What is an intelligent battery swapping cabinet? What specific function does it have

What is an intelligent battery swapping cabinet? What specific function does it have

With the rapid development of society, people's pace of life is getting faster and faster. With the popularity of mobile Internet, it is unknowingly that taking out food has become an inseparable lifestyle for many migrant workers, and takeout riders from various platforms are also rushing around every corner of the city.

According to incomplete statistics, the total number of food delivery riders employed on all platforms has exceeded 7 million, making the food delivery industry an important part of China's economic system.

As the main mode of transportation for food delivery riders, electric scooters have particularly high requirements for batteries, and their endurance directly affects the rider's daily income. The typical battery range of electric scooters on the market is about 60 kilometers, but the charging time takes more than 8 hours, which is definitely not enough for riders. To solve this problem, many cities have introduced "shared intelligent battery swapping cabinets"

This' shared intelligent battery swapping cabinet 'can be seen as a shared power bank for electric vehicles. When the delivery rider's electric vehicle runs low during the delivery process, they only need to open the mini program to locate the nearby intelligent battery swapping cabinet and follow the process to replace the battery. The entire process can be completed within one minute. For the food delivery industry where time is money, this greatly improves efficiency and eliminates concerns about the range of electric vehicles.

In addition, the intelligent battery swapping cabinet system is equipped with safety systems such as high temperature warning, smoke warning, water immersion warning, fire extinguishing device, air cooling device, and buzzer alarm to ensure product safety and avoid accidents.

The intelligent battery swapping cabinet also has a mobile mini program and a backend management system, which can provide real-time warnings on the battery level and estimate the available power for cycling distance, helping food delivery riders intelligently manage their electric vehicles and arrange travel plans in advance.