Context:
The Kavach 4.0 system has been successfully deployed across 1,452 km on key railway corridors like Delhi-Mumbai and Delhi-Howrah, enhancing railway safety.
Key Highlights:
- Government Initiative / Policy Details
- Kavach: Indigenous Automatic Train Protection (ATP) system.
- Developed by RDSO in collaboration with Indian industry.
- Aim: Achieve Zero Accidents in railways.
- Technical Features / Scientific Principle
- Uses RFID tags, onboard equipment, and radio communication.
- Enables real-time monitoring of train speed and position.
- Automatic braking if driver fails to respond.
- Key Features
- Integration with Electronic Interlocking systems.
- Optical Fibre + UHF communication network.
- SOSR (Save Our Souls) feature for emergency alerts.
- Works effectively in low visibility (fog conditions).
- Data / Achievements
- Implemented over 1,452 route km.
- Contributed to ~90% reduction in train accidents since 2014.
Relevant Prelims Points:
- Kavach System:
- Indigenous train collision avoidance system.
- Automatic Train Protection (ATP):
- System ensuring trains operate within safe speed limits.
- SPAD (Signal Passed at Danger):
- Situation where a train passes a red signal.
- RDSO:
- Research arm of Indian Railways.
- RFID Technology:
- Uses radio waves to identify and track objects.
Relevant Mains Points:
- Technological Significance:
- Promotes Atmanirbhar Bharat in railway technology.
- Enhances safety and operational efficiency.
- Governance and Infrastructure:
- Reduces human error in train operations.
- Improves reliability of high-density rail corridors.
- Economic Impact:
- Reduces accident-related losses and delays.
- Improves logistics efficiency and passenger safety.
- Challenges:
- High implementation cost and scaling challenges.
- Need for integration across entire railway network.
- Way Forward:
- Accelerate pan-India rollout of Kavach system.
- Continuous technology upgradation and testing.
- Capacity building for railway personnel.
UPSC Relevance:
- Prelims: Kavach, ATP, RFID, SPAD.
- Mains GS Paper 3: Infrastructure, railway safety, indigenous technology.