In the booming era of the new energy vehicle (NEV) industry, energy replenishment efficiency and convenience have become key factors constraining the widespread adoption of electric vehicles. To address this challenge, NEV battery charging and swapping stations have emerged. In the passenger vehicle segment, the Car-Space Single-Box Battery Swapping Station developed by Bozhon stands out with its unique design philosophy, high-efficiency battery swapping capabilities, and flexible layout, delivering an unprecedented level of convenience for electric vehicle users.
This innovative single-box battery swapping station is cleverly integrated into standard parking spaces, supporting both reverse-in and drive-through parking modes. The design significantly minimizes space requirements—only slightly more than two standard parking spaces are needed for installation—making it ideal even for highly space-constrained environments. Thanks to its compact structure, the station can be flexibly deployed in urban commercial districts, residential communities, highway service areas, and other locations, offering electric vehicle users fast, convenient, and efficient battery swapping services.
Each swapping box is equipped with an independent power cabinet, ensuring a safe, autonomous, and highly efficient swapping process. During battery replacement, the system can quickly identify and match the appropriate battery pack, guaranteeing smooth and efficient operation. The independent cabinet design also facilitates easier maintenance and future upgrades.
The battery swapping process is controlled within 180 seconds (total cycle time), enabling users to complete the swap with minimal waiting. With a success rate of 99.9%, the system ensures high stability and reliability. In daily operation, a single station can handle up to 288 swaps per day, meeting the high-frequency demands of densely populated areas.
As the number of electric vehicles continues to grow, the demand for battery swapping will increase accordingly. The car-space single-box battery swapping station supports future expansion into a dual-box configuration, allowing for increased battery capacity and improved swapping efficiency. This forward-thinking design not only meets current market needs but also reserves ample scalability for future development.
During equipment design and manufacturing, the station strictly adheres to relevant standards and regulations. Its dimensions—5.4 meters (L) × 7.0 meters (W) × 3.5 meters (H)—make it adaptable to a variety of installation environments. The station operates reliably in ambient temperatures ranging from -30°C to 55°C and altitudes up to 2,000 meters. Furthermore, it employs a body-lifting mechanism for battery replacement, effectively avoiding safety risks associated with traditional swapping methods. Powered by AC380V, the system ensures stable and continuous power during operation.
In terms of site requirements, the station needs a ground level tolerance within ±5 mm and a load-bearing capacity of no less than 800 kg/m². Under these conditions, on-site deployment can be completed in less than 24 hours, significantly accelerating installation timelines and reducing construction costs.
Additionally, the station can be customized to accommodate different client needs, supporting various electric vehicle brands and models, and thereby serving a broader user base.
In summary, the Car-Space Single-Box Battery Swapping Station is becoming a critical enabler of the NEV industry with its flexible layout, efficient operation, safety, stability, and rapid deployment. As a leading solution in the future of smart mobility, it continues to drive the evolution of intelligent battery swapping technology, delivering a more convenient and efficient charging experience for electric vehicle users.
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