環境資源報告成果查詢系統

108年度電動車輛推廣、查核及電池性能提升示範運行專案工作計畫

中文摘要   本計畫主要分為蒐集國際推動電動車最新資訊、研析電動車輛推動政策之具體執行建議、協助環保署辦理電動車或低污染車輛相關補助案、彙整國際間電動機車用電池最新技術發展趨勢並辦理電池性能提升之成果推廣與示範,以及參加世界電動車會議與發表工作成果等五大工作方向執行低污染車輛推廣計畫。   為瞭解國際推動電動車資訊,調查美國、中國、日本、韓國及歐洲等國家之電動車輛推廣方案,初期各國制定低污染車輛法規,以逐漸限縮及獎勵制度鼓勵購買電動車輛。並搭配賦稅補貼政策、新車購買補助及技術開發補助等方式推廣低污染車輛。各大國際車廠技術開發方向主要以電動車輛安全性、改進電力系統與電池管理系統為主。   配合環保署參加交通部研商推廣電動大客車會議,蒐集臺灣六都及瑞典之大客車補助方案,並協助草擬國內先導期之車輛補助方式。盤點國內五大農產品批發市場之車輛現況,新北、臺北、西螺與宜蘭果菜市場已有電動蔬果運輸車運行,溪湖目前未使用電動拖板車。而電動蔬果運輸車有分租借及自購兩種方式,新北、臺北為租借方式,而宜蘭及西螺為自購方式。   協助環保署辦理老舊機車汰舊換新之補助案件審查歷程,共查核350輛。檢視西螺電動蔬果運輸車電池租金的補助,截至109年10月31日止,今年度電池租金補助2,999,500元。此外,對於相關補助案衍生之釋疑、爭訟提供環保署法律諮詢服務。   目前,臺灣電動機車用電池以鋰電池為主,但鋰電池使用上受限於充電時間長及電池壽命短等缺點,致民眾購車意願低,為改善此問題,本計畫研究透過添加石墨烯改善鋰電池負極,以縮短電動機車充電時間,並藉由石墨烯超級電容器輔助鋰電池作大功率輸出,以延長鋰電池壽命,提高業者投入生產意願,助於電動機車普及化,減少使用中車輛污染排放,並期望藉此改善環境空氣污染之問題。   受新冠疫情(COVID-19)影響,舉辦方取消世界電動車會議暨展覽會(EVS 33th),但大會仍會刊出已投稿之文章。
中文關鍵字 電動車、石墨烯、鋰離子電池

基本資訊

專案計畫編號 EPA-108-FA13-03-A373 經費年度 108 計畫經費 12805 千元
專案開始日期 2019/11/13 專案結束日期 2020/11/12 專案主持人 黃昆平
主辦單位 空保處 承辦人 王文增 執行單位 財團法人工業技術研究院

成果下載

類型 檔名 檔案大小 說明
期末報告 EPA-108-FA13-03-A373.pdf 18MB

Project Plan for the Promotion and Inspection of Electric Vehicles and Demonstrative Operation of Battery Performance Improvement for Year 108

英文摘要 This project is mainly divided into five major work directions to implement low-pollution vehicle promotion plans: collecting the latest information on the promotion of electric vehicles internationally, studying and analyzing specific implementation suggestions for the promotion of electric vehicles, assisting the Environmental Protection Administration in handling low-pollution vehicle-related subsidies, collecting the latest development trends of international electric vehicle batteries and handling batteries promotion and demonstration of performance improvement results, and participating in the World Electric Vehicle Conference and publication of work results. In order to have international electric vehicle information as complete as possible, we had investigated the promotion plans of electric vehicles in the United States, China, Japan, South Korea and Europe. In the early stage, these countries formulated low-pollution vehicle regulations, gradual restriction and reward systems to encourage the purchase of electric vehicles. These governments used tax/subsidy policies such as subsidies for buying new cars, subsidies for technology development, etc., to promote low-polluting vehicles. The major international car manufacturers focused the technology development on the safety of electric vehicles, improvement of the power system and battery management system. We co-worked with the Environmental Protection Agency, participated in meetings with the Ministry of Transportation for promoting electric buses, collected information on the bus subsidy projects in the Six Special Municipalities in Taiwan and Sweden, and also helped in drafting the domestic vehicle subsidy program in the pilot period. We checked the current status of vehicles in the five major domestic agricultural products wholesale markets in following locations: New Taipei City, Taipei City, Xiluo Township and Yilan County, all of which have already applied the electric vegetable and fruit transporters, while only the market in Xihu Township has not yet applied electric pallet trucks. There were two ways to get the electric vegetable and fruit transporters: rental and purchase. New Taipei City and Taipei City markets rent the transporters, while Yilan and Xiluo Township bought the transporters. We assisted in the review process of subsidy cases for the replacement of old motorcycles with low-polluting vehicles in which total 350 vehicles were checked. We also reviewed the subsidy for the battery rental of Xiluo Township Market's electric vegetable and fruit transporters. As of 31st November 2020, the amount of subsidy for this year's battery rental was NT$ 2,999,500. In addition, legal consulting services were provided for clarifying ambiguities and settling disputes arising from related subsidy cases. As most of electric vehicles in Taiwan use lithium batteries, which require long recharging time and have rather short battery life, thus, people are discouraged from buying electric vehicles using lithium batteries. In order to make people more willing to buy electric vehicles, this project focused firstly on improving the negative electrode of lithium batteries with the addition of graphene which helps significantly shorten recharging time. Secondly, we used graphene supercapacitors that enable lithium batteries to give high-power output and to extend battery life. This will encourage the manufacturers to produce such batteries, benefit the promotion of electric motorcycles, and reduce the pollutant emission. We hope this project will help to solve the air pollution problem. Though the World Electric Symposium and Exposition (EVS33) had been cancelled due to the epidemic COVID-19, our essay submitted was published.
英文關鍵字 electric vehicle, graphene, Lithium-ion battery