7.4.2
- NTOU Responds to the 2nd Net-Zero Sustainability Summit to Move Towards the 2050 Net-Zero Emission Goal 海大響應第二屆淨零永續高峰論壇共同邁向 2050淨零碳排目標
National Taiwan Ocean University (NTOU) responded to the "2nd Net-Zero Sustainability Summit," where President Hsu Tai-Wen delivered a speech on "2050 Net Zero Carbon Emissions and Marine Energy Policy". NTOU showcased technologies related to sustainable marine energy, cultivated blue carbon circulation, and marine resource recycling.
Sustainable Impact: Actively responds to global sustainable development trends by gathering elites to discuss how to promote Taiwan towards sustainable development. Showcasing marine energy technology supports the ambitious goal of net-zero emissions, and promotes clean energy policy and technology.
國立臺灣海洋大學響應「第二屆淨零永續高峰論壇」，許泰文校長以「2050淨零碳排與海洋能源政策」為題發表演講。海大於現場展示有關永續海洋能源、養殖藍碳循環及海洋資源循環利用的相關技術。
永續影響力: 積極回應全球永續發展趨勢，匯聚各界菁英共同探討如何推動台灣邁向永續發展。透過展示海洋能源技術，支持淨零碳排的宏大目標，促進清潔能源政策與技術的推廣。
Evidence: https://usrsdg.ntou.edu.tw/var/file/103/1103/img/1514/599406774.pdf
- Professor Lin Chen-Chou’s Research Published in an Important International Journal in the Renewable Energy Field 林鎮洲老師研究獲刊登於再生能源領域重要國際期刊
Conducted theoretical and numerical modeling for a new L-shaped Oscillating Water Column Wave Energy Converter (L-OWC). The study pioneered the "spring effect" correction theory and scaling redistribution strategy.
Sustainable Impact: The research aims to solve the "air compressibility mismatch" problem in wave energy converters, contributing to the development of wave energy technology and promoting Affordable and Clean Energy (SDG 7).
該研究針對新型幾何構型之 L型振盪水柱式**波浪能轉換器（L-OWC）**進行理論與數值建模。研究首創性地提出「彈簧效應」修正理論與縮尺重配策略。
永續影響力: 本研究成果致力於解決波浪能轉換器的「空氣可壓縮性不匹配」問題，有助於發展波浪能技術，促進可負擔的潔淨能源（SDG 7）的發展。
