Valued By

Valued By

Bharat Heavy Electricals Limited (BHEL)
Trinity Touch
Lucy Electric
Servotech Power Systems

Advanced Railway Control and Information Systems product range

Our range of cutting-edge solutions, including Train Control Monitoring Systems (TCMS), Communication-Based Train Control (CBTC), and Passenger Information Systems (PIS), is designed to streamline operations, enhance passenger experience, and ensure safe, efficient railway networks.

TCMS Simulator

Enhance Railway Safety and Efficiency with Bacancy's TCMS Simulators

The TCMS (Train Control and Monitoring System) Simulator is designed to simulate, test, and verify control and communication software for railway systems. This comprehensive solution enables real-time visualization of subsystem interfaces, ensuring seamless software development and debugging for modern railway operations.

Advanced Railway Control and Information Systems product range

Applications in the Railway Industry:

  • Developing and testing control and communication software for trains
  • Simulating real-world scenarios to improve subsystem reliability
  • Enhancing research and development in advanced railway technology

Simplify and modernize your railway systems with Bacancy's TCMS Simulators!

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CBTC

Revolutionizing Railways with Communication-Based Train Control

CBTC (Connectivity-Based Train Control) is a the most advanced railway signaling system used for transmitting real-time data between trains and the wayside via wireless connectivity. It significantly increases automation, safety, and efficiency throughout railway networks by ensuring precise control over train operations.

Core Functionalities of CBTC

CBTC integrates several critical components that redefine modern railway operations:

  • Automatic Train Protection (ATP): Safeguard operations by maintaining safe distances between trains, enforcing speed limits, and preventing collisions or derailments.
  • Automatic Train Operation (ATO): Automates train driving functions such as acceleration, braking, and station stopping for improved punctuality and consistency.
  • Automatic Train Supervision (ATS): Oversees real-time train schedules and movements, allowing centralized control and monitoring of network operations.
  • Automatic Train Control (ATC): Combines ATP, ATO, and ATS to deliver integrated, end-to-end automation for safe and efficient train control.

Applications in the Railway Industry

CBTC has a wide range of applications in railway systems, transforming how modern railways operate:

  • Urban Metro Systems: CBTC is extensively used in high-capacity metro rail networks to manage frUrban Metro Systems: To handle frequent train services and handle high passenger volumes, CBTC is widely utilized in high-capacity metro rail networks.
  • Driverless Train Operations (DTO): By enabling fully automated trains, CBTC preserves efficiency and safety while doing away with the need for human drivers.
  • By guaranteeing the smooth integration of various train systems, suburban and regional railways provide connectivity between urban and rural areas.
  • High-Speed Rail Networks: CBTC is crucial for controlling high-speed trains on congested lines since it increases operational dependability and decreases headways.
  • Freight Railways: Optimizes cargo movement with precise scheduling and real-time monitoring, reducing delays and enhancing logistics.

CBTC systems' ability to adapt to various rail applications ensures they meet the evolving needs of modern transportation networks, setting the stage for more reliable and efficient railway operations worldwide.

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Passenger Information Systems

Enhancing the Passenger Journey with Real-Time Updates

The Passenger Information System (PIS) is a modern invention that provides passengers on railroads and rolling stock vehicles with real-time information. PIS's modular design allows it to be tailored to certain operational requirements, guaranteeing smooth communication and improving the journey experience in general.

Core Functionalities of PIS

  • Display Systems: Provides real-time updates via internal and external LED or TFT panels, showcasing information such as schedules, stops, and alerts.
  • Audio Systems: Facilitates clear and efficient audio announcements for passenger guidance and onboard communication.
  • Surveillance Integration: Incorporates CCTV systems for enhanced safety and security during transit.
  • Seat Reservation Display: Communicates seat availability and reservations in real time, improving passenger convenience
  • Control Units and Communication: Features HMI (Human-Machine Interface) control computers and a unified communication infrastructure using Ethernet, RS485, Wi-Fi, and GPRS for seamless operation.
  • GPS and Diagnostics: Tracks train location via GPS and provides diagnostics for additional onboard technologies.

Applications in the Railway Industry

PIS finds extensive use across various railway applications, significantly improving passenger satisfaction and operational efficiency:

  • Metro and Urban Rail: Delivers real-time service updates, platform information, and emergency notifications for busy city commuters.
  • High-Speed and Commuter Trains: Enhances long-distance travel by providing accurate information about routes, delays, and onboard amenities.
  • High-Speed and Commuter Trains: Improves navigation and communication in local and regional transport systems.
  • Passenger Carriages: Displays reservation information and journey details for a more personalized travel experience.
  • Freight Applications: Assists staff with operational data, ensuring smooth coordination in cargo transport.

Passenger Information Systems have become an integral part of modern railway operations, offering flexible, reliable, and user-friendly solutions to meet the growing demands of passengers and operators alike.

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