reliance power, tata power and suzlon energy
TRANSCRIPT
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A
Research Project
On
Comparative analysis of financial performance of thepower sector (RELIANCE POWER, TATA POWER AND
SUZLON ENERGY) with reference of stock price,liquidity trends & risk factors
Submitted in partial fulfillment of the requirement
For the award of degree
Of
MASTERS OF BUSINESS ADMINISTRATION
SESSION (2009-2011)
SUBMITTED TO:- SUBMITTED BY:-ASTT.PROFF. M.B.A- 4th.SEMESTER
VAISH COLLEGE OF ENGINEERING
(Affiliated to M.D. University, Rohtak)
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CONTENTS Pg. No.1. INTRODUCTION
-COMPANY PROFILE
-TOPIC
2. THEORETICAL FRAMEWORK
-CONSTRUCT
-VARIABLES
3. LITERATURE REVIEW4. RESEARCH OBJECTIVE
5. RESEARCH METHODOLOGY
i. RESEARCH DESIGN
TYPE OF RESEARCH DESIGN
TIME HORIZON
STUDY SETTING
FLOW CHART FOR SELECTION OFSTATISTICAL TOOLS
LIMITATION OF STUDY
ii. HYPOTHESIS DEVELOPMENT AND TESTING
iii. SAMPLE & SAMPLING DESIGN
iv. DATA COLLECTION
v. ANALYTICAL TOOLS
vi. STATISTICAL TOOLS6. RESULTS & FINDINGS
7. POLICY IMPLICATIONS
8. SUGGESTIONS
9. BIBLIOGRAPHY
10. ANNEXURES
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INTRODUCTION OF INDUSTRY:-
Indias Power Generation capacity is 147403 MWDeficit is 20000 MW
As of December 2008,the Central Electricity Authority (CEA) reports that Indias Power
Generation Capacity is 147402.81 MW, up 8651 MW from 2007India continues to
reman a power deficit countryCurrent Deficit is 20000 MW.NTPC, a leading PSU, is
the biggest generator with 28333.99 MW from the Eleven Central Sector PSUsIt may
be recalled that Reliance Power, in the Private Sector, has plans to generate 28000 MWby 2016By Then NTPC capacity would have surged pass 65000 MWThe Eleventh
Five Year Plan 2007-2012 has a revised planned creation of 92000 MWBut with India
targeting high single digit GDP Growth Rate over the next several years, the demand for
power too will surgeIt will be only in the Twelth Five Year Plan 2012-2017 that the
power demand and supply curve will crossMckinsey in their report Powering India-Road
to 2017 estimates that the Power Demand will be 335000 MW in 2017 Interestingly
last year, amidst great controversy and opposition .both in India and in USA, both
countries signed a Nuclear Treaty to facilitate purchase of Uranium by India and setting
up of Nuclear Reactors for Civil Purposes The Breakup on various parameters of Indias
Installed Power Generating Capacity of 147402.81 MW makes interesting reading
INDIAS INSTALLED POWER GENERATING CAPACITY OF 147402.81 MW AT DEC
2008
By Mode By Sectors By State
Feed MW % Sector MW % State MW %
Coal 77458.88 52.55 State/UT 76185.57 51.69 Mah 10563.54 7.17
Gas 14734.01 10 Andhra P 7370.16 5
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Saturation in Capacities of Engineering Companies in Setting up of Power Plant
Infrastructure and delays in their increasing their Capacities
Delay in Allotment and Development of Coal Mineslargely on account of
delays in land acquisitions and in obtaining government clearances and multiple
mine allotted for the same mine
States Dominating the Distribution of PowerState Electricity Board ( SEB)
Losses are legendaryit impedes the States capability to invest further to
augment existing capacities and also discourages Private Investors from providing
Capital to do so.Distribution Losses are reportedly a criminal 40% of generated
and transmitted Power
If India has to Grow to be one of the top Three World Economies in the next Two
decades, as is expected, Power Capacities have to scale up significantly and fast
Government is well aware of this and has been introducing Power ReformsThe
Electricity Act of 2003,CERC,Exchanges for Power Trading, Privatization to highlight a
few Despite constraints, some due to coalition politics, the Power Sector has the Power
to create Multifold Gains for those who invest in this sector as a Business or even just as
an Investorbut these will play out over the Long TermTen Years and Beyond
The power sector has registered significant progress since the process of planned
development of the economy began in 1950. Hydro -power and coal based thermal power
have been the main sources of generating electricity. Nuclear power development is at
slower pace, which was introduced, in late sixties. The concept of operating power
systems on a regional basis crossing the political boundaries of states was introduced in
the early sixties. In spite of the overall development that has taken place, the power
supply industry has been under constant pressure to bridge the gap between supply anddemand.
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Power Supply Units in India:-
Thermal Power in India
Hydropower is India
Wind Power in India
Solar Power in India
Nuclear Power in India
Biogas Production in India
POWER INFRASTRUCTURE IN INDIA:-
The power industry in India derives its funds and financing from the government, some
private players that have entered the market recently, World Bank, public issues and
other global funds. The Power Ministry India has set up Power Finance Corporation of
India that looks after the financing of the power sector in India. The Power Finance
Corporation Limited provides finance to major power projects in India for power
generation and conversion, distribution and supply of power in India.
Power Finance Corporation (PFC) Ltd India also looks after the installation of any new
power projects as well as renovation of an existing power project India. The PFC in
association with central electricity authority and the ministry of power facilitates the
development in infrastructure of the power sector India. They have taken up construction
of mega power projects that will answer to the power shortage in various states through
power transmission through regional and national power grids.
FDI Inflows to Power:-
100% FDI is allowed in the power sector under the automatic route in India with the
exception of Atomic Energy. Important aspects of FDI in the power sector of India are -
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100 percent Foreign Direct Investment is allowed under automatic route in almost
all the power sectors in India except the Atomic Energy
Power projects involving generation and distribution tasks are allowed in all types
and sizes
As per the Electricity Act 2003, trading in power is activated
A duration of 30 years will given as a renewable license period
Thermal power plants will get a return of 16 percent on equity and will get 68.5
percent PLF
The import of equipments will be entitled to 20 percent of import duty
Power generating projects will have a five year tax holiday with five more years
which will have a deduction of 30 percent taxable profits.
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TATA POWER COMPANT LIMITED:-
Tata Power Company Limited (TPC), India's largest integrated Electric Power Utility in
private sector with a reputation for reliability, incorporated in the year 1919 at Mumbai.
TPC pioneered the generation of electricity in India nine decades ago. The core business
of Tata Power Company is to generate, transmit and distribute electricity. The Company
operates in two business segments: Power and Other. The Power segment is engaged in
generation, transmission and distribution of electricity. The other segment deals withelectronic equipment, project consultancy.
