Corporate Finance: Credit rationing - TAU · Corporate Finance 5 Credit rationing Creditor’s...
Transcript of Corporate Finance: Credit rationing - TAU · Corporate Finance 5 Credit rationing Creditor’s...
Corporate Finance 3
The model� The timing:
� Effort raises the prob. of success from pL to pH� ∆p ≡ pH – pL� The project is viable only if there’s effort:
An entrepreneur has A dollars and needs to invest in a project that costs I > A
The entrepreneur exerts effort to boost the prob. of success.If he does not exert effort he gets private benefits B
Period 0 Period 2Period 1
If the project succeeds it yields R; if it fails, it yields 0
BpRBIRpIRp LH >∆⇒+−>>−+4342143421
Benefits NPVNPV
0
Corporate Finance 4
The loan agreement
� The loan can be debt or equity (the model cannot distinguish between them)
� Incentive compatibility (to ensure effort):
� Creditor’s individual rationality:
p
B
pp
BRBRpRp
LH
bbLbH ∆≡
−>⇒+>
4342143421321
MH ofCost effortwithout payoff expected
sur'Entreprene
effortwith payoff expected
sur'Entreprene
( ) {funds Required
)(income pledgeable Maximal
AIp
BRpRRp HbH −≥
∆−≡−
+43421
43421
Corporate Finance 5
Credit rationing
� Creditor’s individual rationality:
� An entrepreneur must have Ā to get funds
� When A < Ā, we get credit rationing: the creditor gets too little ex post to agree to give the entrepreneur I-A
� Credit rationing is “more severe” when B is large: there’s more agency problem or MH
( )444 3444 21
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assumptionby )(
effort with NPV
+
−−∆
≡≥⇒−≥
∆− IRp
p
BpAAAI
p
BRp HHH
Corporate Finance 6
Entrepreneur’s payoff� When A < Ā, the project is not funded so U = 0
� When A ≥ Ā, the project is funded; if the entrepreneur has all the bargaining power, the creditor simply breaks even:
� The entrepreneur’s net payoff (above and beyond A which he can consume anyway by not investing):
� Since the creditor breaks even, the entrepreneur captures the entire NPV
( )43421
effort with NPV
IRpAp
AIRpARRpU H
H
HlH −=−
−−=−−=
321321
effortgiven creditor payment toMin
payoffexpected
sCreditor'H
llHp
AIRAIRp
−=⇒−=
Corporate Finance 7
The entrepreneur’s net payoff (above and beyond A) - illustration
� The entrepreneur either gets all the NPV or nothing ⇒the entrepreneur is indifferent to A above Ā
A
pHR-I
Ā
Creditrationing
Norationing
Corporate Finance 8
Overborrowing
� Suppose the firm can ↑ the prob. of success by τ by investing J which it borrows from a new creditor
� Assumption: the investment is inefficient: J > τR
⇒ No point in investing if effort stays the same (investment ↓NPV and hence ↓ the entrepreneur’s payoff); the investment’s role is to transfer value from the original creditor
� The entrepreneur invests J only if it induces him to exert no effort (the alternative is to forgo J and exert effort):
( )32144 344 21
effort andmentoverinvest No
even breakscreditor new n theeffort whe w/o
payoff sur'entreprene The
bHbL RpBJRp >+−+τ
Corporate Finance 9
Overborrowing� The condition for overborrowing:
� Overborrowing is worthwhile only if it transfers enough value from the initial creditor to compensate for the resulting inefficiencies
� If the condition holds, the initial creditor must impose a no-extra investment/loan covenant
� Rl↑⇒ overborrowing is more tempting
� But Rl = (I-A)/pH; hence, A↓ ⇒ Rl↑ ⇒ overborrowing is more likely when A is low and hence covenants are needed more
( )( ) ( ) ( )( ){
44 844 76
321
444 8444 76
44 344 214342143421
Cost
investment new of
costNet
effort oflack todue Loss
Benefit
creditor initial theof payoff expected in the
RJpRBRppRRpBJRRP lLH
R
lH
R
lL
BB
τττ −+∆>++−⇒−>+−−+↓
Corporate Finance 10
Debt overhang
� Suppose the firm has initial secured debt with face value D ≤ A
� The creditor’s IR constraint:
� D makes investment less likely
{loan of Size
income pledgeableNet
AIDp
BRpH −≥−
∆−
44 344 21
Corporate Finance 11
Debt restructuring
� Suppose that R is large enough so the entrepreneur can get a loan without debt but not with the debt:
