Advanced Battery Swap Station with Battery Exchange Cabinet, Replacement Cabin

• Customization: Available
• Type: Distribution Metering Box
• Structure: Fixed Board
• Model NO.: DC14-M12HDG
• Certification: ISO9001:2000, CCC
• Form: All- packaged Type
• Operation Voltage: High Voltage
• Size: 604*929*1669
• Application Range: Electric Two-Wheeler Battery Replacement
• Shell Material: Stainless Steel
• Shell Protection Grade: IP56
• Brand: Dao Chong
• Transport Package: Cartons, Wooden Frames, Sea and Land Transportatio
• Specification: 604*929*1669
• Trademark: Dao Chong
• Origin: Shenzhen City, Guangdong Province, China
• HS Code: 8507600090
• Production Capacity: 20000pieces\Year

Product Description

Dao Chong Technology stands at the forefront of innovation as a premier manufacturer of sophisticated battery replacement cabinets. Specializing in the development and manufacture of state-of-the-art battery swap stations for electric vehicles, we are committed to delivering cutting-edge technology and comprehensive infrastructure solutions that enable seamless and efficient battery replacement services.

The Rider Battery Replacement System revolutionizes the battery swapping experience with a cabinet equipped with a fire extinguisher for safe, intelligent charging. Integrated with a lithium battery 4G positioning communication terminal and a robust rental operation management system, it continuously gathers vital battery BMS data from the server. Supporting 48v~90V lithium battery charging, the system enhances battery replacement and intelligent control, while boasting advanced safety warnings. It offers sophisticated rental operation capabilities, including seamless rider rental payments, efficient battery exchanges, precise GPS asset tracking, and remote functionalities like power-offs, ensuring a secure and intelligent management experience.

This device offers an array of remarkable advantages. Firstly, it delivers unparalleled convenience, eliminating the need for users to charge at home and alleviating concerns about low battery power. Users simply visit a nearby battery replacement cabinet whenever needed. Furthermore, the system significantly boosts battery utilization efficiency, allowing users to replace and charge batteries on-the-go without waiting for a full charge, thereby enhancing travel efficiency and reducing downtime. Additionally, it minimizes battery waste by enabling recharging post-replacement, prolonging battery life, and reducing the frequency of discarded batteries, which optimizes resource use and promotes sustainability.

Type	Configuration parameters
Input voltage	215-250V/Ac
Maximum input power	7Kw
Cabinet size	604*1319*1642
Complete machine weight	214Kg
Networking method	4G IoT card
Battery replacement method	Scan code to change battery
Water immersion detection	Stop charging
Output voltage	45-88V/dc
Single compartment size	225*250*400
Fire protection space	0.3m3
Charging interface	2+6 interfaces