capital structure policy_large cap_indian companies
TRANSCRIPT
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Capital Structure Policy of
Indian CompaniesFinance II Report21
stMarch, 2013
PGP I 2012-2014
Section A Group 3
Arpit Tandon 2012PGP063
Chandraprakash Sinha 2012PGP093
Navtej Verma 2012PGP221
Rishabh Singh 2012PGP306
Souvik Sinha Roy 2012PGP370
Yadav Rahul 2012PGP446
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Capital Structure Policy
Objectives
The purpose of this research study has been to empirically find evidence as to what factorsaffect the capital structure policy decisions of the Indian Companies. Companies differ not only
by their respective industries but also by their revenues, profits, cash flows and credit ratings.
When all these factors are combined, we get a clear picture of any corporate firm. Then only we
can analyze what sources of new funds do companies prefer. Whether they go by the pecking
order theory to utilize internal funds, or prefer MM theory of obtaining higher financial
leverage to obtain tax shields, or prefer issuing new securities in the capital markets.
Research Methodology
We collected ten years financial data of the top 100 companies by Market Capitalization listed
on the National Stock Exchange (NSE). The variables collected for these 100 companies were
Sales, EBIT, Operating cash flow, Credit ratings, Debt-Equity ratio, Interest coverage ratio,
market capitalization, EPS and promoter shareholding. Only top 100 companies were selected
because generally these companies are matured and have well defined financial policies.
There could be arguments that by selecting data of small and mid cap companies, our analysis
could cover a wide range of companies varying sharply in size. But we believe that in India, with
small caps and mid caps, management structures and corporate governance are not very welldefined. Thus, the data we get for analysis might not reflect any policy preferences, but rather
reactive choices to the changing macro environment of the industry. Hence, we decided to go
with the large and generally stable companies.
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Capital Structure variations across Industries
It is a well known fact that the business model and cost structures of specific industries have
the most significant impact on financial decisions of any firm. Here, we calculate mean, median,
variances and standard deviation of Debt-Equity ratio companies (on 10 years data from 2003
to 2012) across various industry groups to have a brief overview of the capital structuresfollowed in the different industry groups.
This is only a preliminary investigation which would further be backed by more rigorous
statistical analysis such as t-tests and multiple regression models.
Automobile sector has a mean Debt-Equity of 0.37, median of 0.27, and a SD of 0.31. Aslarge Automobile industry companies in India such as Tata Motors, Bajaj, Maruti are
matured companies, we would expect an optimal level of Debt Equity ratio of around
0.4 with relatively less variation.
Since debt for banks is simply their liabilities, we have not considered this for thepurpose of analysis.
Cement industry having a high fixed cost structure has mean Debt Equity ratio of around0.78 with lesser variation of 0.58. Perhaps, the regulatory issues of having to pay stiff
penalties because of anti competitive policies have led these companies to increase
their leverage to ward off any cash flow problems.
INDUSTRY Mean Median VarianceStandard
Deviation
Automobiles 0.371111 0.27 0.099542 0.31550265
Bank 0 0 0 0
Cement 0.7805 0.75 0.343748 0.58630066
IT 0.127429 0.005 0.292625 0.5409484
Finance 4.319091 4.465 4.513315 2.1244565
Oil & Refineries 0.490714 0.46 0.209734 0.45796728
Personal Care 0.2528 0.13 0.086151 0.29351522
Pharmaceuticals 0.536566 0.31 0.402447 0.63438732
Power 125.6373 0.54 937465.4 968.227954
Power(neglecting outlier) 0.639661 0.53 0.291224 0.53965176
Steel 1.3125 0.955 2.125553 1.45792749
Overall 8.403447 0.18 58229.11 241.307077
Overall(neglecting outlier) 0.639617 0.18 1.461188 1.20879624
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Information technology is a knowledge based industry with very low levels of fixedcosts. Their low mean Debt Equity ratio of 0.12 is in line with the expectations. The
interesting part to note is that their median is extremely low at 0.005 while mean is still
0.12. This reflects the fact that only 1-2 companies because of firm specific reasons have
obtained leverage while the rest are mostly zero debt companies.
Finance sector, (Non Banking Financial Institutions) have a high mean Debt Equity ratioof around 4.3. The companies in this sector are trying to increase their balance sheets in
order to become significant and potential choices to obtain banking licenses which the
government plans to give in the next financial year.
