結合儲能系統發展新型電力輔助自行車無樁營運系統

Development of a new pedelecs dockless operation system with energy storage system

林永曄(Yong-Ye Lin) ； 魏民記(Min-Chi Wei) ； 宋啟嘉(Chi-Chia Sun) ； 劉彥志(Yen-Chih Liu) ； 郭文凱(Wen-Kai Kuo)

《中正嶺學報》 51卷2期 (2022/11) Pp. 1-14

https://doi.org/10.30188/JCCIT.202211_51(2).0001

摘要

本論文以電動輔助自行車結合當地政府共享電動輔助自行車管理法令，以無樁方式管理電動輔助自行車停放與租用，將電動輔助自行車導入低功耗微控制器，整合全球衛星定位系統（GPS）、LTE通訊模組及藍牙等，構成定位與移動軌跡載具，並搭配太陽能光伏儲能系統結合無樁感測技術及雲端管理系統，配合當地政府設置之合法區域建置使用綠能之租賃支付設施，設計出一種適用全方位客戶層的營運管理平台，擴大電動輔助自行車的使用人數及使用率，今於國立虎尾科技大學校園及南投縣日月潭向山遊客中心等場域完成平台驗證。

關鍵字

電動輔助自行車 ； 太陽光伏儲能 ； 無樁式營運系統

並列摘要

This paper uses pedelecs(pedal electric cycle) in combination with the local government's regulation on the management of shared pedelecs to manage the parking and rental of pedelecs in a dockless manner, and uses pedelecs to integrate low-power microcontrollers, 4G LTE communication modules, Global Positioning System (GPS), and Bluetooth to form positioning and mobile trajectory carriers. The photovoltaic energy storage system combined with the dockless sensing technology is used to build green energy leasing and payment facilities in the legal areas set up by the local government, and combined with cloud management. An operation management platform is designed for all levels of customers to expand the number of users and usage of electric assisted bicycles. It has been completed at the campus of National Formosa University and the Sun Moon Lake site in Taiwan.

並列關鍵字

pedelecs (pedal electric cycle) ； Solar Photovoltaic ； Dockless manner