Many electric vehicle (EV) owners often face difficulties managing multiple charging applications, with complex procedures involved in the charging process.

In addition, not all parking facilities are equipped with chargers from widely used providers, resulting in an inconsistent and inefficient charging experience.

To address these issues, the Taipei City Government, in collaboration with EV charging provider EVOASIS, announced on 22nd April the installation of more than 300 alternating current (AC) smart charging stations across eight districts in Taipei - Da'an, Zhongshan, Zhongzheng, Neihu, Wenshan, Songshan, Xinyi, and Nangang.

These EVOASIS charging stations are the first in Taiwan to incorporate the "AC Plug and Charge" function. After a one-time registration, users may charge their vehicles by plugging them in.

Payment is processed automatically once charging is complete, eliminating the need for mobile applications or card-based authentication.

The announcement was made at a press conference attended by representatives from various government departments, including Deputy Director Lin Jia-xin of the Northern District Maintenance Engineering Department under the Ministry of Transportation and Communications; Director Hsieh Ming-hung of the Taipei City Transportation Bureau; Director Hsu Shih-hsun of the Environmental Protection Bureau; and Director Liu Jui-lin of the Parking Management Engineering Division. EVOASIS Vice Chairman Cheng Hsu-chieh was also present.

Officials stated that the installation of these charging stations is part of ongoing efforts to expand charging infrastructure and reduce carbon emissions in urban areas.

Director Hsieh Ming-hung noted that the installation of over 300 AC smart charging stations contributes to the development of transportation infrastructure aligned with environmental policy objectives.

Director Hsu Shih-hsun further added that the energy management system (EMS) integrated into the EVOASIS charging stations allows real-time adjustment of charging power based on building energy consumption, which can help to balance power loads, minimise the risk of power outages, and support more efficient energy usage.