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Loss Given Default Theory and Empirics Juraj Kopecsni

Loss Given Default Theory and Empirics

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LGD Calculation

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Page 1: Loss Given Default Theory and Empirics

Loss Given DefaultTheory and Empirics

Juraj Kopecsni

Page 2: Loss Given Default Theory and Empirics

Structure of the presentation

1. General information about LGD

2. Focus on workout LGD

Page 3: Loss Given Default Theory and Empirics

1. New Basel Accord

• Require banks to use more risk sensitive methods for calculating credit risk capital requirements

• LGD - the credit loss incurred if an obligor of the bank defaults

• Move from the Foundation to the Advanced IRB approach

• What bank knows about LGD

Page 4: Loss Given Default Theory and Empirics

Key issues of LGD

• What does LGD mean and what is its role in IRB

• How is LGD defined and measured

• What drives differences in LGD

• What approaches can be taken to model or estimate LGD

Page 5: Loss Given Default Theory and Empirics

Definitions of default and loss

• Default (BIS)

- The obligor is unlikely to pay its credit obligations

- The obligor is past due more than 90 days on any material credit obligation

Page 6: Loss Given Default Theory and Empirics

Measurement of LGD

• LGD is the ratio of losses to exposure at default

• Three type of losses:

- The loss of principal

- The carrying costs of non-performing loans (interest income)

- Workout expenses (collections)

Page 7: Loss Given Default Theory and Empirics

Three ways of measuring LGD

1. Market LGD – market prices of defaulted bonds

2. Workout LGD – estimated cash flows resulting from the workout process, properly discounted, estimated exposure

3. Implied market LGD – derived from risky but not defaulted bond prices using APM

Page 8: Loss Given Default Theory and Empirics

Workout LGD

• Timing of the cash flows from the distressed asset

• Cash flows should be discounted

• The correct rate would be for an asset of similar risk

• Average LGD for a portfolio: price-weighting, default weighting, time-weighting

Page 9: Loss Given Default Theory and Empirics

Implied market LGD

• LGD is to look at credit spreads on the non-defaulted risky bonds

• The spread above risk-free bonds is an indicator of the risk premium

• This spread reflects expected loss and then LGD

Page 10: Loss Given Default Theory and Empirics

Structure of bankruptcy

1. LCP – the last cash paid

2. Default – occurs at some later point, for bonds typically six months later

3. Bankruptcy – anywhere from the time of default to about a year later

4. Emergence – from bankruptcy proceedings, occurs anywhere from 2 to 4 years after the last cash paid

Page 11: Loss Given Default Theory and Empirics

• Cash flows:

- Occur throughout this process

- Bulk comes during or after emergence when restructuring plans (additional financing)

• Time spent in bankruptcy can dramatically reduce the value of debt recovery

Page 12: Loss Given Default Theory and Empirics

Capital structure

• Absolute priority rule

Loans BanksSenior securedSenior unsecuredSenior subordinatedSubordinatedJunior subordinatedPreferred sharesCommon shares

Bondholders & banks

Shareholders

Page 13: Loss Given Default Theory and Empirics

• In practice APR is routinely violated

• Creditors agree to violate APR

• Set of expenditures senior to all others

• Administrative expenses – court costs, attorneys’ fees, trustee’s expenses

Page 14: Loss Given Default Theory and Empirics

Drivers of debt recovery

• Recovery distribution is bimodal

• Defaulted claim whether is secured or not

• Recoveries are lower in recessions

• The industry of the obligor matter

• The size of exposure matter

Page 15: Loss Given Default Theory and Empirics

• Recovery distributions are bimodal

- Makes parametric modeling of recoveries difficult, using rather non-parametric

• Seniority and collateral matter

• Monitoring and structuring matter

- Senior secured - flat distribution

- Senior unsecured – bimodal distribution

Page 16: Loss Given Default Theory and Empirics

• Recoveries across the business cycle

- Strong evidence that recoveries in recession are lower

- About a third lower than in expansion

- Aggregate default rates are high, recovery rates are low (correlation -20% in US)