Oil & Refineries in spite of being a very high fixed cost industry has an optimum meanDebt-Equity ratio of 0.49 and median of 0.46. Most of the largest companies in this
sector such as ONGC, IOC, and HPCL are PSUs which are risk averse and prefer not toface financial distress costs. The major private player Reliance Industries again is a very
stable business house, so leverage ratio seems the most appropriate for this industry.
Personal Care or FMCG industry has a low mean Debt Equity ratio of 0.25 and median ofeven lower 0.13. Again, the businesses such as HUL, P&G, and ITC are well established
and respected for their impeccable management ability. There has been no significant
event requiring the companies to expand capacity drastically, thus requiring high levels
of leverage.
Pharmaceutical industry generally requires high levels of cash for Research &Development and drug licensing activities. Hence, they have good levels of leverage of
around 0.53 with lower median of 0.31.
Power industry being a high fixed cost industry with long cash cycles is expected to havehigher levels of debt as reflected in their mean Debt-Equity ratio of 0.63. Reliance Power
in 2003 had abnormally high level of Debt-Equity ratio of 7,500 due to which the mean
and variance data is getting corrupted. The reason for this outlier is not known to us,
though we would suppose the company had just started their operations and plannedto install huge capacity in Uttar Pradesh. In the later years, Reliance Power has brought
Debt-Equity ratio well below 1. Hence, for the purpose of analysis we have ignored the
outlier value.
Steel has a high level of mean Debt-Equity ratio of around 1.3. This could be the result ofsome major Mergers & Acquisitions taking place in this sector. Moreover, to gain
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economies of scale and operating efficiencies, steel companies are quickly trying to
ramp up their size. This might have led to higher levels of debt as compared to other
high fixed cost industries.
The overall mean Debt Equity ratio (neglecting the outlier value) is around 0.63, median of 0.18
and standard deviation of 1.2. Since, the variation represented by SD is quite high, we would
like to base our assumptions on the more reliable median value. Mean value is getting skewed
to the higher side only because of few companies whose leverage could be high due to firm
specific reasons. The low median value clearly indicates that Indian companies in genera prefer
to be risk averse and not take high levels of debt. The factors and reasons for such attitude
would be explored by further statistical tests.
Data Analysis through T- Tests
Purpose of conducting t-tests
The t-test assesses whether the means of two groups are statisticallydifferent from each other.
This analysis is appropriate whenever you want to compare the means of two groups. Consider
the three situations shown in Figure. The first thing to notice about the three situations is
that the difference between the means is the same in all three. But, you should also notice that
the three situations don't look the same -- they tell very different stories. The top example
shows a case with moderate variability of scores within each group. The second situation shows
the high variability case. The third shows the case with low variability. Clearly, we would
conclude that the two groups appear most different or distinct in the bottom or low-variability
case. Why? Because there is relatively little overlap between the two bell-shaped curves. In the
high variability case, the group difference appears least striking because the two bell-shaped
distributions overlap so much.
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This leads us to a very important conclusion: when we are looking at the differences between
scores for two groups, we have to judge the difference between their means relative to the
spread or variability of their scores. The t-test does just this.
T-Tests across Industry Groups
We have conducted two tailtests with a confidence level of 95%. If the P- value (highlighted in
green) is below (1-0.95=0.05) 0.05, then the t-test says that mean of one group is statistically
significantly different from the mean of the other group.
Debt-Equity ratio of Finance industry is significantly greater than the rest of the industrygroups. P-value is extremely low, well below the significance level of 0.05.
Mean of Debt-Equity ratio in Steel industry is again significantly higher than that of thepersonal care industry with p-value of 0.02, well below 0.05.
An interesting finding is that the mean of Debt-Equity ratio in Oil exploration industry issignificantly below than that of the Oil Refineries. The qualitative reasons behind this
observation are not known to us.
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When comparing Automobile industrys mean of Debt-Equity to the rest of the industry,p-value is above0.05. Though mean value of automobile sector is less than the mean of
rest of the industry groups but due to high variance in rest of industry, t-test says that
this difference in means is not significantly large.
Mean Debt-Equity levels in IT sector are significantly less than the means in Finance andPower sector as shown by p-values of less than 0.05.
Though, we made these observations earlier also while analyzing the mean and mediandata, t-tests provides us a rigorous statistical tool to empirically verify the observations.
