綠能科技所研究主題
Research Topics in Green Energy Technology
Research Topics in Green Energy Technology
1.多功能儲電系統
(1) 於臺師大及新店場域建置示範場域，並規劃未來將該技術移轉至新北市九份園區。
(2) 系統核心技術包含：AI進行環境氣候預測與節能策略規劃、全黑啟動模式、緊急應變模式，以及能源調管理等。
1. Multi-Functional Energy Storage System
(1) A demonstration site will be established at NTNU and in the Xindian area, with future plans to transfer and deploy the technology at the Jiufen Industrial Park in New Taipei City.
(2) The system integrates several advanced technologies, including artificial intelligence (AI) for environmental and climate prediction to support energy-saving strategies, maximum power point tracking for solar energy, black-start capability, emergency response operation, and comprehensive energy management and scheduling.
2.金字塔太陽能微電網系統
(1) 於臺師大建置示範場域，並規劃未來將該技術移轉至新北市九份園區。
(2) 系統核心技術涵蓋：AI進行環境氣候預測與節能策略規劃、全黑啟動模式、緊急應變模式，以及電力與能源調度管理等。
2. Pyramid Solar Microgrid System
(1) A demonstration site will be established at NTNU, with future plans to transfer and implement this technology at the Jiufen Industrial Park in New Taipei City.
(2) The system incorporates key technologies such as AI for environmental and climate prediction to facilitate energy-saving strategies, black-start capability, emergency response operation, and advanced power and energy dispatch management.
3. 微氣候技術
(1) 採用 CFD（計算流體力學）風場建模技術，對新北市九份園區之風場環境進行模擬與評估。
(2) 於九份園區設置多組氣象站，以進行實地氣候監測，並結合物聯網（IoT）技術，將氣象數據即時上傳至雲端平台。透過雲端軟體進行數據分析與圖表化呈現，進一步制定園區戶外體感溫度氣候調節策略，如噴霧降溫系統、除濕系統等。
3. Microclimate Technology
(1) CFD wind field modeling is employed to simulate and evaluate the wind environment of the Jiufen Industrial Park in New Taipei City.
(2) Multiple weather stations are installed within the park to conduct on-site climate monitoring. By integrating IoT technology, the meteorological data are uploaded to a cloud platform in real time. The data are then analyzed and visualized through cloud-based software to develop strategies for regulating outdoor perceived temperature, such as mist cooling systems and dehumidification systems.
4.新北市九份園區碳盤查
針對九份園區進行碳盤查，將估算廠商端開發所產生的碳排放量（C+），並規劃相應的減碳策略（C−），如再生能源發電。同時，依據園區用電強度（Energy Usage Intensity, EUI）設計節能措施，進一步提出具體可行的減碳方案，以有效降低碳排放，並促進環境永續。
4. Carbon Inventory of Jiufen Industrial Park, New Taipei City
A carbon inventory will be conducted for the Jiufen Industrial Park to estimate the carbon emissions (C+) generated by industrial development and to design corresponding carbon reduction strategies (C−), such as renewable energy generation. At the same time, energy-saving measures will be planned based on the park’s Energy Usage Intensity (EUI), leading to the proposal of practical and feasible carbon reduction solutions. These efforts aim to effectively reduce carbon emissions and promote environmental sustainability.