This device is different from the electric bicycle charging products on the market. It is highly intelligent and is equipped with a large number of safety – guarantee measures, which increases the safety factor of the product and avoids disasters. The device is compatible with various vehicle models (including electric bicycles and electric vehicles, etc.), thus avoiding the risk of repeated investment. At the same time, it can meet social demands over a long period and achieve a higher return on investment.
It is connected to the micro – server via the RS485 bus to complete remote control and data upload. The micro – server communicates with the background through a 4G wireless network. The background controls the power – on and power – off functions of the socket. The charging system is implemented in the background. A bus – type IoT network composed of RS485 and single – phase power cords can connect 128 smart sockets. This greatly reduces the cable cost, construction cost, and equipment cost.
- The equipment’s housing is manufactured from high – temperature – resistant and flame – retardant materials.
- Both the two – hole and three – hole 16A sockets are compatible, but they cannot be used simultaneously.
- It has multiple safety protection measures, including current limiting and temperature monitoring.
- It has time – based and metered charging functions.
- It is rain – proof and can be used both indoors and outdoors.
- It has a plug – in and unplug – detection function.
- Through RS485 networking, each network can be connected to 128 smart sockets.
- It supports charging via card – swiping, QR – code scanning, and remote manual service.
- There are four LED status indicators.
- You can check the working status on your mobile phone.
- The operation is simple: scan, pay, and the charging starts automatically.
1. System Construction Use four wires (three 6mm² cables and one network cable) to form a bus – structured network. 32 smart sockets can be connected to each network. Each micro – server supports four such bus – structured networks, so each micro – server can be connected to 128 smart sockets. 128 smart sockets are connected to the micro – server via the 485 bus, and the micro – server is connected to the central server through a 4G wireless network. [The central server can be a cloud server or a self – purchased server.]
2. User Usage User card – swiping charging: Users need to apply for a card and recharge it. When charging, they swipe the card at the card reader. User QR – code – based charging: (There are two QR codes on each smart socket. Swipe the left – hand QR code for the left – hand socket and the right – hand QR code for the right – hand socket.) After paying the fee, the device automatically powers on for charging. After the charging is billed, the power is automatically cut off. Remote manual service charging: This is for special groups and is realized through the manual service function.
(1) The equipment comes with a five – year warranty period.
(2) The charging platform will be provided free of charge. (If our cooperation in other tasks is required: platform deployment cost is 8000 yuan; platform maintenance cost is 5000 yuan per year; cloud storage space cost is 3980 yuan per year.)
