Door® Establishes Southwest China's First Tripartite Charging Matrix: Super Charging + Regular Charging + Convenient Cha
Door® Establishes Southwest China's First Tripartite Charging Matrix: Super Charging + Regular Charging + Convenient Cha
2025-06-09
As a pivotal transportation hub within the Chengdu-Chongqing Economic Circle, Chongqing Yongchuan High-Speed Railway South Station handles a daily passenger flow exceeding 20,000. Concurrently, the charging demand for new energy vehicles (NEVs) here has witnessed explosive growth. Guided by the construction philosophy of "combining fast and slow charging for comprehensive coverage," Yongchuan High-Speed Railway South Station has introduced nearly 100 Door® charging piles, including 120kW DC dual-gun fast chargers, 42kW AC chargers, and 7kW QR-code-enabled AC chargers. This initiative establishes Southwest China's first "super charging + regular charging + convenient charging" tripartite charging matrix, empowering a new era of green mobility through diversified charging solutions.
Door®'s 120kW DC dual-gun fast charging piles deliver high-efficiency fast charging, significantly reducing charging times. These are ideal for long-distance travel and urgent power replenishment. The 42kW AC chargers are designed for daily charging needs, offering stable and reliable performance. Meanwhile, the 7kW QR-code-enabled AC chargers provide flexible charging options via convenient scan-and-pay functionality. Collectively, these charging infrastructure deployments will drastically enhance NEV charging capacity around Chongqing Yongchuan High-Speed Railway South Station, delivering more convenient and efficient charging services to passengers and residents alike.
Through its integrated "transportation + energy" layout, Door® has not only improved the city's 15-minute charging circle but also catalyzed the formation of a new energy ecosystem encompassing surrounding commercial complexes and logistics parks. This initiative sets a replicable benchmark for charging station construction at transportation hubs across Southwest China.