The Tata-Ebasco Consulting Engineering Services' was established based on
partnership with Ebasco India, Ltd for consulting engineering together with its two
associated companies in the year 1961. In the year 1969, a new company under the name
Chemical Terminal Trombay Ltd was formed in participation with other Tata Companies
and Elephanta India Private Ltd to installation of storage tanks on a part of the
Company's ash disposal area at Trombay and the laying of a pipeline connecting thestorage tanks with the Mumbai Port Trust's pier at Pir Pau. TPC sets up its new
manufacturing facility at Bangalore during the year 1980, for commercial production of
electronic items designed by its R&D laboratory. The company constructed a new double
circuit 22/110 KV transmission line in the year 1987 at North Mumbai from Borivli to
Malad to meet the requirements of Municipal Corporation of Greater Mumbai besides
meeting loads in Kandivili, Malad, etc.
TPC has undertaken a 180 MW combined cycle plant at Trombay using gas turbines. In
1989, six new outlets for BEST at 33 KV from Carnac receiving stations were
commissioned during the year. In the same year the company also associated with
Siemens in the erection and commissioned the mechanical and electrical equipment.
VISION AND MISSION:-
Strong values are the base of any laudable
mission and vision is vital to its realisation. Tata
Power's fundamentals have alwa s been ver
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VISION AND MISSION:-
Strong values are the base of any laudable mission and vision is vital to its realization.
Tata Power's fundamentals have always been very clear in this direction.
Vision:-
To be among the top three wind energy companies in the world
To be the most respected brand
To be the best team and place to work at
To be the fastest growing and most profitable business
Mission:-
Being the supplier and partner of choice Achieving excellence in safety, operations and project
management
Focusing on the culture of sustainability
Ensuring growth and delivering value to the stakeholders
Caring for the community
Values:-An organization is built over the values it stands for. At Suzlon we have inculcated values
that provide us the benchmark to carve our vision, develop our mission and lay a strong
foundation to energize the corporate objectives. Suzlons values are an end-to-end
cornerstone of all its commitments, endeavors and progress.
.
Vision:-
To be the most admired Integrated Power and Energy Company delivering
sustainable value to all stakeholders
Mission :-
We will become the most Admired Company delivering sustainable value by:
Being the supplier and partner of choice
Achieving excellence in safety, operations and project management
Focusing on the culture of sustainability
Ensuring growth and delivering value to the stakeholders
Caring for the community
Values:-
Integrity: Honesty, fairness and transparency in our conduct and transactions
Trust: Faith and belief in each other
Care: Being concerned about the well being of all employees
Collaboration: Excellence through teamwork, within employees and partners
Agility: Speedy, responsive and proactive, achieved through empowering
employees
Respect: Treat all stakeholders with respect and dignity
Excellence: Bettering standards continuously, with passion and pride
SUZLON ENERGY LIMITED:-
Suzlon Energy Limited (SEL) has its roots dating back to when it sets up in 10th April of
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Reliance Power Limited (RPL) is part of the Reliance Anil Dhirubhai Ambani Group and
it was incorporated in 17th January of the year 1995 as a private limited company underthe name of Bawana Power Private Limited to develop, construct and operate power
projects domestically and internationally. The Company on its own and through
subsidiaries is currently developing 13 medium and large sized power projects with a
combined planned installed capacity of 28,200 MW, one of the largest portfolios of
power generation assets under development in India.
As at 1st February of the year 1995, the company's name was changed to Reliance
Delhi Power Private Limited. The Company had started a 3740 MW at site Natural Gasbased Combined Cycle Power Plant at Dadri in the year 2003-04. In 23rd January of the
year 2004, again the name of the company was changed to Reliance EGen Private
Limited. Further, name of the company was changed from Reliance Egen Private Limited
to Reliance Energy Generation Private Limited in 5th March 2004. The Company's status
was converted into a public limited company through shareholder resolution in 19th
March of the year 2004 and the name was further changed to Reliance Energy Generation
Limited with effect from 19th March of the year 2004. In November of the year 2006,
RPL had acquired 100% shareholding in Rosa Power Supply Company Limited. The
acquired company, thus become the wholly owned subsidiary of the Company.
During the year 2006-07, the company signed a Joint Communique with Government
of Orissa to set up a 12000 MW coal based pithead power project at Hirma in Distt
Jharsuguda in Orissa. As at 4th July 2007, the company got its present name as Reliance
Power Limited. In January of the year 2008, the company had tapped the capital market
with an initial public offering (IPO) of 260 million equity shares. During March of the
year 2008, Reliance Power had entered into an agreement to buy a coalmine in Indonesia
located in South Sumatra, valued at Rs 200 billion.
capacity of just 3 MW. Now Suzlon is a pioneer in providing end-to-end wind power
solutions. The company's business model comprises the full spectrum of services
including the development, manufacturing, marketing, EPC Project delivery and
operations and maintenance of wind turbine generators around the world. The company
has gone from strength to strength in just a decade of operations, installing over 3
Gigawatt of wind turbine capacity in projects around the world. The Company has, as a
follow-up to its global expansion strategy, successfully entered into new markets such as
Spain, Nicaragua and Turkey with substantial orders, and consolidated its position in
other important markets such as the US, Australia and Brazil with large and repeat
orders, over the last year, Suzlon become a global corporation with operations across 5
continents and many more countries.
Det Norse Veritas (DNV) certifies Suzlon Group with the coveted ISO 9001/2
certificate in the year of 1997. In 1998, the company formed Suzlon Developers Pvt
Limited and Suzlon Wind Farm Services Pvt Limited; both are in under the group of the
company. In the same year 1998, Suzlon bagged its first order of Ghodawat Pan Masala
Products in the state of Maharashtra. The Company made its debut entry in Maharashtra
by commissioning its first Wind Turbine in Maharashtra at site: Vankhusavade, Dist
Satara.
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THEORETICAL FRAMEWORK:-
The theoretical framework is the foundation on which project is based. It is logically
developed, described & elaborated network association among variables deemed relevant
to the problem situation & identified through some processes.
Construct:-
Volatility of Share prices of SUZLON ENERGY, RELIANCE POWER, TATA
POWER
Financial Performance of power sector SUZLON ENERGY, RELIANCE
POWER, TATA POWER
Degree of risk involved in different projects
Variables:-
Dependent Variables:
Financial Performance of power sector(company consider)
- Profit After Tax (PAT)
- Net Worth
Independent Variables:
Share price
Risk Factor
Liquidity trends
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LITERATURE SURVEY:-
Once the area of interest is selected then the researcher should undertake extensive
literature survey connected with the problem or the topic of interest.For this problem, the
abstracting and indexing journals and published or unpublished bibliographic are the first
place to go to. Academic journals, conference proceedings, government reports, books
etc must be tapped depending upon nature of problem.
Conceptual literature:-
Conceptual literature is that which relates with concepts and theories. Help from different
books should be taken for different concepts and theories.
