.6 年度用電量
UI GreenMetric EC 2.6 – Annual Electricity Consumption
佐證內容：2020年至2025年校園年度用電量統計。
Relevant evidence: Campus annual electricity consumption records from 2020 to 2025.
4. UI GreenMetric－EC 2.8 再生能源發電量與年度能源使用量比較
UI GreenMetric EC 2.8 – Renewable Energy Generation and Annual Energy Use Comparison
佐證內容：2020年至2025年太陽光電發電與用電統計、監測系統及電力統計紀錄。
Relevant evidence: Solar electricity generation and electricity consumption statistics from 2020 to 2025, supported by monitoring system records.
5. UI GreenMetric－EC 2.3 智慧建築實施
UI GreenMetric EC 2.3 – Smart Building Implementation
佐證內容：電力計量設備、數位控制系統及建築能源管理平台。
Relevant evidence: Electricity metering equipment, digital controllers, and building energy management systems.
6. 國立暨南國際大學《淨零碳排策略》
National Chi Nan University Net-Zero Carbon Strategy
通過日期：2022年9月6日。
Approval Date: September 6, 2022.
相關內容：再生能源發展、能源監測、智慧電表、節能改善及2043年淨零碳排放目標。
Relevant evidence: Renewable energy development, energy monitoring, smart meters, energy efficiency improvements, and the 2043 net-zero emissions target.
官方政策網頁／Official Policy Website:
https://b020.ncnu.edu.tw/p/412-1020-1254.php?Lang=zh-tw
資料年度／Reporting Year：2025
能源監測範圍／Monitoring Scope：校園電力消耗與再生能源發電統計／Campus Electricity Consumption and Renewable Electricity Generation
長期目標／Long-Term Target：2043年校園淨零碳排放／Campus Net-Zero Emissions by 2043