Vehicle-Road-Cloud Intelligent Connected Smart Bus Shelter
What Is a Vehicle-Road-Cloud Intelligent Connected Smart Bus Shelter?
A Vehicle-Road-Cloud Intelligent Connected Smart Bus Shelter is a modern, integrated public transit facility that combines transportation, information, and service. It leverages technologies such as vehicle-road coordination, cloud computing, the Internet of Things (IoT), and artificial intelligence (AI) to provide passengers and transit operators with more efficient, convenient, and safer services.
Smart Bus Shelter with Vehicle-Road-Cloud Integration
Powerful Integrated Information Platform
An Intelligent Connected Smart Bus Shelter with “Vehicle-Road-Cloud-Station Integration
Vehicle-Road-Cloud Intelligent Connected Smart Bus Shelter Product Technical Features
Vehicle-Road Coordination Real-Time Communication: Real-time data exchange between buses and the bus shelter through intelligent sensors and communication devices ensures accurate arrival information. Transit Information: Displays real-time bus arrival times, route planning, and transfer suggestions, helping passengers stay informed of vehicle movements.
Cloud Computing Data Processing and Analysis: The shelter is connected to the cloud, allowing real-time uploading and processing of big data, including passenger flow, vehicle status, and passenger feedback.
Operational Insights: Data analysis based on shelter usage helps transit operators optimize routes and improve overall service quality.
Intelligent Connectivity Wireless Network: Provides high-speed Wi-Fi access for passengers, making waiting time more engaging and productive.
Smart Interaction: Touchscreens or voice control systems offer personalized travel advice, route queries, and local area information. Environmental Monitoring: Sensors track air quality, temperature, humidity, and other environmental factors to enhance passenger comfort. Electronic Payments: Supports various payment methods like QR codes and NFC, enabling passengers to recharge transit cards and make transactions directly at the shelter.
Artificial Intelligence Intelligent Bus Arrival Algorithm: Real-time data exchange between buses and shelters using smart sensors ensures precise arrival predictions. Smart Lighting and Energy Saving: Lighting automatically adjusts based on ambient light and foot traffic, improving nighttime safety and energy efficiency. Safety Monitoring: Equipped with HD surveillance cameras for 24/7 monitoring, capable of identifying risky behavior and enhancing passenger safety.
Smart Management and Maintenance Remote Monitoring and Maintenance: Cloud-based systems track the operational status of shelter equipment in real time, enabling prompt maintenance and improved management efficiency. Data-Driven Optimization: Uses data analytics for ongoing service enhancements, such as passenger flow prediction and congestion management.
System Overview
I.Integrated Smart Bus Shelter Management System
Smart Bus Shelter Real-Time Arrival Forecast System
Smart Bus Shelter Comprehensive Management System
Smart Bus Shelter Mobile App for Integrated Management
2.Smart Bus Shelter Maintenance Management Platform
Smart Bus Shelter Maintenance Management System
Smart Bus Shelter Mobile App for Maintenance Management
3.OTA Upgrades
Provides remote cloud-based system updates, feature upgrades, and bug fixes for smart devices.
4.Data Operation and Maintenance Service Center
Data security and system stability are of utmost importance for software platforms and databases. We adopt regular personnel inspections, firewalls, MD5 encryption, and DES encryption technologies to guard against hacker and virus attacks, ensuring the safe and
5.Accurate Real-Time Bus Arrival Announcements
Enables precise real-time reporting of bus arrival times
Production and Manufacturing
1.Three Major Manufacturing Bases
2.Production Equipment Showcase
3.Production Traceability System
After-Sales Operation and Maintenance
1.After-Sales Service Guarantee System
The company has established a mature repair request process. Customers can check the repair progress at any time via the after-sales management platform. After routine inspections, technicians submit reports on the platform so customers can view the basic status of their site equipment anytime. The company plans to set up 60 maintenance service points nationwide, using digital tools to ensure localized service support. The platform also features a dedicated complaint channel for citizens and customers to provide feedback. A dedicated after-sales service app will be launched, providing a supervisory channel to protect customer rights.
2.ZEMSO Operation and Control Visualization Dashboard
3.After-Sales Service Platform System
ZEMSO After-Sales Service Platform: Customers can submit repair requests with one click and track repair progress in real-time. In the repair order center, each case shows the repair status, progress, who reported the issue, who handled it, and allows customers to rate the service personnel.
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