Empirical literature:-
Empirical literature consists of study made by other in the same field. The published data
in newspapers books & magazines available for discussion with people of organization.
Such as:
- Newspapers
- Journals
- Case Studies
- Websites
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Books & Magazines:-
Pandian Punithavathy, (2nd edition), Security analysis and portfoliomanagement Vikas publishing house pvt LTD.(1) , PP 45-48: It explains theGovt. securities and the feature of Govt. securities.
Bhole.L.M, (9th edition), Financial Institutions and Markets- Structure,Growth and Innovations (2), PP 179-214:- This book tells the benefit ofinvestment in debt funds.
Donald E. Fischer, (3th edition) Security Analysis and Portfolio Management,Kalyan Publishers (3), PP 79-92:- It tells the history of debt fund and debtschemes of mutual funds.
Ronald J. Jordan, (4th edition)Security Analysis and Portfolio Management,New Delhi (4),PP 112-132: Itexplains the history of mutual funds, meaning ofmutual funds and its type.
Beri G.C., (4th edition),Marketing Research publishing house, New Delhi (5),PP 68-72: This book helped in understanding the different research designs andanalytical tools used here.
Gupta Shashi.k, (5th edition), Management Accounting, KalyanPublishrs,New Delhi(6), PP 23.1-23.9 :- This book tells about the yield on money
market securities
Hooda R.P., (4th edition), Statistics for Business and Economics, V.K.publication 13 PP.88-92:- This text book helps me to understand the variousmethods of Calculation of multiple regressions and its interpretation.
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Schaums (2004) Statistical outline, Tata McGraw Hill Publishing CompanyLimited14, PP. 45-53: The information regarding the statistical tools and theirlimitations in different fields the research is given in this section. This section
explains why to use multiple regressions and what does correlation means what
are the situations in which correlation can be used.
Kothari, C.R, (2nd edition) Quantitative Techniques, New Age InternationalPublishers, Ansari Road, Daryaganj, New Delhi-11000215, PP.117-132:
JOURNALS: -
Karmakar Madhusudan (16) APRIL JUNE 2009 ., Price Discoveries and
Volatility Spillovers in S&P CNX Nifty Future and its Underlying Index CNX
Nifty,VIKALPA The Journal of Decision Makers, Volume 34, No. 2, , This
article gave me information about the lead lag relationship in return and
volatility between spot and future markets.
Mahakud Jitendera., Kumar Arun Misra (17), APRIL 2009 Effects of
Leverage and Adjustment Costs on Corporate Performance Evidence from
Indian Companies, Journal of Management Research, Volume 9, No. 1, This
article gave researcher information about the leverage ratio of the IndianCompanies that has increased significantly due to easy availability of various
means of finance in globalization period.
Siddiqui Saif. (18) , JANUARY MARCH 2009, Stock Market Integration :
Examining Linkage Between Selected World Markets VISION The Journal of
Business Perspective , volume 13 , No. 1,
This article gave researcher information about the interdependency among major
world stock markets.
Brav Omer (19), FEBRUARY 2009, Access to Capital, Capital Structure, and the
Funding of the Firm,The Journal of Finance Volume IXIV, No. 1, this article
gave researcher information that when compared with public counterparts, private
firms almost exclusively on debt financing, has higher leverage ratios and tend to
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avoid external capital market leading to a greater sensitivity of their capital
structures to fluctuations in performance.
Kaur Kuldip (23), Determinants of Debt Equity Mix Analysis from Indian
FirmsFINANCE INDIA, Volume XXII, No. 2, JUNE 2008 , PP 487 500,
This article threw light on the fact that the corporate finance managers while
deciding about the debt equity mix consider certain internal and external
parameters which seem to influence the capital structure decisions of the firm.
Khan Masood Ahmad, Shahid Ashraf, Shahid Ahmad (24). MARCH 2008,
Causality and Volatility in firm level stock returns and volume in India:
Evidence from National Stock ExchangeFINANCE INDIAvolume XXII No.1,
PP 99-110,
This article gave researcher information about the co movement in stock return
and volume change using NSE data.
Srivastava Sandeep, Yadav Surnedra, Jain P.K. (25) DECEMBER 2007 Effect
of derivative security on volatility A study in context of Indian stock market.
FINANCE INDIA, volume XXI No.4,PP 1271- 1295
This article gave researcher information about the impact of introduction of
derivatives securities on volatility of underlying stock and index.
Chittedi Reddy Krishna. (26) JULY 2009, SENSEX- the Dancing Beauty of
Indian Stock MarketINDIAN JOURNAL OF FINANCE VOLUME 3, No. 7, PP
10 15,
This article gave researcher information about the stock exchange and its history.
Dr. Iqbal, Dr. T. Mallikarjunappa. (27) JULY 2009, Indian stock market
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reaction to quarterly earnings informationINDIAN JOURNAL OF FINANCE,
VOLUME 3, No. 7, PP 43-50,
This article helped researcher to understand the reaction of quarterly information
on the stock exchange of India.
WEBSITES: -
http://money.rediff.com/companies31 this site provided me with balance sheets of
various companies.
http://capitaline.com32
, this website helped me to know about financial position ofcompanies for my study.
myiris.com/shares/company/financial.php?icode... 34, this website helped me to know
about the various RATIO of companies for my study.
demonstrations.wolfram.com/SimulatingAssetPricesWithAGARCH11Model/ 35, this
website helped me to know about GARCH Model for my study.
www.stanford.edu/~wfsharpe/art/djam/djam.htm36, this website helped me to know
about SHARPE Model for my study.
www.sharpe1.com/sharpe/sharpe.nsf/Files/RMC2RMC3/.../311288B.pdf...37, this
website helped me to know additional information related about SHARPE Model
for my study.
www.statisticallysignificantconsulting.com/Anova.htm38, this website helped me to
know about ANOVA tools for my study.
