未來展望

本論文改善硬體電路的可靠性並增加其可行性，量測目前獨立超級電容儲能 系統的頻率響應與效率，未來可以依據目前的數據來提升獨立超級電容儲能系統 對超級電容充電的效率，改善輸出功率或是功率因數校正、降低硬體電路功率的 耗損、增加合適的應用電路或提升儲能裝置等等的方向發展。

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參考文獻

[1] Cheng Chou Li, Yin Guang Leu, Chin Ming Hong, Ton Churo Huang, Ke Chin Huang, and Yi Chuan Lu, “A stand alone super capacitor charging system using a feed forward boost converter,” International Conference on System Science and Engineering., Jun. 2011, pp.65-69.

[2] Maxwell Technologies Data sheet, HC power series ultra capacitors data sheet, Documentation number 1013793, 2010, pp.1-4.

[3] D. Linzen, S.Buller, E.Karden, and R.W. De Doncker, “Analysis and evaluation of charge-balancing circuits on performance, reliability, and lifetime of supercapacitor systems,” IEEE Transactions on Industry Applications., vol. 41, No. 5, pp.1135 – 1141, Sep. 2005.

[4] S. Basu, and T.M. Undeland, “A novel design scheme for improving Ultra-Capacitor lifetime while charging with switch mode converters,” IEEE Power electronics specialists conference., 2008, pp.2325 -2328.

[5] Haoming Zhang, Yukun Sun, Shenping Ding and Wang Yinghai, “Application of Super Capacitor with Full-digital Converter in,” Chinese Control Conference., Jul.

2008, pp.212 - 215.

[6] Sheng Chen, Chih Chen Chen, Chen Chain Hwu, Shao Hua Chen and Han Pang Huang “Super-Capacitor Applications on Series Lithium Batteries for Robot Power Management,” Asia-Pacific International Conference on Lightning., Chengdu, China, Nov. 2011, pp.20 - 25.

[7] Bin Wu, Fang Zhuo, Fei Long, Weiwei Gu, Yang Qing and YanQin Liu, “A management strategy for solar panel - battery - super capacitor hybrid energy system in solar car,” International Conference on Power Electronics., Korea, Jun. 2011, pp.1682-1687.

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[8] Cheng Hongli, Wang Li, Wang Liqiang and Liu Jian, “Back-up Switching Supplies with Energy Storage Capacitor and Its Applications,” International Confrence on Industrial and Information Systems., 2009, pp.429-432.

[9] Xiao Li, Changsheng Hu , Changjin Liu and Dehong Xu, “Modeling and Control of Aggregated Super-capacitor Energy Storage System for Wind Power Generation,”

Industrial Electronics Society., Orlando, FL, 2008, pp.3370-3375.

[10] P. Papadimitratos and Z. J. Haas, “High Voltage Super-capacitors for Energy Storage Devices Applications,” Electromagnetic Launch Technology., 2008, pp.1-4.

[11] Ming Zhang, and Nicolas Llaser, “Dynamic analysis of Dickson charge pump circuits with a resistive load,” International conference on electronics, circuits and systems, 2003, vol. 2, pp.431-434.

[12] 李承洲，“獨立自我充電儲能系統”國立臺灣師範大學應用電子科技學系碩士論 文， 七月 2012 年。

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自 傳

我是黃嘉煒，出生於桃園縣龍潭鄉，目前就讀國立臺灣師範大學應用電子所，

大學修習基礎專業有電路學、電子學、電磁學、C 語言、Matlab，而進階專業有 伺服控制、訊號處理、微處理機控制，透過實作課程了解理論與實作互相結合的 重要性，有了電類的理論基礎與理工科訓練的邏輯，逐步地分析並思考，解決實 作上遇到的許多問題，是我所磨練到的經驗。

研究所修習高等控制系統理論、非線性控制器設計、機器人控制相關課程，

在學期間研究主題是具有啟動保護之獨立超級電容儲能系統，研究目的是改善電 路缺陷，找出元件最大容忍範圍，增進系統的可行性並量測系統效率，研究主題 主要是優化獨立超級電容儲能系統，使其對超級電容做可靠且有效率的充電，在 修課與研究學習中，不僅領悟如何將所學應用於實作，也從教授身上獲得人生經 驗與研究的態度，在科技資訊發展如此迅速的世代，要站在巨人肩膀上才能快速 吸收知識，要以謙虛、勇於請教的心態學習，才能不斷的學習成長並充實自我，

在研究工作上呈現專業、謹慎的態度。

學 術 成 就

1. Chia-Wei Huang, Ton-Churo Huang, Yih-Guang Leu, “ Stand-alone Super Capacitor Charging System with the Design of Starting Protection,” ICMMA International Conference on Materials, Mechatronics and Automation, April 2013.