TREASURE Technology Reviews the Application Scenarios of Mobile Charging Robots

With the continuous growth in the number of new energy vehicles, mobile charging robots, with their advantages of flexible power replenishment and no need for fixed charging locations, are quietly entering many aspects of daily travel. From urban shopping districts to residential communities, from transportation hubs to office and industrial parks, they provide the convenient experience of “power finding the vehicle” and help solve charging problems in different scenarios. Today, TREASURE Technology takes a closer look at the main application scenarios of mobile charging robots.

Urban Shopping Mall Parking Lots

On weekends and holidays, parking lots in shopping districts are often crowded, and charging piles are in short supply. Car owners want to enjoy shopping or dining, but they also worry about their vehicles running low on power. In such cases, mobile charging robots show clear advantages. After parking in any available space, the owner can place an order through an app, and the robot will autonomously navigate to the vehicle and complete the charging process while the owner shops or eats. There is no need to search specifically for a charging parking space or waste time waiting in line. By the time the owner returns, the vehicle is fully charged and ready to go, making this solution perfectly suited to the short-term parking and efficient charging needs of shopping mall environments.

Residential Communities

Many older residential communities were built before EV charging became common, so they often lack the conditions needed for fixed charging pile installation. As a result, many car owners face the problem of having a place to park, but no convenient place to charge. Mobile charging robots offer a practical solution because they do not require upgrades to the community power grid or dedicated fixed charging spaces. With only a temporary standby point set within the community, they can provide convenient charging services for residents. After returning home from work, car owners can park downstairs and place an order, and the robot will come directly to the vehicle for charging. Once charging is complete during the night, the robot can automatically return to its standby point. This not only avoids affecting other residents’ parking, but also addresses the common problem of insufficient charging infrastructure in residential areas, allowing residents to recharge their vehicles easily near home.

Transportation Hubs

During holidays, long queues for charging at highway service areas have become common, and drivers often need to wait one to two hours for their turn. At the same time, temporary parking at railway station lots can also create anxiety, as many drivers are concerned about their vehicles running out of power during longer stops. Mobile charging robots can respond to these issues through flexible scheduling, serving multiple vehicles that need charging. Some models also support fast charging technology, making it possible to add around 200 kilometers of driving range in about 30 minutes, greatly reducing waiting time. Whether it is a mid-journey power top-up during long-distance travel or temporary charging at a railway station parking lot, mobile charging robots can respond quickly and reduce drivers’ concerns about battery range.

Office Parks and Industrial Parks

In office parks and industrial parks, many employees commute at fixed times, and their vehicles remain parked for long periods during the workday. This creates an ideal opportunity for charging during working hours. By introducing a limited number of mobile charging robots, companies can effectively meet employees’ charging needs. Staff can park their vehicles in the morning and place an order, and the robot can complete charging during the day. By the time employees leave work, their cars are fully charged and ready for the trip home. This solution does not take up employees’ personal time, nor does it require the park to invest heavily in large-scale fixed charging infrastructure. It offers a good balance of practicality and cost efficiency.

Overall, mobile charging robots are expanding the possibilities of EV charging by bringing a more flexible and user-friendly solution to a wide range of scenarios. As the technology continues to develop and the market for new energy vehicles keeps growing, these robots are expected to play an even greater role in creating a more convenient and efficient charging ecosystem.