http://money.rediff.com/companieshttp://capitaline.com/http://www.sharpe1.com/sharpe/sharpe.nsf/Files/RMC2RMC3/.../311288B.pdfhttp://www.sharpe1.com/sharpe/sharpe.nsf/Files/RMC2RMC3/.../311288B.pdfhttp://www.sharpe1.com/sharpe/sharpe.nsf/Files/RMC2RMC3/.../311288B.pdfhttp://www.sharpe1.com/sharpe/sharpe.nsf/Files/RMC2RMC3/.../311288B.pdfhttp://www.sharpe1.com/sharpe/sharpe.nsf/Files/RMC2RMC3/.../311288B.pdfhttp://www.sharpe1.com/sharpe/sharpe.nsf/Files/RMC2RMC3/.../311288B.pdfhttp://www.sharpe1.com/sharpe/sharpe.nsf/Files/RMC2RMC3/.../311288B.pdfhttp://www.sharpe1.com/sharpe/sharpe.nsf/Files/RMC2RMC3/.../311288B.pdfhttp://www.sharpe1.com/sharpe/sharpe.nsf/Files/RMC2RMC3/.../311288B.pdfhttp://www.sharpe1.com/sharpe/sharpe.nsf/Files/RMC2RMC3/.../311288B.pdfhttp://www.sharpe1.com/sharpe/sharpe.nsf/Files/RMC2RMC3/.../311288B.pdfhttp://www.sharpe1.com/sharpe/sharpe.nsf/Files/RMC2RMC3/.../311288B.pdfhttp://www.sharpe1.com/sharpe/sharpe.nsf/Files/RMC2RMC3/.../311288B.pdfhttp://www.statisticallysignificantconsulting.com/Anova.htmhttp://www.statisticallysignificantconsulting.com/Anova.htmhttp://www.statisticallysignificantconsulting.com/Anova.htmhttp://www.statisticallysignificantconsulting.com/Anova.htmhttp://www.statisticallysignificantconsulting.com/Anova.htmhttp://money.rediff.com/companieshttp://capitaline.com/http://www.sharpe1.com/sharpe/sharpe.nsf/Files/RMC2RMC3/.../311288B.pdfhttp://www.statisticallysignificantconsulting.com/Anova.htm -
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RESEARCH OBJECTIVES: -
PRIMARY OBJECTIVES:
To study the growth & return of various companies of Power sector.
To find out the liquidity position of top companies of power sector.
To study risk and return relationship associated with equity shares of these
companies
To study volatility in Share Price of various companies.
SECONDARY OBJECTIVES:
To study the share price movement of these companies
To study the financial performance of the consider company on the basis of PAT,
NET WORTH
To check out the growth prospect of the companies by SHARPE MODEL.
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RESEARCH METHODOLOGY:-
Research is a systematic and continuous method of defining a problem, collecting the
facts and analyzing them, reaching conclusion forming generalizations.
Research is defined as a scientific & systematic search for pertinent information on a
specific topic. Research is an art of scientific investigation. Research is a systemized
effort to gain new knowledge. It is a careful inquiry especially through search for new
facts in any branch of knowledge. The search for knowledge through objective and
systematic method of finding solution to a problem is a research.
THE RESEARCH PROCESS
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RESEARCH DESIGN: -A research design is the game plan or blue print and specifications for conducting a
research investigation.
As stated by Julian Simon:
There is never a single, standard, correct method of carrying out a piece of research. Do
not wait to start your research until you find out the proper approach, because there are
many ways to tackle a problem--some good, some bad, but probably several good ways.There is no single perfect design. A research method for a given problem is not like the
solution to a problem in algebra. It is more like a recipe for beef stroganoff; there is no
one best recipe.
Exploratory Qualitative Research
2
PRELIMINARY
DATA
GATHERING
Interviewing
Literature
Survey
3
PROBLEM
DEFINITION
Research
Problem
Delineated
4
THEORETICA
L
FRAMEWORK
Variables
clearly
identified andlabelled
5
GENERATION
OF
HYPOTHESE
S
6
SCIENTIFIC
RESEARCH
DESIGN
1
OBSERVATIO
N
Broad area of
research
interest
identified
7
DATA
COLLECTIO
ANALYSIS
INTERPRETA
8
DEDUCTIO
Hypothese
substantia
? Research
question
answered?
9
Report
writing
10
Report
Present
ation
11
Manag
erial
decisio
n
making
YesNO
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Descriptive Quantitative Research
Causal Quantitative Research
METHODOLOGY AND DATA ANALYSIS: -
Research Design:-Descriptive Design
Time Horizon: - Cross-Sectional Design
Type of Investigation: - Causal Study
Study Setting: - Contrived Setting
Research Place: - Yamuna Nagar
Sampling Design: - Judgment and Convenience Sampling.
Data: - Secondary data
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FLOW CHART: -
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LIMITATIONS OF THE STUDY: -
Time Constraints
During our dissertation report, the time allotted to us was not sufficient to
complete such a big report. So due time constraints I may not be able to give up to
my fullest.
Resource Constraints
Being a student, I was not having sufficient resources for conducting the
dissertation report.
Use of Statistical Tools
Being a student, the tools I have used in my study may not be sufficient for
analyzing the performance of top two players of the telecom companies.
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Chances of Errors
Chances of errors may be there since I have used secondary data for the study of
my dissertation report.
HYPOTHESIS DEVELOPMENT: -
There are two types of hypothesis:
Null hypothesis
Alternative hypothesis
Null hypothesis (H0): In test of hypothesis we always begin with an assumption or
hypothesis this is called null hypothesis. The null hypothesis asserts that there is no
significant difference between the sample static and the population parameter and
whatever the observed difference is there, is merely due to fluctuations in sampling from
same population.
Alternative hypothesis (H1): Any hypothesis different then the null hypothesis is called
an alternative hypothesis. The two hypothesis H0 & H1 are such that if one is accepted,
the other is rejected.
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HYPOTHESIS OF THE STUDY: -
H0: There is no significant impact of share prices on the PAT of the company.
H1: There is significant impact of share prices on the PAT of the company.
H0: There is no significant impact of Risk on the PAT of the company.
H1: There is significant impact of Risk on the PAT of the company.
H0: There is no significant impact of share prices on the Net Worth of the company.
H1: There is significant impact of share prices on the Net Worth of the company.
H0: There is no significant impact of Risk on the Net Worth of the company.
H1: There is significant impact of Risk on the Net Worth of the company.
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ANOVA: -
Variables:
PAT (Profit After Tax)
Net Worth
Risk
Share Price
Suzlon Energy Limited: -
H0 :There Is No Significance Impact Of Risk On PATANOVAb
Model Sum of Squares df Mean Square F Sig.
1 Regression 417727.320 1 417727.320 1.873 .402a
Residual 222985.098 1 222985.098
Total 640712.418 2
a. Predictors: (Constant), risk
b. Dependent Variable: pat
Interpretation
In the above table the value of sig. is greater than the standard significant level that is 5%
So as a result we reject the null hypothesis & accept the alternate which symbolises the
that predictors are quite significant. On the other hand if we compare the value of F with
the table value then the same result can be concluded as to reject h0 the null hypothesis.
H0: There Is No Significance Impact Of Share Price On PAT
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ANOVAb
Model Sum of Squares df Mean Square F Sig.
1 Regression 143630.453 1 143630.453 .289 .686a
Residual 497081.966 1 497081.966
Total 640712.418 2
a. Predictors: (Constant), Shareprice
b. Dependent Variable: pat
InterpretationIn the above table the value of sig. is greater than the standard significant level that is 5%
so as a result we reject the null hypothesis & accept the alternate which symbolises the
predictors are quite significant. On the other hand if we compare the value of F with the
table value then the same result can be concluded as to reject h0 the null hypothesis.