Page 17: Loss Given Default Theory and Empirics

• Industry matters

– Industries such as utilities do better than other i.e. service oriented firms

- How distress at the industry level might influence recoveries at the facility level

- Industry level effects are controlled for, effects on LGD vanish

• Size of the loan matters - difficult

Page 18: Loss Given Default Theory and Empirics

Bonds vs. loans

• Bank loans are more senior and banks more actively monitor the evolving financial health of the obligor

• Differences in control rights between bondholders and private lenders

• Recovery rate on bank loans are higher

Page 19: Loss Given Default Theory and Empirics

2. Motivation

• Few studies have focused on the bank loans• Banks not yet developed LGD on the loan• Estimation of LGD based on own historical data• Analysis of cash flows recovery over time• Identifying determinants of loan losses• Monitoring/ analysis/prevention• Workout LGD/ Implied market LGD

Page 20: Loss Given Default Theory and Empirics

Measure Recoveries

• Problems with discount rate

• Costs: administrative, funding and selling

EAD

CFPV

LGD

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1

Page 21: Loss Given Default Theory and Empirics

Methodology

• Two approaches to analyze the recovery rates:

• A Mortality-based approach

• A Multivariate analysis

Page 22: Loss Given Default Theory and Empirics

A Mortality-based approach

• Marginal Recovery Rate

MRR(1) = Cash flow paid(1)/Loan Balance(1)• Percentage Unpaid Loan Balance

PULB(1)=1-MRR(1)• Cumulative Recovery Rate

CRR(0,2)= 1- PULB(1)xPULB(2) xPULB(3)• Loan Loss Provision

LLP(0)=1-CRR(0,3)

Dec-00 Dec-01 Dec-02 Dec-03Loan Outstanding 100 110 66 44Cash Payment 0 50 26 14Loan Balance 100 60 40 30

Page 23: Loss Given Default Theory and Empirics

• Dynamic evolution of provisions over time

• CRR(1,3)= 1- PULB(2)xPULB(3)

• LLP(1)=1-CRR(1,3)

• CRR(2,3)= 1- PULB(3)

• LLP(2)=1-CRR(2,3)

Page 24: Loss Given Default Theory and Empirics

Unweighted Marginal Recovery Rate

0

5

10

15

20

25

1 4 7 10 13 16 19 22 25 28 31 34 37 40 43 46 49 52 55 58 61 64

Page 25: Loss Given Default Theory and Empirics

Cumulative Recovery Rate

0

10

20

30

40

50

60

70

1 4 7 10 13 16 19 22 25 28 31 34 37 40 43 46 49 52 55 58 61 64

Unweighted Weighted

Page 26: Loss Given Default Theory and Empirics

A Multivariate analysis

• Identifying the determinants of loan losses• Main explanatory variables: - Size of the loan- Type of guarantee/collateral- Past cumulative recovery - Age of the firm- Industry sector

Page 27: Loss Given Default Theory and Empirics

Estimation

• Transformation: log-log function

• Estimation procedure: Quasi-likelihood method

Page 28: Loss Given Default Theory and Empirics

Hypothesis

• Significant size effect• Loan size has a negative impact on recovery

rate• Type of collateral, guarantee or none of them• Losses on loans with guarantee are significant

higher than on loans with no guarantee• Past recovery is a good indicator of future

recovery• Industry specification• Age of borrowing firm, age of relationship, age of

credit contract

Page 29: Loss Given Default Theory and Empirics

• Connection with EC and RAROC

• Monitoring

• Analysis

• Prevention

Page 30: Loss Given Default Theory and Empirics

Conclusion

• Fewer focus received from the industry

• Has the greater influence on capital level

• Principles are easy but in practice we face a lot of questions