Schneider Electric SmartMobility Smart City Solutions Sales Manual

This document introduces the features and characteristics of Schneider Electric's smart city solutions, including smart traffic solutions such as traffic signal control, traffic violation management system, and traffic travel information system.


Schneider Electric SmartMobility Smart City Solutions Sales Manual - cover page
Brand
Schneider Electric
Document type
Product Leaflet
Language
Chinese
Pages
22
File format
PDF
File size
1.5 MB
Published
14 September, 2022
Updated
28 September, 2023
MD5 checksum
4792BC9F37357701B4277C14DAEF52EC

About this manual

This document is a sales manual for Schneider Electric's SmartCity Solutions, specifically focusing on the SmartMobility™ platform. It outlines how these solutions can transform urban centers into more efficient and sustainable environments by integrating various intelligent systems.

The text details specific components of the SmartMobility ecosystem, such as the ITACA adaptive traffic signal control system and the OPTIMUS traffic control platform. It explains features like green wave bands, variable lanes, bus priority, and pollution control measures designed to reduce congestion and improve safety. This manual is written in Chinese.

What's inside

  • 智慧交通
  • 实时自适应系统
  • 绿波带
  • 可变车道
  • 公交优先
  • 空气污染控制
  • 交通违法管理
  • SmartMobility™集成解决方案
  • ITACA自适应交通信号控制系统
  • OPTIMUS交通控制平台

Specifications

Annual passenger volume managed (rail and metro)2.5 billion passengers per year
Annual flight operations supported700 million passengers annually
Number of intersections managed globallyOver 10,000 intersections
Daily vehicle volume managedOver 200 million vehicles per day

Frequently asked questions

What is the core of Schneider Electric's urban traffic control system?

The ITACA adaptive traffic signal control system is the core component.

How does the bus priority system work when a bus cannot pass an intersection during normal green time?

The system extends the green light or advances it to the next cycle to allow the bus to pass.

What measures can be taken to control air pollution via traffic management?

The system can reduce vehicle numbers on high-pollution segments through traffic induction.

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