H0: There Is No Significance Impact Of Share Price On Net Worth
ANOVAb
Model Sum of Squares df Mean Square F Sig.
1 Regression 4923364.154 1 4923364.154 3.526 .312a
Residual 1396341.856 1 1396341.856
Total 6319706.010 2
a. Predictors: (Constant), Shareprice
b. Dependent Variable: Networth
Interpretation
In the above table the value of sig. is greater than the standard significant level that is 5%
so as a result we reject the null hypothesis & accept the alternate which symbolises the
predictors are quite significant. On the other hand if we compare the value of F with the
table value then the same result can be concluded as to reject h0 the null hypothesis.
H0: There Is No Significance Impact of Risk on Net worth
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ANOVAb
Model Sum of Squares df Mean Square F Sig.
1 Regression 9874.983 1 9874.983 1.186 .473a
Residual 8327.381 1 8327.381
Total 18202.365 2
a. Predictors: (Constant), shareprice
b. Dependent Variable: pat
Interpretation
In the above table the value of sig. is greater than the standard significant level that is 5%
So as a result we reject the null hypothesis & accept the alternate which symbolises the
that predictors are quite significant. On the other hand if we compare the value of F with
the table value then the same result can be concluded as to reject h0 the null hypothesis.
H0 :There Is No Significance Impact Of Risk On PAT
ANOVAb
Model Sum of Squares df Mean Square F Sig.
1 Regression 6299.247 1 6299.247 .529 .600a
Residual 11903.117 1 11903.117
Total 18202.365 2
a. Predictors: (Constant), risk
b. Dependent Variable: pat
InterpretationIn the above table the value of sig. is greater than the standard significant level that is 5%
so as a result we reject the null hypothesis & accept the alternate which symbolises the
predictors are quite significant. On the other hand if we compare the value of F with the
table value then the same result can be concluded as to reject h0 the null hypothesis
H0 :There Is No Significance Impact Of Risk On Net Worth
ANOVAb
Model Sum of Squares df Mean Square F Sig.
1 Regression 4288.153 1 4288.153 .000 .996a
Residual 1.209E8 1 1.209E8
Total 1.210E8 2
a. Predictors: (Constant), risk
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ANOVAb
Model Sum of Squares df Mean Square F Sig.
1 Regression 4288.153 1 4288.153 .000 .996a
Residual 1.209E8 1 1.209E8
Total 1.210E8 2
b. Dependent Variable: networth
Interpretation
In the above table the value of sig. is greater than the standard significant level that is 5%
So as a result we reject the null hypothesis & accept the alternate which symbolises the
that predictors are quite significant. On the other hand if we compare the value of F with
the table value then the same result can be concluded as to reject h0 the null hypothesis.
H0 :There Is No Significance Impact Of share Price On Net WORTH
ANOVAb
Model Sum of Squares df Mean Square F Sig.
1 Regression 1.192E8 1 1.192E8 68.934 .076a
Residual 1729493.887 1 1729493.887
Total 1.210E8 2
a. Predictors: (Constant), shareprice
b. Dependent Variable: networth
Interpretation
In the above table the value of sig. is greater than the standard significant level that is 5%So as a result we reject the null hypothesis & accept the alternate which symbolises the
that predictors are quite significant. On the other hand if we compare the value of F with
the table value then the same result can be concluded as to reject h0 the null hypothesis.
Tata Power Limited: -
H0 :There Is No Significance Impact Of Risk On PAT
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ANOVAb
Model Sum of Squares df Mean Square F Sig.
1 Regression 17112.500 1 17112.500 1.358 .452a
Residual 12604.167 1 12604.167
Total 29716.667 2
a. Predictors: (Constant), risk
b. Dependent Variable: pat
Interpretation
In the above table the value of sig. is greater than the standard significant level that is 5%
So as a result we reject the null hypothesis & accept the alternate which symbolises the
that predictors are quite significant. On the other hand if we compare the value of F with
the table value then the same result can be concluded as to reject h0 the null hypothesis.
H0 :There Is No Significance Impact Of Share Price On PAT
ANOVAb
Model Sum of Squares df Mean Square F Sig.
1 Regression 12501.294 1 12501.294 .726 .551a
Residual 17215.373 1 17215.373
Total 29716.667 2
a. Predictors: (Constant), share price
b. Dependent Variable: pat
Interpretation
In the above table the value of sig. is greater than the standard significant level that is 5%
So as a result we reject the null hypothesis & accept the alternate which symbolises the
that predictors are quite significant. On the other hand if we compare the value of F with
the table value then the same result can be concluded as to reject h0 the null hypothesis.
H0: There Is No Significance Impact of Risk on Net Worth
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ANOVAb
Model Sum of Squares Df Mean Square F Sig.
1 Regression 1797408.000 1 1797408.000 .861 .524a
Residual 2088600.000 1 2088600.000
Total 3886008.000 2
Predictors: (Constant), risk
H0 :There Is No Significance Impact Of Share Price On Net Worth
ANOVAb
Model Sum of Squares df Mean Square F Sig.
1 Regression 2075017.280 1 2075017.280 1.146 .478a
Residual 1810990.720 1 1810990.720
Total 3886008.000 2
a. Predictors: (Constant), share price
b. Dependent Variable: net worth
InterpretationIn the above table the value of sig. is greater than the standard significant level that is 5%
so as a result we reject the null hypothesis & accept the alternate which symbolises the
predictors are quite significant. On the other hand if we compare the value of F with the
table value then the same result can be concluded as to reject h0 the null hypothesis.
DATA COLLECTION: -
After the research problem has been identified and selected the next step is to gather the
requisite data. While deciding about the method of data collection to be used for the
researcher should keep in mind two types of data VIZ. primary and secondary
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1. Primary Data: All primary data is given by my mentor and also discussing
certain concepts with its employees.
2. Secondary data: It is the data, which has already collected by some organization
for some purpose or research study. The data for my study has been collected
from various. Secondary data means that data that are already available i.e. refers
to data which has already been collected and analyzed by someone else. The
sources used in this case are-
Books
Journals
Magazines
Internet sources
Newspapers
ANALYTICAL TOOLS
RATIO ANALYSIS
FINANCIAL ANALYSIS:-
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Financial analysis is the process of identifying the financial strengths and weaknesses of
the firm and establishing relationship between the items of the balance sheet and profit &
loss account.
Financial ratio analysis is the calculation and comparison of ratios, which are derivedfrom the information in a companys financial statements. The level and historical trends
of these ratios can be used to make inferences about a companys financial condition, its
operations and attractiveness as an investment. The information in the statements is used
by
Trade creditors, to identify the firms ability to meet their claims i.e. liquidity
position of the company.
Investors, to know about the present and future profitability of the company and
its financial structure.
Management, in every aspect of the financial analysis. It is the responsibility of
the management to maintain sound financial condition in the company.
