可解決機械停車設備充電樁配線問題之無線電力傳輸的最佳化設計

Optimal Design of the Wireless Power Transfer for the Cable Wiring Problem of Chargers on Mechanical Garages

隨著空氣污染問題日益嚴重，以及對能源多樣性利用的需求，電動車作為替代傳統內燃機車輛的解決方案已成為一個不可避免的趨勢。然而電動車的充電時間和充電便利性仍然是其發展的瓶頸。為解決這一問題，「停車即充電」成為目前最有效的解決方案，因此在許多平面車位上均配置了充電樁。然而在機械停車設備設備上，由於配線困難，充電樁的安裝變得更加複雜。為了克服這一挑戰，本研究的目標是設計一種無線充電系統，該系統能與機械停車設備的移動需求相結合，並利用無線充電技術以實現有效的充電。通過使用Ansys Maxwell模擬分析技術對磁路設計和無線充電進行模擬研究，並以田口法來求得最佳化設計參數。

 

With the escalating severity of air pollution and the growing necessity for diverse energy utilization, electric vehicles have emerged as an inevitable trend, serving as an alternative to traditional internal combustion vehicles. However, the charging time and convenience of electric vehicles continue to pose obstacles to their development. To tackle this issue, the concept of "park and charge" has emerged as the most effective solution, leading to the installation of charging stations in numerous flat parking areas. Nonetheless, the installation of charging stations becomes more intricate in the case of mechanical garages due to wiring complications.