T-tests across various parameters
The above test shows that Debt-Equity ratios or financial leverage policy decisions arenot statistically different when comparing companies by market capitalization. As shown
above, neither Top 5% vs rest of the industry group, nor Bottom 5% vs rest of industry
group and any significant difference in leverage. Though the means of the two groups
are different at first sight, but due to high variances, t-tests fails to prove the difference.
Similar explanation can be given when comparing the mean Debt-Equity ratios ofcompanies by their Net Sales or Revenues. An interesting observation is that, though the
mean Debt-Equity ratio in bottom 5% is very low at 0.02 as compared to 0.54 of the rest
of industry group, but due to very high variance, t-test does not show any significant
difference.
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Operating Cash flow seems to have some impact on the Capital Structure policydecisions of the firms. As shown, mean of bottom 20% (by Operating Cash flow) is
significantly higher than the rest of the industry group. This is in line with the Pecking
Order theory which says that companies should prefer internal funds if available
because they generally cost the less. So, the firms with lower operating cash flows are
taking higher levels of debt to fund their business operations.
Data Analysis through Multiple Regression
Multiple regression provides a statistical tool to predict a dependent variable (such as Debt
Equity ratio) through multiple independent variables (such as Sales, EBIT, Market Capitalization,
Promoter Shareholding)
R Square denotes that percentage of variability in the dependent variable that can be
accounted by the correlation with the independent variables combined. Coefficients denote the
change in dependent variable when one unit of independent variable is changed. T- Stat
denotes the strength of the predictor variable and is generally considered to be better than
coefficient because it incorporates the error considerations. P-value denotes the percentage of
chance involved in the respective predictor variable. (1-p) denotes the predictive power, higher
the predictive power, stronger the correlation between the predictor variable and the
predicted variable.
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Regression Statistics
R Square 0.037185337
Coefficients Standard Error t Stat P-value
Intercept 0.418845058 0.274496955 1.525864 0.13075618
Market Cap -1.89059E-06 1.86009E-06 -1.0164 0.31232375
Sales 2.33335E-06 1.55614E-06 1.499451 0.13746178
EBIT -3.52117E-06 9.81815E-06 -0.35864 0.72075428
Promoter
Shareholding 0.001520097 0.004189359 0.362847 0.71761978
R Square value is around 0.037, which implies that only 3.7% of the variability in theDebt-Equity ratio of top 100 Indian companies in our sample can be attributed to the
independent variables, namely Market Capitalization, Sales, EBIT and Promoter
Shareholding. This is a very low value, which emphasizes upon the fact that no definiteconclusion can be drawn upon which factors strongly influence the capital structure
policy decisions of the Indian companies.
As market capitalization of the firm increases, its Debt-Equity ratio goes down as shownby the negative correlation. This could be because as the firm grows and matures, it has
internal sources of funding and risks associated with financial leverage increase
significantly. But 31% is due to chance, which means the predictive power is low, around
69%. Even t-stat is only around 1. In the industry, t-stat of 1.96 and above s considered
to be a strong predictor variable.
Sales are directly proportional to Debt Equity ratio which makes sense. As the firmgrows, it needs to invest in new assets and working capital for which additional funds
would be required. In this case predictive power is high, nearly 87% which a high t-stat
of 1.49. This shows a relatively strong relationship between sales and Debt Equity ratio.
EBIT is negatively correlated with Debt Equity, that is, as the firm increases its operatingprofits, lesser debt it takes. This is consistent with the pecking order theory which says
that internal funds should be preferred over debt and other external sources of funding.But the predictive power of this variable is very low, around 28% and a low t-stat. This
makes it difficult for us to assume that this relationship between EBIT and Debt Equity
would hold in other cases also.
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Promoter Shareholding is positively related to the Debt Equity ratio. A promoter holdinga large percentage of shares would prefer financial leverage as this would help him
achieve higher returns on equity. But again very low predictive power, around 29% and
low t-stat makes it difficult to give strong empirical evidence for our inference.
Conclusion
1. Indian companies in general prefer to have lower levels of debt as reflected in theirlower Debt-Equity ratios. Exceptions can always be there, and in crisis time or for major
acquisitions, companies can take on more debt. Generally, the optimal level of debt-
equity ratio is considered to be 40% but the median value for Indian companies comes
to around 18%.