THE VIEW OF FUNCTIONAL CLASSIFICATION OF THE RATIOS IS:-
Liquidity ratio
Leverage ratio
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Activity ratio
Profitability ratio
LIQUIDITY RATIOS
Liquidity refers to the ability of a concern to meet its current obligations as & when there
becomes due. The short term obligations of a firm can be met only when there are
sufficient liquid assets. The short term obligations are met by realizing amounts from
current, floating (or) circulating assets The current assets should either be calculated
liquid (or) near liquidity. They should be convertible into cash for paying obligations of
short term nature. The sufficiency (or) insufficiency of current assets should be assessed
by comparing them with short-term current liabilities. If current assets can pay off current
liabilities, then liquidity position will be satisfactory.
To measure the liquidity of a firm the following ratios can be calculated
Current ratio
Quick (or) Acid-test (or) Liquid ratio
Absolute liquid ratio (or) Cash position ratio
(a) CURRENT RATIO: -
Current ratio may be defined as the relationship between current assets and current
liabilities. This ratio also known as Working capital ratio is a measure of general liquidity
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and is most widely used to make the analysis of a short-term financial position (or)
liquidity of a firm.
Interpretation:-
This ratio indicates the current assets are fluctuating continuously and payment of
current liabilities is also fluctuating.
In the condition of SUZLON energy the current ration of company continuous
decreasing from 1.49 to 0.82 that is not good situation for SUZLON energy.
But in condition of RPOWER the current ratio is going upward. That is good for
business. Because in the year 2008, 2009 they are totally concentrate on maintaining
liquidity. So the current ratio in March 09 is 27.23
(b) QUICK RATIO: -
Quick ratio is a test of liquidity than the current ratio. The term liquidity refers to the
ability of a firm to pay its short-term obligations
Company Name March 07 March 08 March 09
Suzlon Energy 1.49 1.46 0.82
Rpower 0.44 12.60 27.23
Tata Power 2.25 2.04 2.10
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Quick ratio = Quick or liquid assets / Current liabilities
Interpretation: -
This ratio indicates the liquid assets are fluctuating continuously and payment of
current liabilities is also fluctuating.
In the condition of SUZLON energy the quick ratio of company continuous
decreasing but in the year 09 that ratio is going down allot same as TATA POWER
But in condition of RPOWER the quick ratio is going upward. That is good for
business.
PROFIT AFTER TAX (PAT)
Company Name March 07 March 08 March 09
Suzlon Energy 2.40 2.12 2.19
Rpower 0.44 12.60 27.33
Tata Power 2.00 1.75 1.77
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March 07 March 08 March 09
Suzlon Energy 1062.34 1520.01 394.43
Tata Power 692 877 922
Reliance Power 0.16 75.89 189.69
Interpretation: -
But in condition of Tata power the PAT is going upward. That is good for business.Because in the year 2009 they are totally concentrate on increasing the profit. So the
PAT in March 09 is 922 crore
But in condition of Suzlon Energy the PAT is going downward. That is not good for
business. Because in the year 2009 they are totally not concentrate on the profit. So
the PAT in March 09 is going down up to 394 crore for 1520 crore. that is not good
for business
Average Share Price
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March 07 March 08 March 09
Suzlon Energy 261.92 152.69 85.76
Tata Power 952.71 951.56 1236.34
Reliance Power 0.00 174 154.26
NET WORTH
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March 07 March 08 March 09
Suzlon Energy 3701.58 6947.66 6580.32
Tata Power 4467 6363 7185
Reliance Power 200.05 13542.68 13792.81
What Is GARCH?
GARCH stands for Generalized Autoregressive Conditional Heteroscedasticity. Loosely
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speaking, you can think of heteroscedasticity as time-varying variance (i.e., volatility).
Conditional implies a dependence on the observations of the immediate past, and
autoregressive describes a feedback mechanism that incorporates past observations into
the present. GARCH then is a mechanism that includes past variances in the explanation
of future variances. More specifically, GARCH is a time-series technique that allows
users to model the serial dependence of volatility.
In this manual, whenever a time series is said to have GARCH effects, the series is
heteroscedastic, i.e., its variances vary with time. If its variances remain constant with
time, the series is homoscedastic.
Why Use GARCH?
GARCH modeling builds on advances in the understanding and modeling of volatility in
the last decade. It takes into account excess kurtosis (i.e., fat tail behavior) and volatility
clustering, two important characteristics of financial time series. It provides accurate
forecasts of variances and covariances of asset returns through its ability to model time-
varying conditional variances. Therefore, you can apply GARCH models to such diverse
fields as:
Risk management
Portfolio management and asset allocation
Option pricing
Foreign exchange
The term structure of interest rates
You can find highly significant GARCH effects in equity markets for: Individual stocks
Stock portfolios and indices
Equity futures markets
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These effects are important in such areas as value-at-risk (VAR) and other risk
management applications that concern the efficient allocation of capital. You can use
GARCH models to examine the relationship between long- and short-term interest rates.
As the uncertainty for rates over various horizons changes through time, you can also
apply GARCH models in the analysis of time-varying risk premiums. Foreign exchange
markets, which couple highly persistent periods of volatility and tranquility with
significant fat-tail behavior , are particularly well-suited for GARCH modeling.
GARCH Limitations
Although GARCH models are useful across a wide range of applications, they do have
limitations:
GARCH models are only part of a solution. Although GARCH models are usually
applied to return series, financial decisions are rarely based solely on expected
returns and volatilities.
GARCH models are parametric specifications that operate best under relatively
stable market conditions .GARCH is explicitly designed to model time-varying
conditional variances. However, GARCH models often fail to capture highly
irregular phenomena. These include wild market fluctuations (e.g., crashes and
subsequent rebounds) and other highly unanticipated events that can lead to
significant structural change.
GARCH models often fail to fully capture the fat tails observed in asset return
series. Heteroscedasticity explains some of the fat-tail behavior, but not all of it.
To compensate for this limitation, fat-tailed distributions such as Student's t have
been applied to GARCH modeling.
http://www.coolavenues.com/forums/showthread.php?t=15134 - 76k
GARCH MODEL TO MEASURE VOLATILITY
(A.)VOLATILITY IN NSE INDEX & RELIANCE POWER INDEX:
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Coefficient Std. Error z-Statistic Prob.
Omega 5646.399 54238.69 0.104103 0.917088
alpha_1 0.000118 8.619786 1.36E-05 0.999989
beta_1 0.899101 7.881538 0.114077 0.909177
INTERPRETATION
In the above graphs there could be seen less fluctuations in the Volatility Of Daily
Settlement Prices Of reliance power in NSE & the same is represented by the value of
Alpha & Beta, the less fluctuations in the daily settlement prices represents & symbolises
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the stability as well as the efficiency, which is a good symbol for the market efficiency.
But in the future time period there could be seen more fluctuations in the time period.
