7.2.1

SDG 7.2.1

Green Building Label Candidate馬祖校區學生宿舍新建工程綠建築標章

Application for review and approval according to the green building label and key points of use The total project cost of publicly owned new buildings is NT$50 million or more, and the application for qualified green buildings.

Sustainable Impact: Mandating green building standards for major public construction projects promotes energy efficiency, carbon reduction, resource optimization, and eco-friendly design, setting a sustainable benchmark for Taiwan's construction industry.

依據綠建築標章申請審核認可及使用作業要點公有新建建築物之總工程總造價在新臺幣五千萬元以上之公有新建建築物，申請合格級綠建築

Evidence:

https://glrs.moi.gov.tw/LawContentHistory.aspx?hid=413

https://r088.ntou.edu.tw/var/file/103/1103/img/1564/401583837.pdf

Green Building Label Candidate進修教育推廣大樓新建工程候選綠建築標章

Sustainable Impact: Promoting sustainable building practices enhances energy efficiency and supports renewable energy use. Adopting green standards for public buildings reduces energy consumption and reliance on non-renewable sources. Energy-efficient designs in large projects lower overall energy demand, aiding the shift to renewable energy..

依據綠建築標章申請審核認可及使用作業要點公有新建建築物之總工程總造價在新臺幣五千萬元以上之公有新建建築物，申請合格級綠建築.

永續影響力: 推動公有新建建築物符合綠建築標章認證，提升能源效能並降低環境影響。透過高標準建築設計，減少能源消耗，支持更可持續的發展模式。這有助於增加可再生能源的使用，促進能源轉型。

Evidence: https://glrs.moi.gov.tw/LawContentHistory.aspx?hid=413

https://r088.ntou.edu.tw/var/file/103/1103/img/1564/413265635.png

Green Building Label Candidate藻礁暨海洋生態館新建工程候選綠建築標章

Sustainable Impact: Promoting energy-efficient building practices supports renewable energy use by reducing overall energy demand. Meeting Green Building Label standards minimizes reliance on non-renewable sources. This approach encourages renewable technology integration, aiding in raising renewable energy’s share in consumption.

依據綠建築標章申請審核認可及使用作業要點公有新建建築物之總工程總造價在新臺幣五千萬元以上之公有新建建築物，申請合格級綠建築。

永續影響力: 透過申請綠建築標章，推動符合高效能源和永續性標準的建築實踐，降低建築整體能源需求。該方法減少了對非再生能源的依賴，並鼓勵再生能源技術的應用。最終有助於提升總能源消耗中再生能源的比重。

Evidence:

https://glrs.moi.gov.tw/LawContentHistory.aspx?hid=413

https://r088.ntou.edu.tw/var/file/103/1103/img/1564/782779424.png

Green Building Label Candidate電資暨綜合教學大樓新建工程綠建築標章

Sustainable Impact: promoting sustainable construction practices focused on energy efficiency. By applying for the Green Building Label, the project ensures that energy-efficient standards are integrated into the building design, reducing overall energy consumption and encouraging the potential use of renewable energy sources. This effort contributes to the sustainable impact of lowering reliance on non-renewable energy and supports the global goal of increasing the share of renewable energy in total energy consumption.

依據綠建築標章申請審核認可及使用作業要點公有新建建築物之總工程總造價在新臺幣五千萬元以上之公有新建建築物，申請合格級綠建築。

永續影響力:透過申請綠建築標章，將節能標準融入建築設計，減少整體能耗並促進再生能源的使用。這不僅降低了對非再生能源的依賴，還有助於提升再生能源在總能源消耗中的比例。此舉支持全球增加再生能源比重的目標。

Evidence:

https://www.abri.gov.tw/cp.aspx?n=805

https://r088.ntou.edu.tw/var/file/103/1103/img/1564/515950410.png

Energy Turnover ~ Marine Renewable Energy Research Camp 翻轉能源~海域再生能源探究營

Come and experience a fantastic journey of marine technology! This base has a complete set of dazzling equipment, allowing you to see the infinite possibilities of marine energy in the future! First of all, we have a real sea area test site, which is located between Keelung Island, Heping Island and Hainan University Binhai Campus. It has a tidal energy and wave energy test area of about 1.4 square kilometers. The water depth and sea conditions here are perfectly suitable for installing a floating wind turbine platform, and our data buoys and ADCP systems have been collecting valuable data for over a decade! Next, don’t forget to visit our medium and small scale laboratories, which are small experimental areas for marine energy research! We have a high-tech flat flume equipped with four sets of Edinburgh wave generators, capable of conducting precision experiments on various small wave energy units. In addition, the Ocean Energy Creative Implementation Competition is held every year, allowing students to display their creative works and test the power generation efficiency. It is really lively! Finally, come and take a look at the virtual ocean power grid management system we just completed! This system shows the entire process of how ocean energy flows from power plants to your home grid, as well as life application displays in various special situations, allowing you to understand how ocean energy can be integrated into daily life.

Sustainable Impact: promoting the exploration and application of marine renewable energy sources such as tidal, wave, and floating wind turbines. By providing a real-world testing site and advanced research facilities, the camp fosters innovation and education in renewable energy technologies. The integration of marine energy research and the annual competition encourage the development of creative solutions that could increase the share of renewable energy in the energy mix. This initiative not only raises awareness of marine renewable energy but also contributes to a sustainable future by showcasing how it can be integrated into daily life.

快來體驗一場海洋科技的奇幻之旅！本基地擁有一整套超炫的設備，讓你看見未來海洋能源的無限可能！首先，我們有實海域測試場，它坐落於基隆嶼、和平島與海大濱海校區之間，擁有大約 1.4 平方公里的潮流能和波浪能測試區。這裡的水深和海況完全符合安裝浮式風力發電平臺的要求，並且我們的資料浮標和 ADCP 系統已經收集了超過十年的寶貴數據！接著，別忘了參觀我們的中、小尺度實驗室，這裡可是海洋能源研究的小型實驗天地！我們有高科技的平面水槽，配備四組愛丁堡造波機，能夠進行各種小型波浪能機組的精密實驗。此外，每年還會舉辦海洋能源創意實作競賽，讓學生展示創意作品，並測試發電效率，真是熱鬧非凡！最後，快來瞧瞧我們剛完成的虛擬海域電網管理系統！這個系統展示了海域能源如何從發電場到你家電網的全過程，還有各種特殊情境的生活應用展示，讓你了解海洋能源如何融入日常生活。

永續影響力: 此計畫推動海洋再生能源技術（如潮汐能、波浪能及浮動風力渦輪）的探索與應用，並透過提供測試場地和研究設施促進創新。海洋能源研究及年度競賽鼓勵創意解決方案的發展，提升再生能源在能源組合中的比例。不僅提升對海洋再生能源的認識，還展示其融入日常生活的潛力，助力永續未來。

Evidence:

https://r088.ntou.edu.tw/var/file/103/1103/img/1564/315648533.docx

https://www.facebook.com/energyntou/

https://r088.ntou.edu.tw/var/file/103/1103/img/1564/556659099.jpg

https://r088.ntou.edu.tw/var/file/103/1103/img/1564/290938220.jpg

https://r088.ntou.edu.tw/var/file/103/1103/img/1564/393020951.jpg