Key Recommendations by RBI Working Group (Chaired by Radha Shyam Ratho):
- Extended Trading Hours for Call Money Market:
- Proposed trading window to be extended till 7:00 PM (from the current 5:00 PM).
- Aims to offer greater flexibility for banks in overnight fund management and balance sheet optimization.
- Changes to Market Repo & Tri-Party Repo (TREP):
- Synchronize and extend trading hours for both market repo and TREP to 4:00 PM.
- Unify TREP trading hours for participants settling via Designated Settlement Banks and RBI.
- Revised LAF Auction Timings:
- Prepone the Liquidity Adjustment Facility (LAF) auction to 9:30–10:00 AM, from the current 10:00–10:30 AM.
- This change is aimed at improving liquidity planning during the trading day.
- Government Securities Market:
- No change to current onshore trading hours.
- However, offshore trading with non-residents may be allowed between 5:00 PM and 11:30 PM, subject to:
- T+1 trade reporting on NDS-OM before onshore hours.
- T+2 settlement cycle.
- No Changes Proposed For:
- Interest Rate Derivatives
- Foreign Exchange Markets
Rationale Behind the Recommendations
- Post-5 PM, many banks face settlement uncertainties, impacting overnight fund usage.
- Greater alignment with global best practices and rising market volumes demand flexible frameworks.
- Feedback from market participants revealed a strong preference for operational flexibility.
Market Trends and Data Highlights (2014–2025)
- Overnight Money Market Annual Turnover:
- Grew from ₹281.37 trillion (2014–15) to ₹1,324.05 trillion (2024–25).
- Daily Average Turnover:
- Increased from ₹1.17 trillion to ₹5.52 trillion in the same period.
- TREP Segment Dominance:
- Accounts for 69% of daily average volume, followed by market repo (29%).
- Call Money share fell from 13% to 2%.
The RBI’s working group has proposed a pragmatic set of market reforms to reflect the evolving structure of India’s financial ecosystem. These changes aim to improve liquidity management, ensure operational continuity, and enhance market efficiency.