As the values in the table are around 1 which is a good symbol of efficiency in the NSE
market in India.
Some Highlights:
Value of Beta is very much less as near around .899 which is a good symbol of stability
in the market.
(B.) VOLATILITY IN NSE INDEX & SUZLON ENERGY INDEX:
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INTERPRETATION
In the above graphs there could be seen high fluctuations in the Volatility Of Daily
Coefficient Std. Error z-Statistic Prob.
Omega 5897.349 23752.2 0.248286 0.803913
alpha_1 0.000381 3.980189 9.57E-05 0.999924
beta_1 0.957987 3.930798 0.243713 0.807453
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Settlement Prices Of suzlon energy in NSE & the same is represented by the value of
Alpha & Beta, the high fluctuations in the daily settlement prices represents &
symbolises the instability as well as the inefficiency, which is not a good symbol for the
market efficiency. But in the future time period there could be seen more stability in the
time period.
As the values in the table are around 1 which is a good symbol of efficiency in the NSE
market in India.
Some Highlights:
Value of Beta is very much less as near around .957 which is a good symbol of stability
in the market.
(C.) VOLATILITY IN NSE INDEX & TATA POWER INDEX:
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Coefficient Std. Error z-Statistic Prob.
Omega 55202.45 3185590 0.017329 0.986174
alpha_1 0.0127 20.37593 0.000623 0.999503
beta_1 0.934609 18.65871 0.05009 0.960051
INTERPRETATION
In the above graphs there could be seen high fluctuations in the Volatility Of Daily
Settlement Prices Of Tata power in NSE & the same is represented by the value of Alpha
& Beta, the high fluctuations in the daily settlement prices represents & symbolises the
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instability as well as the inefficiency, which is not a good symbol for the market
efficiency. But in the future time period there could be seen more fluctuations in the time
period.
As the values in the table are around 1 which is a good symbol of efficiency in the NSE
market in India.
Some Highlights:
Value of Beta is very much less as near around .934 which is a good symbol of stability
in the market.
ALPHA ANALYSIS
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Suzlon Energy Tata Power Reliance Power
Alpha 0.00038 0.0127 0.00012
Interpretation:
According to ALPHA Analysis the reliance Power beta 0.00012 is very low as compare
to suzlon Energy Beta 0.00038 & Tata Power Beta 0.0127 so according to beta analysis
level of risk in Reliance power is very low. So its good to invest in Reliance Power
BETA ANALYSIS
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Suzlon Energy Tata Power Reliance Power
Beta 0.957987 0.934609 0.899101
Interpretation:
According to Beta Analysis the reliance Power beta 0.899101 is very low as compare to
suzlon Energy Beta 0.957987 & Tata Power Beta 0.934609 so according to beta analysis
level of risk in Reliance power is very low. so its good to invest in Reliance Power
MEASURE FOR SHARPE'S PORTFOLIOS PERFORMANCE
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The Sharpe's index measures the risk premium of the portfolio relative to the total amount of
risk in portfolio. The Sharpe's index is measured as
S = RP Rf/p
where,
S = Sharpe's Index
rp = average monthly return of fund. rf = risk free return *.
* risk free return (rf) is taken as 6.00% per annum
(A.) PERFORMANCE EVALUATION OF SUZLON ENERGY
(APR-07 TO MAR-08)
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Nifty Index
Return(x)
X2 Suzlon Stock Return
(y)
Y2 xy
Apr-07 3633.6 160.37
May-
07
4150.85 14.23519375 202.640
7
200.39 24.95479204 622.741
6
355.236
3Jun-07 4297.05 3.522170158 12.4056
8
217.06 8.318778382 69.2020
7
29.3001
5
Jul-07 4313.75 0.388638717 0.15104 250.43 15.37362941 236.348
5
5.97478
8
Aug-07 4345.85 0.744132136 0.55373
3
205.73 -17.84929921 318.597
5
-
13.2822
Sep-07 4474.75 2.966048069 8.79744
1
211.61 2.858115005 8.16882
1
8.47730
6
Oct-07 5068.95 13.27895413 176.330
6
244.14 15.37261944 236.317
4
204.132
3Nov-07 5866.45 15.73304136 247.528
6
328.66 34.61948063 1198.50
8
544.669
7
Dec-07 5865 -0.024716822 0.00061
1
316.51 -3.69682955 13.6665
5
0.09137
4
Jan-08 6144.35 4.763000853 22.6861
8
326.23 3.070993018 9.43099
8
14.6271
4
Feb-08 5317.25 -13.46114723 181.202
5
314.49 -3.598688042 12.9505
6
48.4424
7
Mar-08 4953 -6.850345573 46.9272
3
260.15 -17.2787688 298.555
9
118.365
5
Total 58430.8
5
X
=35.29496
(X) =
1245.73
5
3035.7
7
(Y) =
62.14482233
(Y) =
3861.97
9
XY =
2193.4
X = 2.94
Y = 5.18
Standard Deviation
= yN
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=17.93
Sharpe's index S = Rp Rf /p
Rf = 6.0%
p = 17.93
Rp = Y = 5.18
S = (5.18-.06)/17.93
S = 0.29
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(B.)PERFORMANCE EVALUATION OF SUZLON ENERGY
(APR-08 TO MAR-09)
Nifty Index Return
(x)
X2 Suzlon Stock Return
(y)
Y2 xy
Apr-08 4739.55 275.35
May-08 5228.2 10.31005053 106.297
1
290.18 5.385872526 29.0076
2
55.52862
Jun-08 4739.6 -9.345472629 87.3378
6
265.54 -8.491281274 72.1018
6
79.35504
Jul-08 3896.75 -17.78314626 316.240
3
200.05 -24.66295097 608.261
2
438.5849
Aug-08 4413.55 13.262334 175.889
5
231.99 15.9660085 254.913
4
211.7465
Sep-08 4348.65 -1.470471616 2.16228
7
216.57 -6.646838226 44.1804
6
9.773987