2. High fixed cost industries such as Steel, Power, and Cement have much higher levels ofdebt than companies in FMCG and IT domains. Upfront expenditure in manufacturing is
high due to setting up factories etc. which required heavy investment. While, companies
in IT are mostly people based with variable cost structures hardly any upfront
investment. Moreover, IT sector is highly uncertain due to which lower debt levels are
preferred.
3. Most of the Indian companies unlike their US counterparts have large share ofpromoters. These promoters also play a major role in the management of the company.
Many policy decisions including capital structure depends on the personal preferences
of the promoters. Risk averse promoters prefer lower levels of debt while young
aggressive promoters prefer to use higher financial leverage and improve their returns
on equity.
4. Uncertainties in business environment, volatile markets, not fully developed capitalmarkets and frequent changes in government regulations force companies in developing
countries like India to assume lower debt levels to reduce their risk to financial distress.
Many large Indian firms are of the pre liberalization era where capital markets were
small in size and not many funding options were available. Hence, the companiespreferred not to be using high financial leverage.
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Exhibits
Debt Equity Ratio for 100 Indian companies (2011-12 annual data)
Name of Company Debt Equity Ratio
Tata Consultancy Services Ltd 0.00
Oil & Natural Gas Corpn Ltd 0.02Reliance Industries Ltd 0.44
ITC Ltd 0.01
Coal India 0.38
Infosys Ltd 0.00
HDFC Bank 0.00
State Bank of India 0.00
NTPC 0.66
ICICI Bank Ltd 0.00
Bharti Airtel Ltd 0.29
Wipro Ltd 0.22
Hindustan Unilever Ltd 0.00
Tata Motors Ltd 0.81
Larsen and Toubro 0.36
Sun Pharmaceuticals Industries Ltd 0.01
MMTC Ltd 3.40
Indian Oil Corporation Ltd 1.13
Axis Bank Ltd 0.00
Cairn India 0.04
BHEL 0.01
Hind Zinc 0.00
NMDC Ltd 0.00
Jindal Steel 1.42
Power Grid Corp 2.10
Bajaj Auto 0.04
GAIL 0.19
Tata Steel 0.55
Mahindra and Mahindra 0.27
UltraTechCement 0.35
Kotak Mahindra 0.00
Maruti Suzuki 0.05
DLF 1.30
Hero Motocorp 0.19
Sterlite Industries 0.23
HCL Tech 0.17
Reliance Power 0.05
Idea Cellular 0.90
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Oil India 0.03
Ranbaxy Labs 0.00
SAIL 0.46
Asian Paints 0.06
Bank of Baroda 0.00
Dr Reddys Laboratories Ltd 0.25
Cipla 0.03
Ambuja Cements 0.01
Adani Ports 0.93
Punjab National Bank 0.00
Bosch 0.07
BPCL 1.45
Grasim 0.09
Power Finance 5.45
Lupin 0.30
Adani Enterprise 0.12
Godrej Consumer 0.13
Oracle Financial 0.00
Hindalco Industries Ltd 0.38
NHPC 0.63
Siemens 0.00
Tata Power 0.64
United Spirits 0.72
IDFC 3.56
ACC 0.08
Canara Bank 0.00
Bank of India 0.00
Rural Electrification Corporation 5.81
Titan Industries Ltd 0.03
Dabur India LTD 0.22
GlaxoSmithKline Pharmaceuticals 0.00
GlaxoSmith Con 0.00
JSW Steel 0.78
Castrol 0.00
Cadila Health 0.40Jaiprakash Asso 2.00
Colgate-Palmolive India Ltd 0.00
Shree Cements 0.76
IndusInd Bank 0.00
United Breweries 0.62
Marico 0.56
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Reliance Communications 0.66
L&T Finance Holdings ltd 0.07
Satyam 0.01
Sesa Goa 0.19
Glenmark 0.39
Divis Labs 0.02
Shriram Transport Finance Company 3.95
Cummins India ltd 0.00
Container Corp 0.00
Tech Mahindra 0.34
Yes Bank 0.00
Neyveli Lignite 0.34
Pidilite Ind 0.22
Sun TV Network LTD 0.00
Zee Entertaintainment Enterprises Ltd 0.00
ABB 0.00
Union Bank 0.00
Wockhardt 2.09
Bharti Infratel 0.00
Nestle 0.00