Intraday Liquidity Flows within the Financial Market Infrastructures in Mexico

Intraday Liquidity Flows within the Financial Market Infrastructures in Mexico

Biliana Alexandrova-Kabadjova (Banco de Mexico, Mexico), Liliana Garcia-Ochoa (Banco de Mexico, Mexico), Ronald Heijmans (De Nederlandsche Bank, The Netherlands) and Antoaneta Serguieva (University College London, UK)
Copyright: © 2016 |Pages: 17
DOI: 10.4018/978-1-4666-8745-5.ch010
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In this chapter, the authors present a methodology to study the flow of funds in large-value payment systems (LVPSs). The algorithm presented differentiates the flow of payments into two categories: 1) external funds, i.e. funds transferred from other financial market infrastructures (FMIs) or provided by the central bank, and 2) the reuse of incoming payments within the same FMI. Using individual transaction data, the algorithm evaluates to what extent incoming payments are used to cover obligations. The method also studies the flow of intraday liquidity under the framework of its provision within Mexican FMIs. The aim is to evaluate the impact of intraday liquidity provision, and understand how liquidity is transmitted to participants in the Mexican Large Value Payment System, or SPEI®.
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The worldwide economic crisis has revealed that liquidity problems in (large) banks can occur suddenly, and with serious consequences for (global) financial stability. The most recent and widely referenced example is the collapse of Lehman Brothers. The interest in intraday liquidity management has grown since then, from both academics and financial authorities such as central banks. Studying intraday liquidity flows, provides valuable insight into: (i) the provision of liquidity and efficient use levels, (ii) potential liquidity risks in settling payment obligations, and (iii) the degree of interdependence between financial market infrastructures (FMIs) in terms of liquidity, in particular between large value payment and securities settlement systems (LVPSs and SSSs). The insight for central banks can be towards establishing rules and guidelines that improve the robustness of these FMIs, reduce risks between interdependent FMIs, and enhance the frameworks that implement liquidity provision into FMIs.

To smooth the settlement of transactions in FMIs, central banks provide (intraday) liquidity to participants in their LVPSs. This liquidity, together with liquidity from financial institutions’ payment obligations, flows through different FMIs. Further, the liquidity is redistributed among participants either as transfers or secured/unsecured lending/borrowing among them. Therefore, the adequate level (from both an aggregate and individual perspective) and price of the liquidity provided by the central bank are required conditions to achieve efficiency. To that end, central banks must have solid knowledge of two aspects of the financial system. The first is the emerging network among participants. This reveals the structure of the interdependency among financial institutions. Given that some of these institutions are direct participants in more than one FMI, the overall network of funds transfers among FMIs must be taken into account. The second aspect is the behavior of the participants related to intraday liquidity management, i.e., decisions made during the day with respect to the number/value of payment obligations. We have identified three factors affecting decisions on how many payment orders should be sent for settlement by a participant throughout the day.2 Those factors are: (i) the amount of central bank money the participant has access to, (ii) the amount of funds the institution can obtain in terms of borrowing from other participants, if required, and (iii) the volume of payments received due to existing obligations either to the participant or its clients at a particular time in the day.

In this chapter, the authors define a methodology to study the flow of funds observed in LVPSs related to the management of external funds of the participants – i.e., funds transferred from other FMIs or provided by a central bank – and the reuse of incoming payments by the participants. An algorithm is developed, using individual transaction data, to distinguish to what extent incoming payments are used to cover obligations. This approach is applied to study the flow of intraday liquidity under the framework of its provision in the Mexican FMIs. Three systems are involved in this process: (i) SPEI® (an equivalent to a real-time gross settlement (RTGS) system), (ii) SIAC - a system that provides liquidity to credit institutions, and (iii) DALÍ (the Mexican SSS). SPEI® and SIAC are administrated by the central bank, whereas DALÍ is administrated by the private institution S.D. INDEVAL.3

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