2025/01/06

可負擔能源(SDGs7)

國立暨南國際大學全校能源效率計畫與校園節能措施 University-Wide Energy Efficiency Plan and Campus Energy Conservation Measur

國立暨南國際大學全校能源效率計畫與校園節能措施

University-Wide Energy Efficiency Plan and Campus Energy Conservation Measures

SDG 7｜可負擔的潔淨能源（Affordable and Clean Energy）

THE Sustainability Impact Ratings 2027｜Indicator 7.2.4 — Energy Efficiency Plan

一、政策背景與全校承諾

Policy and University-Wide Commitment

國立暨南國際大學（NCNU）致力於推動校園永續發展及能源效率提升，於2022年9月6日經第1次永續發展委員會會議通過「國立暨南國際大學淨零碳排策略」，訂定2043年達成校園淨零碳排之長期目標。

本校將節約能源與提升能源效率納入校園整體營運管理，透過照明改善、空調設備汰換、電力系統升級及能源績效管理等措施，逐步降低全校能源消耗，提升能源使用效益。

National Chi Nan University (NCNU) is committed to campus sustainability and improved energy efficiency. On September 6, 2022, the university's Sustainable Development Committee approved the NCNU Net-Zero Carbon Emissions Strategy, establishing a long-term goal of achieving campus net-zero carbon emissions by 2043.

Energy conservation and efficiency improvements are integrated into campus operations through lighting upgrades, air conditioning system replacement, electrical infrastructure improvements, and energy performance management. These measures aim to progressively reduce overall campus energy consumption.

二、能源效率計畫與節能措施

Energy Efficiency Plan and Conservation Measures

為有效降低校園整體能源消耗，本校持續推動下列能源效率改善措施：

高效率照明設備： 逐步汰換校園路燈及教室傳統照明設備，改採節能LED照明系統，減少照明用電。
空調系統節能改善： 改善行政大樓及圖書館等建築物之中央空調系統，採用高效率變頻式冰水主機，提升設備能源效率。
智慧能源監測與管理： 透過智慧電表及能源監測設備，提高校園用電資訊的掌握與管理能力。
變壓器及電力設備汰換： 汰換老舊變壓器，降低空載損失並提升電力系統運轉效率。
能源使用績效管理： 推動降低用電需量及建築能源使用密集度（Energy Use Intensity, EUI），持續改善能源使用效能。
其他節能措施： 包括飲水機夜間節電排程、資訊機房能源效率改善及電腦教室節能設備使用。

To reduce overall campus energy consumption, NCNU implements the following energy efficiency measures:

Energy-Efficient Lighting: Gradually replacing conventional streetlights and classroom lighting with energy-efficient LED systems.
Air Conditioning System Improvements: Upgrading central air conditioning systems in campus buildings, including the Administration Building and Library, with energy-efficient variable-frequency chillers.
Smart Energy Monitoring and Management: Improving electricity monitoring and management through smart electricity meters and energy monitoring equipment.
Transformer and Electrical Equipment Replacement: Replacing aging transformers to reduce no-load electricity losses and improve operational efficiency.
Energy Performance Management: Reducing electricity demand and progressively improving building Energy Use Intensity (EUI).
Additional Conservation Measures: Implementing nighttime energy-saving schedules for drinking water dispensers, improving data center energy efficiency, and using energy-efficient equipment in computer classrooms.

三、具體執行成果

Implementation and Achievements

（一）2024年智慧低碳校園計畫

2024 Smart Low-Carbon Campus Development Project

2024年，本校辦理「建構智慧低碳校園計畫」相關工程，改善校園建築電力設備及設置智慧電表，強化能源監測與管理能力，作為持續推動校園節能的重要措施。

In 2024, NCNU implemented the Smart Low-Carbon Campus Development Project, including electrical equipment improvements and the installation of smart electricity meters. These improvements strengthen energy monitoring and management capabilities and support ongoing campus energy conservation efforts.

（二）圖資大樓建築能源效率改善

Information and Library Building Energy Efficiency Improvements

2024年，本校推動圖書資訊大樓空調及建築能源效率改善工程，使建築能效等級由第3級提升至第1+級，並取得候選建築能效證書，展現既有建築節能升級之具體成果。

In 2024, NCNU implemented air conditioning and building energy efficiency improvements at its Information and Library Building. The project improved the building's energy efficiency rating from Level 3 to Level 1+ and obtained a Candidate Building Energy Efficiency Certificate, demonstrating measurable improvements in existing building energy performance.

四、能源監測與持續改善

Energy Monitoring and Continuous Improvement

本校將能源績效管理納入淨零碳排推動策略，持續透過用電需量管理、建築能源使用密集度（EUI）改善及設備更新，提升校園能源使用效率。

未來將持續結合能源管理機制與各項節能改善工程，逐步降低校園能源消耗，朝向2043年校園淨零碳排目標邁進。

NCNU incorporates energy performance management into its net-zero carbon strategy. Through electricity demand management, improvements in building Energy Use Intensity (EUI), and equipment upgrades, the university seeks to continuously improve campus energy efficiency.

The university will continue integrating energy management practices with energy-saving improvement projects to progressively reduce campus energy consumption and advance its 2043 net-zero carbon emissions goal.