top of page

綠能關鍵材料研究中心
Green-Energy Key Materials Research

      地球持續暖化,日本及南亞的海嘯,石油逐漸枯乾,以及核電安全性持續令人質疑下,環境保護及節能減碳乃刻不容緩的全球議題。

     目前世界各國已經開始重視開發新能源和儲能系統,並積極發展電動車與油電混合車來減少對石油的依賴性。台灣屬於海島型國家,大部分能源皆仰賴進口,對於新能源系統及材料的開發上更不應落後。本中心重視世界能源議題,以開發綠能先進動力車輛載具為主要研究目標。

 

    With continuous global warming, crises like the tsunami in Japan and South Asia, raised concerns about the safety of nuclear power and environmental protection. Furthermore, the limit of crude oil, carbon reduction, and energy conservation are urgent global issues that make people search for safer and more efficient methods of sustainable green power.

    Countries worldwide have begun to attach importance to developing new energy and energy storage systems, and actively develop electric and hybrid vehicles to reduce their dependence on petroleum. Taiwan is an island country, and most energy sources rely on importation. Therefore, Taiwan should keep up with the trend of developing new energy systems and materials.

    This center attaches great importance to the world’s energy issues and takes the development of advanced green energy power vehicles as the main research goal.

中心宗旨

本中心宗旨在協助整合產業界與本校的研究資源,規劃與執行長期的合作研究而設立,其主要著重於:

(一)培養綠能關鍵材料研究專才。

(二)投入先進綠能關鍵材料基礎研究、協助產業界新產品開發。

(三)提供材料分析服務。

(四)協助產業界國際技術交流。

The purpose of the center is to help integrate the research resources of the industry and university and to plan and execute long-term cooperative research. It mainly focuses on the following:

1. Cultivating professionals of green energy key-materials research.

2. Basic research on advanced green energy key-materials and assisting the industry in developing new products.
 
3. Providing material analysis services.
 
4. Assisting the industry in international technical exchanges.

Introduction

​為培養綠能相關專業技能,我們成立綠能關鍵材料研究中心。研究領域包括氫能,生物質量/生物燃料,電池儲能相關,催化劑等技術。

    To cultivate professional talents in green-energy materials, we established the Center for Green-Energy Key Materials Research, including the fields of hydrogen generation, biomass/biofuel, high-value technology, batteries, and catalysts.

00000.png

Expected benefits

1. Integrating research teams at NSYSU to strengthen the R&D capabilities.
2. Prompting academia-industry cooperation to enhance the industrial competitiveness of Taiwan.

bottom of page