【學術成果】恭喜本中心吳乃立教授研究團隊之回顧性論文—"鋰離子電池電解液添加劑：依元素分類” 榮登國際頂尖期刊Progress in Materials Science！
恭喜本中心吳乃立教授研究團隊之回顧性論文—"鋰離子電池電解液添加劑：依元素分類” 榮登國際頂尖期刊Progress in Materials Science ！
綠能產業被列為國家未來發展之重點產業，可再生能源的發展重要一環在於廉價且高性能儲能電池系統的開發。鋰離子電池為當前最重要的綠能儲能與電動車應用之電池系統，預期在不遠的將來仍將持續扮演重要角色。鋰離子電池中電解質的成分強烈影響電池的性能，而其中的添加劑則是高效電解液的重要組成，對於電池之一般電化學性能、電極穩定性、循環壽命、長期穩定性（特別是在高溫）和安全性等，通常能產生重大的影響。它們的性質和化學特性具高度多樣化，而其作用方式有時未被完全理解。
臺大化工系與前瞻綠色材料高值化研究中心吳乃立教授及其研究團隊(S. Bolloju博士)與以色列巴伊蘭大學Doron Aurbach 教授團隊合作，近日於國際頂尖期刊Progress in Materials Science 發表題為「Electrolyte additives for Li-ion batteries: classification by elements」之論文。在論文中對鋰離子二次電池使用的各種添加劑進行了系統性地調查，強調其官能基的重要性。創新地提出以重要且具代表性的核心元素作為添加劑分類和規範之構想。藉此對添加劑的功能做進一步的釐清與剖析，並為未來新式添加劑的開發提供有價值的線索。 (論文全文：https://www.sciencedirect.com/science/article/pii/S007964252400118X?via%3Dihub)
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鋰離子電池電解液添加劑：依元素分類
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Distinguished Professor Nae-Lih Wu and his research team from NTU Chemical Engineering Department recently published a review paper- "Lithium-ion Battery Electrolyte Additives: Classification by Elements" in a top-ranked international journal: Progress in Materials Science (2023 IF: 33.6)
The renewable energy industry is listed as a key industry for the country's future development. An important part of the development of renewable energy lies in the development of cheap and high-performance energy storage battery systems. Lithium-ion batteries are currently the most important battery system for renewable energy storage and electric vehicle applications, and are expected to continue to play an important role in the near future. The composition of the electrolyte in the Lithium-ion battery strongly affects the performance of lithium-ion batteries, and the additives in it are important components of high-efficiency electrolytes, which often have significant impacts on the general electrochemical performance, electrode stability, cycle life, and long-term stability (especially at high temperatures) and safety of the batteries. Their chemical properties are highly diverse, and their modes of action are sometimes not fully understood.
Professor Nae-Lih Wu and his research team (Dr. S. Bolloju) from the Department of Chemical Engineering and the Advanced Research Center for Green Materials Science and Technology of National Taiwan University, in collaboration with the team of Professor Doron Aurbach of Bar-Ilan University in Israel, recently published a review paper titled "Electrolyte additives for Li-ion batteries: classification by elements" in the top-ranked journal “Progress in Materials Science”. In this paper, various additives used in lithium-ion secondary batteries are systematically investigated, with the emphasis on the importance of their functional groups. The paper innovatively proposes the idea of using important and representative core elements for additive classification and specifications. This will further clarify and analyze the functions of additives and provide valuable clues for the development of new additives in the future.
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Electrolyte additives for Li-ion batteries: classification by elements
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