Activity Name: Signing of the NTOU–Academia Sinica Memorandum of Understanding on Research and Applications for Net-Zero Carbon Reduction

活動名稱　本校與中央研究院「淨零減碳科研應用」合作備忘錄簽署儀式

Summary

Academia Sinica has long invested in basic research and actively develops emerging zero-carbon power technologies, carbon sinks, and other innovative technologies that support net-zero goals. As a higher education institution centered on marine research, NTOU has strong capabilities in marine science and engineering. In recent years, it has actively pursued research on ocean energy, blue carbon, maritime decarbonization, and sustainable fisheries, making it an important contributor to Taiwan's net-zero transition in the marine sector.

The two institutions had already established research partnerships on selected topics. To strengthen this cooperation and accelerate the application of research results, they signed a memorandum of understanding under a common framework for research and development in net-zero carbon reduction technologies. Guided by mutual trust and mutual benefit, the memorandum covers existing results and future cooperation.

摘要

中研院長期深耕基礎研究並積極投入開發新興零碳電力、增加碳匯以及其他有助達成淨零目標之創新淨零科技；海洋大學為我國以海洋研究為核心之高等學府，具備海洋科學及工程之研究能量，並於近年積極投入海洋能源、藍碳、海事減碳及永續漁業及海洋能源等研究，為我國推動海洋領域淨零轉型之重要推手。

雙方過去針對部分主題已建立合作研究關係，惟為加強既有合作並加速落實相關研發成果，因此，雙方在淨零減碳科技研發的目標框架上，秉持互信互惠原則，為現有之成果及未來相關合作事宜，簽署合作備忘錄。

Evidence: https://mprp.ntou.edu.tw/p/404-1017-115099.php?Lang=zh-tw

Sustainability Impact

The memorandum of understanding with Academia Sinica brings research on ocean energy, blue carbon, maritime decarbonization, and sustainable fisheries into a shared cooperation framework, supporting research across institutions and the integration of resources. It provides an institutional foundation for accelerating technology research and application. Actual deployment and carbon reductions still require supporting evidence from project results.

永續影響力

與中央研究院簽署合作備忘錄，將海洋能源、藍碳、海事減碳及永續漁業等研究納入共同合作框架，支持跨機構研發與資源整合。此為加速技術研究及應用的制度基礎，實際部署與減碳量仍需計畫成果佐證。

Activity Name: The 4th Net Zero City Expo

活動名稱　第四屆淨零城市展

Summary

The 4th Net Zero City Expo is scheduled for March 17–20, 2026, at Taipei Nangang Exhibition Center, Hall 2. Guided by the Executive Yuan's National Council for Sustainable Development, the expo is jointly organized by the National Development Council and the Taipei Computer Association. Its central theme, "AI-Driven Digital and Net-Zero Twin Transition," highlights Taiwan's capacity to use artificial intelligence to accelerate both transitions.

The expo will be held alongside the 2026 Smart City Summit and Expo, with seven ministries and agencies, 13 city and county governments, and 700 companies participating across 2,250 booths. A joint opening ceremony will take place on the morning of March 17, with Vice President Hsiao Bi-khim invited to deliver remarks, demonstrating the government's commitment to digital and net-zero transformation.

To advance the green growth vision of the President's National Project of Hope, the National Development Council is working with the Ministry of the Interior, Ministry of Economic Affairs, Ministry of Environment, Ministry of Transportation and Communications, National Science and Technology Council, and other agencies to create the Taiwan Net-Zero Vision Pavilion. The pavilion will present interim results of Taiwan's overall carbon reduction action plan.

To strengthen international cooperation and connections, the summit's two main forums will feature keynote addresses by Industrial Technology Research Institute Vice President Li Zong-ming and Global Covenant of Mayors for Climate and Energy Director Giorgia Rambelli. Their topics are "Net-Zero and Digital Transformation: Twin Engines for the Energy Transition" and "AI Digital Solutions for Net-Zero, Resilient, and Inclusive Urban Transformation." The talks will examine the effects of the twin transition on energy and cities. Three additional forums will bring together city leaders from around the world to discuss industrial transformation, climate resilience, and regional revitalization, using exchange across disciplines and perspectives to strengthen international cooperation in green governance and advance smart, sustainable development.

To develop net-zero business opportunities, the expo will also expand its international business matchmaking program. Structured, targeted matching will help businesses and global buyers exchange their visions and form strategic partnerships, supporting practical technology deployment and tangible business opportunities.