� Absent restructuring, the investment is not made and the creditor gets A
� To induce investment D must be lowered to d such that
∆−≤−<−
∆−
p
BRpAID
p
BRp HH
AIdp
BRpH −=−
∆−
Corporate Finance 12
Multiple projects� 2 identical projects� Suppose that the entrepreneur gets R2 if both projects
succeed and gets 0 otherwise (can also pay R1 is one project succeeds and R0 if none succeeds but R2 is sufficient since the entrepreneur is risk neutral)
� Incentive compatibility:
� The first IC constraint implies the second
( ) BRpppp
BRpRp
p
LHLH
LH >−
+⇒+>
∆
2
effortwithout payoff sur'Entreprene
2
2
projectsboth on effort with payoffsur'Entreprene
2
2
22
4342143421321
BpRpBRppRp HLHH >∆⇒+> 2
projectssingle aon effort with
payoff sur'Entreprene
2
projectsboth on effort with payoffsur'Entreprene
2
2
43421321
Corporate Finance 13
The creditor’s IR� Creditor’s individual rationality (IR):
� From entrepreneur’s IC:
� Substituting from IC into creditor’s IR:
( ) ( )AIRpRpRpRppRp HHHHHH −≥−=−−+ 22122 2
2
payoffsur'Entreprene
2
2
return Expected
2
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p
B
ppR
LH ∆+≥
212
( )( ) AI
p
B
pp
pRpAI
ppp
BpRp
LH
HH
LH
HH −≥
∆
+−⇒−≥
∆+− 2
22
2
Corporate Finance 14
The effect of multiple projects on financing
� The condition for financing:
∆
+−−≡≥
p
B
pp
pRpIAA
LH
HH
A
pHR-I
Ā
Creditrationing
NorationingĀ↓
Financing is easier
Corporate Finance 15
Multiple projects with perfect correlation
� Entrepreneur’s IC:
� Creditor’s individual rationality (IR):
� From entrepreneur’s IC:
p
BRBRpRp LH ∆
>⇒+>2
2 2
effortwithout payoff sur'Entreprene
2
projectsboth on effort with payoffsur'Entreprene
2 43421321
[ ] ( )AIRRpRpRp HHH −≥−=− 222 2
payoffsur'Entreprene
2
return Expected
321321
( ) ( )IRpp
BpAAAI
p
BRp HHH −−
∆≡≥⇒−≥
∆− 2
22
Corporate Finance 16
The creditor’s IR under perfect correlation
� Under perfect corr. we are back to the single project case
� Diversification helps because the projects are not perfectly correlated
� Imperfect correlation effectively lowers B to pHB/(pL+pH)
Corporate Finance 17
Correlation or independence?� Suppose the entrepreneur can choose whether
projects will be correlated or independent but his choice is hidden from the creditor
� Given R2, the entrepreneur’s payoff:
� Correlation: pHR2
� Independence: pH2R2
⇒ The entrepreneur will choose perfect correlation. Why is that?
� Asset substitution: correlation is riskier than independence. The entrepreneur is the residual claimant and likes risk
Corporate Finance 18
Continuous investment� I ∈ [0,∞) is a choice variable; the entrepreneur chooses I and whether
to exert effort
� Return is RI and private benefit is BI
� IC for the entrepreneur:
� IR for the creditor:
� Rewriting:
p
BIRBIRpRp bbLbH ∆
>⇒+>
( ) AIp
BIRIpAIRRIp HbH −≥
∆−⇒−≥−
444 3444 21multiplier
1
1
p
BpRp
AIH
H ∆+−
≡⇒≤ κκ
Corporate Finance 19
Continuous investment – optimal investment
� In a competitive capital market, the lenders must break even given their anticipation that the entrepreneur will exert effort: pHRl = I-A
� The entrepreneur’s utility above and beyond A:
� Assumption 1: pHR > 1 – investment has a positive NPV with effort
� Implication: the entrepreneur would like to invest as much as he can
� But if I is high, the IC constraint is violated
� Optimal investment is determined by the multiplier equation: I = κA
� “Invest up to κ times your wealth” or “Borrow κ-1 times your wealth”
( ) ( )IRpAp
AIRIpARRIpU H
H
HlH 1−=−
−−=−−=
Corporate Finance 20
Continuous investment - multiplier� Assumption 1: pHR > 1 – investment has a positive NPV with effort
� Assumption 2: pLR + B < 1 – investment has a negative NPV w/o effort
� Assumption 1 + 2 imply: pHR > 1 > pLR + B ⇒ ∆pR > B ⇒ R > B/∆p
� Assumption 3: pHR1 – 1 < pHB/∆p – NPV is lower than the cost of MH
� Since R > B/∆p and given Assumption 3, κ > 1
� Implication: κ is a “multiplier” – each dollar of equity leads to κ dollars of investment
� κ is smaller if B is large