As a partner in two-wheeled transportation, we provide solutions for four major business sectors: shared electric motorcycle operations, battery distribution and swapping, regulation of two-wheeled transportation, and intelligent electric motorcycles. The system includes hardware and software products such as a merchant management platform, operations service app, and user mini program. The software products cover government, merchant, operations, and user sides, creating a fully integrated intelligent operational platform.

1. System Architecture Design

The system architecture adopts the Spring Cloud framework, including: client, load balancing, API gateway, business gateway, registry center, business cluster, distributed storage, and log management services.

2. Function Design

The system adopts a microservices approach to divide the functions, which include: order service, geofencing service, management service, user service, device deployment service, operations service, activity service, asset service, payment service, large screen service platform, and related report download service center. The detailed divisions are as follows:

3. Product Introduction

New Energy Electric Bike Management and Operation Platform: consists of an operation management platform, operation maintenance service app, and user mini-program.

3.1 Operation Management Platform

The electric bike operation management platform has a total of 12 functional modules, as shown in the following figure:

The main functions are designed as shown in the following figure:

3.1.1 Operation Dashboard

Real-time Data: You can intuitively view the vehicle status, user information, and other data by selecting the service area. Data Query: After selecting the service area, you can query relevant data of orders by selecting the date.

3.1.2 Revenue Dashboard

Select the service area first, and then query the revenue overview by selecting the date.

3.1.3 Operation Map

Select the service area first. In the selected service area, you can view the relevant status of vehicles. In the operation map, you can intuitively view the service area, parking zones, restricted parking zones, and no-parking areas. Click to switch to satellite map mode.

3.1.4 User Management

Select the service area. In the user list, you can view the relevant information of all users. You can search by user name, phone number, user status, and vehicle usage eligibility. To export the table, click the "Export Table" button, and then click the "Export" button in the "View Historical Reports".

3.1.5 Operation and Maintenance Management

Select the service area first. In the battery swapping statistics, you can view the swapping status of the vehicles and related performance information of the maintenance personnel. Chart query: You can view the battery swapping performance.

3.2 Operation Maintenance Service App

The operation-side app includes 37 management functions such as scanning QR codes, GIS map, task center, vehicle list, battery swapping, vehicle relocation, repair work orders, inspection work orders, and reporting.

3.3 User Mini-Program

Main modules include "My Wallet," "My Trips," "Activity Center," "Customer Service Center," "Message Center," "Rate Calculation Rules," and "My Settings."

1. Safer

2. More Efficient

Precise positioning, continuous online monitoring, built-in electronic fences, and improved operational efficiency;

3. More Standardized

Multiple standardized solutions, guiding users to use vehicles in a civilized manner, and meeting policy requirements.

The system has the characteristics of high concurrency, low coupling, and high availability.

1. High Concurrency

Adopt SpringCloud micro-service architecture, with independent load balancing and registration center functional modules, supporting high-concurrency scenarios;

2. High Availability

Support cloud and distributed deployment and storage, support multi-machine backup, and the system has the advantages of high availability;

3. Low Coupling

Adopt SpringCloud micro-service architecture, with low-coupling design of boundaries and interfaces between various business modules and functional layers; failure of a certain module or function does not cause the system to be unusable, and the system has the advantages of low coupling.

The electric scooter system is mainly used in scenarios such as universities, scenic areas, industrial parks, and towns, providing convenient transportation for commuting with the feature of on-demand and instant availability.

We provide product warranty, operations, and upgrade services according to the contract.