Participants from all sectors are warmly invited to attend the 2026 Net Zero City Expo and see Taiwan's progress in advancing digital and net-zero transformation.

摘要

第四屆「淨零城市展(Net Zero City Expo)」將於今(2026)年3月17至20日在台北南港展覽館2館盛大舉行。本次展會由行政院國家永續發展委員會指導，國家發展委員會與台北市電腦公會合作共同舉辦，以「AI驅動數位與淨零雙軸轉型」為核心，彰顯臺灣運用人工智慧賦能，加速雙軸轉型的實踐量能。

本次展會將與「2026智慧城市展」聯合展出，計有7個部會、13個縣市及700家廠商設立2,250個攤位共襄盛舉，並將於17日上午舉行聯合開幕典禮，特別邀請蕭美琴副總統蒞臨致詞，展現政府推動數位轉型與淨零轉型的決心。

為落實總統國家希望工程綠色成長願景，國發會在本年展會攜手內政部、經濟部、環境部、交通部、國家科學及技術委員會等部會打造「臺灣淨零願景館」，集中展示「臺灣總體減碳行動計畫」的階段性成果。

在強化國際合作與鏈結方面，今年國際峰會兩場主論壇分別邀請工研院李宗銘副院長、全球市長氣候與能源盟約Giorgia Rambelli總監，帶來「淨零與數位轉型：推動能源轉型的雙引擎」及「AI數位解決方案協助淨零、韌性及包容性的城市轉型」兩場專題演講，深入論述雙軸轉型對能源與城市轉型的關鍵影響。另有三場分論壇，邀請全球各地城市領袖，共同探討產業轉型、氣候韌性及地方創生等議題，藉由跨域多維度交流，強化全球綠色治理協作，攜手開創智慧永續新局。

為掌握淨零商機，本次展會亦將擴大辦理國際商機媒合大會，透過結構化精準對接，協助業者與全球買主達成願景交流與策略合作，促成技術落地與實質商機。

誠摯邀請各界蒞臨2026年淨零城市展，共同見證臺灣在雙軸轉型道路上穩健前行的豐碩成果。

Sustainability Impact

The available content introduces the 2026 Net Zero City Expo's themes of AI, the energy transition, and exchange across sectors. It can serve as information for understanding net-zero technologies and opportunities for cooperation.

永續影響力

現有內容介紹2026年淨零城市展的AI、能源轉型與跨域交流主題，可作為理解淨零技術與合作機會的資訊。

Evidence: https://www.ndc.gov.tw/nc_27_39887

Activity Name: Taiwan's Next Step in Ocean Energy: From Demonstration to Industrialization Forum

活動名稱　臺灣海洋能源的下一哩路：從示範到產業化論壇

Summary

Taiwan's Next Step in Ocean Energy: From Demonstration to Industrialization Forum

As Taiwan works toward net-zero emissions by 2050, it will launch a new phase of its ocean energy program in 2027, with Academia Sinica leading the collaboration. The program aims to translate demonstration experience into replicable engineering approaches and local supply chain capabilities in preparation for deployment. The morning sessions focus on the policy roadmap and Kuroshio Current power generation, while the afternoon sessions cover wave energy and nearshore cable installation. The forum brings together government, academia, research institutions, and industry to align technical requirements, validation processes, and cooperation models. Supply chain partners are invited to help lay the groundwork for deployment at scale in 2027–2030.

摘要

臺灣海洋能源的下一哩路：從示範到產業化論壇

在邁向2050淨零的路上，臺灣將於2027啟動新一期海洋能源計畫，由中央研究院領銜協作，目的是把示範經驗轉成可複製的工程與在地供應鏈能力，提前為實際部署做準備。上午聚焦政策藍圖與黑潮發電；下午聚焦波浪能源與近岸佈纜技術。論壇邀集政府、學研與產業對齊技術門檻、驗證流程與合作模式，歡迎供應鏈夥伴加入，為 2027–2030 的規模化部署打底。

Sustainability Impact

Jointly organized by NTOU and Academia Sinica, the ocean energy forum brings together industry, government, academia, and research institutions to discuss Kuroshio Current energy, wave energy, and cable installation technologies. It supports the exchange of demonstration experience and supply chain requirements.

