Construction of three-dimensional replenishment network

In megacities such as Beijing, Shanghai, Guangzhou and Shenzhen, the construction of fixed charging piles faces difficulties in power expansion and complex site coordination. The mobile charging robot expands the density improvement space of charging facilities from two-dimensional plane to three-dimensional through the innovative mode of "pile walking with vehicle". Data from a three-dimensional parking lot project in Beijing show that after the 6-story parking building is configured with 8 robots, the number of equivalent charging piles has surged from 32 to 248, and the equipment utilization rate has stabilized at more than 85%.

Old community charging transformation sample

Shanghai Hongkou District built in 1998 through the introduction of mobile charging system, complete the whole cell charging transformation within 3 days. Compared with the traditional charging pile construction requires grid transformation and ground excavation, the scheme saves 75% of the initial investment. Residents make an appointment through their mobile phones, and the robot starts from the central energy storage station, with an average response time of 7 minutes. During peak charging hours at night, the system automatically starts the load balancing algorithm to avoid transformer overload.

Emergency rescue and special scenarios

In the severe rainstorm disaster in Zhengzhou, the mobile charging team restored power supply to 30 key areas within 12 hours, providing continuous power support for emergency rescue vehicles. During the Winter Olympics, the cold-proof robot deployed in the Zhangjiakou competition area can work normally in the -40℃ environment, and the snow recognition algorithm ensures the safe movement of the snow and ice pavement. The explosion-proof version for port scenarios has passed ATEX certification to meet the charging needs of dangerous goods transport vehicles.