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India’s ₹12 Lakh Crore Rail Modernisation Plan Explained | Markets by Zerodha Hindi

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Overview

India’s rail modernization plan is framed as a response to chronic underinvestment and mounting pressure on the rail system. The goal is to increase rail freight share, reduce congestion, and improve safety.

Why Modernization Is Needed

  • Freight vs. passenger economics
    • Railways earn roughly 70% of revenue from freight and 30% from passengers.
    • Passenger services are heavily subsidized; the video cites that railways recover only ₹55 out of ₹100 of passenger service cost.
  • Higher freight costs push cargo to roads
    • To offset passenger losses, freight rates are kept high, contributing to a shift away from rail.
    • The video notes:
      • ~65% of freight moves by road
      • ~27% by rail
      • Rail freight share has fallen from ~85% since the mid-20th century.
  • Congestion and safety risks
    • High operating ratios (e.g., 98.32% operating ratio cited for a recent year) limit funds available for expansion.
    • The network is described as outdated and congested, with about half of operations above full capacity.
    • Track growth is slow, with a low track CAGR (~1.2%) during 2001–2023.
    • Old signalling is highlighted as a contributor to safety concerns.
  • Primary goal
    • Modernization is intended to improve capacity, speed, reliability, and safety—supporting targets for higher rail freight share.

Government Plan and Scale of Spending

  • Union Budget FY27 capex (as referenced in the video)
    • The video cites large capital expenditure plans for Indian Railways.
    • Figures mentioned include ~₹2.9 lakh crore for rail modernization, later referencing ~₹2.52 lakh crore utilization for the plan.
  • National Rail Plan 2030
    • Aims for a future-ready system by 2030.
    • Targets include increasing rail freight share (mentioned as ~45%) and scaling capacity to match future demand.
  • Investment horizon
    • The video projects roughly ₹10–12 lakh crore by 2029 for rail modernization.

What Modernization Covers (Major Areas)

1. Tracks and Corridors

  • Measures include:
    • Adding tracks on congested routes
    • Replacing old tracks
    • Managing traffic flow
  • FY27 track-related allocations are split into:
    • New tracks
    • Replacement of old tracks
  • Dedicated Freight Corridors (DFCs)
    • Operational: Eastern DFC and Western DFC
    • Planned: a DFC connecting Dankuni (West Bengal) to Surat (Gujarat)
  • PM Gatishakti corridors
    • Referenced for multimodal connectivity
  • Higher-capacity / heavy haul
    • The video compares current Indian freight load limits (~61–71 tonnes) with China (>100 tonnes).
    • It discusses building heavy haul capability (including mentions of very large load targets).
  • Supply chain and capacity constraints
    • Example: SAIL was described as lacking capacity for required track specifications, leading to a global tender and additional SAIL capex to expand capacity.
    • Private/international players mentioned include Jindal Steel.

2. Electrification

  • Shift emphasis from diesel to electric to reduce operating costs and pollution.
  • The video cites 99.2% electrification coverage, with remaining gaps in a few states.
  • Climate goal highlighted:
    • Net zero by 2030
    • 40% renewables in electricity generation (presented as a potential world-leading railway network achievement)

3. Wagons and Coaches

  • FY27 allocations include:
    • Wagon/coach procurement
    • Converting depots to manufacture LHB coaches
  • Service expansion discussed:
    • Vande Bharat and Amrit Bharat
    • Namo Bharat Rapid Rail for shorter regional routes
    • Existing services mentioned: Bhuj–Ahmedabad and Jaynagar–Patna
    • Planned service mentioned: Delhi–Meerut
  • Supplier/manufacturer expansion examples:
    • Titagarh Rail Systems expanding coach manufacturing capacity
    • A joint ₹24,000 crore project involving Titagarh and BHEL for manufacturing/repairing Vande Bharat train sets
    • Jupiter Wags moving from components (e.g., batteries, brakes) into coach manufacturing via a JV
    • Additional JV details for wheel sets manufacturing and investment in annual wheel-set production
  • Wagon design reform (policy shift)
    • The video describes a move away from reliance only on RDSO.
    • Private players (and even oil companies) can propose/design wagon designs, potentially increasing innovation and demand—especially for specialized cargo like pharma, automobiles, and petrochemicals.

4. Stations

  • Amrit Bharat Station Scheme (launched 2022)
    • Modernizes about ~1,337 stations
    • Investment cited: ~₹24,000 crore
  • Improvements listed:
    • Better platforms
    • Signage upgrades
    • Wi‑Fi
    • Enhanced waiting areas
  • A passenger app mentioned:
    • RailOne for train tracking, booking, and taxi services

5. Safety and Signalling (Technology Focus)

  • Safety systems and signalling are prioritized, with a highlighted FY27 allocation of about ~₹1.2 lakh crore.
  • Kavach (indigenous automatic train protection system)
    • Launched in 2016
    • Uses AI to assess signal/speed/collision risk and automatically apply brakes if required
  • Coverage stated:
    • ~2,200 km routes implemented so far
  • Main players named:
    • HBL Engineering
    • Curnx Micro Systems
    • Medha Servo Drives
    • Quadrant Future Tech
  • Business risk argued in the video:
    • Demand for Kavach may be limited once implementation is widespread (with expectations that rollout may approach completion in coming years)

Expected Benefits

  • Lower logistics costs
    • Logistics cost as a share of GDP is referenced with conflicting figures (e.g., ~8% to 13–18%).
    • The conclusion is that rail modernization should help reduce logistics costs.
  • Better safety
    • If Kavach is deployed widely, accidents could be reduced significantly.

Challenges and Risks Identified

  1. Vendor/customer concentration risk
    • Many rail-sector companies depend heavily on Indian Railways, often with long payment cycles.
    • The video questions who will implement modernization at scale as companies diversify into sectors like ships, EVs, defense, and exports.
  2. Technology limitations of Kavach
    • Kavach is described as effective up to ~160 km/h.
    • Therefore, it may not suit true high-speed/bullet train operations.
    • The video also notes concerns raised (including by Japanese rail stakeholders mentioned in commentary) about safety norms and suitability of the technology.
  3. Incompatibility with bullet-train track standards
    • Bullet/high-speed trains require different track gauge.
    • The video cites 1.43 m narrow gauge versus Indian tracks around ~1.67 m, implying that bullet-train modernization may require major rebuilding rather than incremental upgrades.

Presenters / Contributors

  • Shantanu Jain — host / presenter, Markets by Zerodha Hindi

Original video