永續影響力

海大與中央研究院共同主辦海洋能源論壇，串聯產官學研討論黑潮、波浪能源及佈纜技術，支持示範經驗與供應鏈需求交流。

Evidence: https://rcci.sinica.edu.tw/news2.php?id=67

Activity Name: Environmental Survey and Assessment for the Power Generation Project of Units 1 and 2 at the Fourth Nuclear Power Plant: Supervision of Short-Term Beach Nourishment at Yanliao Coast

活動名稱　核能四廠第一、二號機發電計畫環境調查評析–鹽寮海岸短期性養灘之監督工作

Summary

Long-term monitoring of the topography of Yanliao Beach on Taiwan's northeast coast shows that typhoon events are the main cause of short-term beach changes in the monitoring area. Changes in sediment volume vary with each typhoon's track and intensity. After typhoon events, sediment gradually returns to the beach as the northeast monsoon weakens. Changes in sediment volume and the shoreline at the 0 m elevation during the monitoring period are shown in Figures 1 and 2, respectively.

摘要

東北角鹽寮沙灘地形變動監測，根據歷年沙灘地形監測成果顯示：監測區鹽寮沙灘短期性變動因素為颱風事件，沙灘土砂變動量視颱風行徑及其規模有所差異，颱風事件後沙灘地形隨東北季風的減弱漸次呈現回淤變化，監測歷程之土砂量及0m灘線的變動情形分別如圖1及圖2所示。

Sustainability Impact

Continued monitoring of Yanliao Beach topography, sediment volume, and shoreline changes provides observational evidence of coastal changes under the effects of typhoons and monsoons. The data can support beach nourishment supervision, coastal risk analysis, and engineering management. The available summary does not provide results demonstrating completed improvements in disaster prevention or carbon reductions.

永續影響力

持續監測鹽寮沙灘地形、土砂量與灘線變動，提供颱風及季風作用下海岸變遷的觀測依據。資料可支持養灘監督、海岸風險分析及工程管理，現有摘要未提供已完成的防災改善或減碳成效。

Evidence:https://oet.ntou.edu.tw/p/405-1061-104044,c7466.php?Lang=zh-tw

Activity Name: Intelligent Hourly Air Temperature Forecasting for Coastal Areas

活動名稱　沿海逐時氣溫智慧預報

Summary

This study developed an hourly air temperature forecasting model for 14 monitoring stations on the coastal plains of Chiayi and Tainan, Taiwan, that can directly handle missing observations. It uses a pattern-referencing framework based on weighted K-nearest neighbors (WKNN), combining temperature vectors from multiple stations with time features to forecast one hour ahead. It requires neither prior imputation nor pretraining of a large model, reducing barriers to practical deployment. The best configuration used a one-hour look-back window and 18 neighbors. It maintained stable accuracy across different weather conditions and outperformed the persistence and ARIMA baselines overall. The model is particularly suitable for coastal monitoring systems with incomplete data and unstable station network communications. It can support real-time decisions on cold damage, heat hazards, aquaculture, and agriculture, improving early warning of coastal environmental risks and climate adaptation capacity.

摘要

本研究以臺灣嘉義—臺南沿海平原14處測站為對象，建立可直接處理缺測資料的逐時氣溫預報模式。研究採用加權K近鄰（WKNN）之 pattern-referencing 架構，以多站溫度向量與時間特徵進行一小時超前預報，不需先進行補值或大型模型預訓練，降低實務部署門檻。結果顯示，最佳設定為回看1小時、鄰居數18，在多種天氣情境下可維持穩定精度，整體表現優於 persistence 與 ARIMA 基準法。此模式特別適合資料不完整、站網傳輸不穩定的沿海監測系統，可支援寒害、熱危害、養殖與農業現場的即時決策，提升沿海環境風險預警與氣候調適能力。

Sustainability Impact

The findings can support short-term temperature risk management for coastal aquaculture, agriculture, and outdoor work, helping prevent cold damage, respond to heat hazards, and guide local adaptation. By improving the availability of real-time forecasts, the approach also helps build regional environmental monitoring and early warning systems that are affordable and resilient.

永續影響力

研究成果可支援沿海養殖、農業與戶外工作之短時程溫度風險管理，協助寒害防範、熱危害因應與地方調適。透過提升即時預報可用性，也有助於建構低成本、高韌性的區域環境監測與預警體系。

Evidence: https://rmets.onlinelibrary.wiley.com/doi/10.1002/met.70137