Oct-08 3950.75 -9.149966081 83.7218
8
155.62 -28.14332548 792.046
8
257.5105
Nov-08 3043.85 -22.9551351 526.938
2
45.08 -71.03200103 5045.54
5
1630.549
Dec-08 2682.9 -11.8583373 140.620
2
39.45 -12.48890861 155.972
8
148.0977
Jan-09 3033.45 13.06608521 170.722
6
66.3 68.0608365 4632.27
7
889.2887
Feb-09 2766.65 -8.795266116 77.3567
1
44.45 -32.95625943 1086.11
5
289.8591
Mar-09 2674.6 -3.327128477 11.0697
8
38.55 -13.27334083 176.181
6
44.16211
Total 45518.5 X =-
48.04645385
(X) =
2308.46
2
1869.13 (Y) =
-108.2821883
(Y) =
11725.0
3
XY =
5202.575
X = 4.00
Y = -9.02
Standard Deviation
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=31.25
Sharpe's index S = Rp Rf /p
Rf = 6.0%
p = 31.25
Rp = Y = -9.02
S = (-9.02-.06)/31.25
S = -0.29
= yN
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(C.)PERFORMANCE EVALUATION OF SUZLON ENERGY
(APR-08 TO MAR-09)
Nifty Index Return
(x)
X2 Suzlon Share Return
(y)
Y2 xy
Apr-09 3060.35 46.55
May-09 3654 19.39810806 376.286
6
65.9 41.56820623 1727.91
6
806.3446
Jun-09 4529.9 23.9709907 574.608
4
113.75 72.61001517 5272.21
4
1740.534
Jul-09 4340.9 -4.172277534 17.4079 106.75 -6.153846154 37.8698
2
25.67555
Aug-09 4711.4 8.535096409 72.8478
7
95.65 -10.39812646 108.121 -88.749
Sep-09 4625.35 -1.826421021 3.33581
4
95.25 -0.418191323 0.17488
4
0.763793
Oct-09 5083.95 9.914925357 98.3057
4
92.25 -3.149606299 9.92002 -31.2281
Nov-09 4563.9 -10.22925088 104.637
6
58.25 -36.85636856 1358.39
2
377.013
Dec-09 5122 12.22857644 149.538
1
81.15 39.31330472 1545.53
6
480.7458
Jan-10 5232.2 2.151503319 4.62896
7
89.9 10.78250154 116.262
3
23.19859
Feb-10 4899.7 -6.354879401 40.3844
9
78.55 -12.62513904 159.394
1
80.23124
Mar-10 5017 2.394024124 5.73135
2
72.65 -7.511139402 56.4172
2
-17.9818
Total 54840.6
5
X
=56.01039557
(X) =
3137.16
4
996.6 (Y) =
87.16161042
(Y) =
7597.14
6
XY =
4881.956
X = 4.67
Y = 7.26
Standard Deviation
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=25.16
Sharpe's index S = Rp Rf /p
Rf = 6.0%
p = 25.16
Rp = Y = 7.26
S = (7.26-.06)/25.16
S = 0.29
= yN
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(D.)PERFORMANCE EVALUATION OF RELIANCE POWER
(APR-08 TO MAR-09)
Nifty Index Return
(x)
X2 Rpower Share Return
(y)
Y2 xy
Apr-08 4739.55 318.35
May-08 5228.2 10.31005053 106.297
1
398.77 25.26150463 638.143
6
260.4474
Jun-08 4739.6 -9.345472629 87.3378
6
233.32 -41.490082 1721.42
7
387.7444
Jul-08 3896.75 -17.78314626 316.240
3
131.88 -43.4767701 1890.23 773.1538
Aug-08 4413.55 13.262334 175.889
5
167.18 26.76675766 716.459
3
354.9897
Sep-08 4348.65 -1.470471616 2.16228
7
156.15 -6.597679148 43.5293
7
9.7017
Oct-08 3950.75 -9.149966081 83.7218
8
154.41 -1.11431316 1.24169
4
10.19593
Nov-08 3043.85 -22.9551351 526.938
2
107.06 -30.66511236 940.349
1
703.9218
Dec-08 2682.9 -11.8583373 140.620
2
112.04 4.651597235 21.6373
6
-55.1602
Jan-09 3033.45 13.06608521 170.722
6
122.37 9.219921457 85.0069
5
120.4683
Feb-09 2766.65 -8.795266116 77.3567
1
101.47 -17.07934951 291.704
2
150.2174
Mar-09 2674.6 -3.327128477 11.0697
8
98.1 -3.321178673 11.0302
3
11.04999
Total 45518.5 X =-
48.04645385
(X) =
2308.46
2
2101.1 (Y) =
-77.84470398
(Y) =
6059.79
8
XY =
3740.162
X = 4.00
Y = -6.49
Standard Deviation
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=22.47
Sharpe's index S = Rp Rf /p
Rf = 6.0%
p = 22.47
Rp = Y = -6.49
S = (-6.49-.06)/22.47
S = -0.29
= yN
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(E.)PERFORMANCE EVALUATION OF RELIANCE POWER
(APR-09 TO MAR-10)
Nifty Index Return
(x)
X2 Rpower Share Return
(y)
Y2 xy
Apr-09 3060.35 103.88
May-09 3654 19.39810806 376.2866 127.53 22.76665383 518.3205 441.63
Jun-09 4529.9 23.9709907 574.6084 183.63 43.98964949 1935.089 1054.475
Jul-09 4340.9 -4.172277534 17.4079 170.16 -7.335402712 53.80813 30.60534
Aug-09 4711.4 8.535096409 72.84787 169.55 -0.358486131 0.128512 -3.05971
Sep-09 4625.35 -1.826421021 3.335814 161.23 -4.907107048 24.0797 8.962443
Oct-09 5083.95 9.914925357 98.30574 167.38 3.814426596 14.54985 37.81975
Nov-09 4563.9 -10.22925088 104.6376 138.55 -17.22428008 296.6758 176.1915
Dec-09 5122 12.22857644 149.5381 146.03 5.398773006 29.14675 66.01931
Jan-10 5232.2 2.151503319 4.628967 155.53 6.505512566 42.32169 13.99663
Feb-10 4899.7 -6.354879401 40.38449 147.07 -5.439465055 29.58778 34.56714
Mar-10 5017 2.394024124 5.731352 139.89 -4.882028966 23.83421 -11.6877
Total 54840.65 X
=56.01039557
(X) =
3137.164
1810.43 (Y) =
42.3282455
(Y) =
1791.68
XY =
2370.822
X = 4.67
Y = 3.53
Standard Deviation
=12.22
Sharpe's index S = Rp Rf /p
Rf = 6.0%
p = 12.22
= yN
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Rp = Y = 3.53
S = (3.53-.06)/12.22
S = 0.28
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(F.)PERFORMANCE EVALUATION OF TATA POWER (APR-
07 TO MAR-08)
Nifty Index Return
(x)
X2 Tata
Power
Share return
(y)
Y2 xy
Apr-07 3633.6 506.79
May-07 4150.85 14.23519375 202.6407 605.82 19.54063813 381.8365 278.1648
Jun-07 4297.05 3.522170158 12.40568 589.03 -2.771450266 7.680937 -9.76152
Jul-07 4313.75 0.388638717 0.15104 672.75 14.21319797 202.015 5.523799
Aug-07 4345.85 0.744132136 0.553733 706.31 4.988480119 24.88493 3.712088
Sep-07 4474.75 2.966048069 8.797441 684.9 -3.031246903 9.188458 -8.99082
Oct-07 5068.95 13.27895413 176.3306 901.96 31.69221784 1004.397 420.8395
Nov-07 5866.45 15.73304136 247.5286 1230.44 36.41846645 1326.305 572.9732
Dec-07 5865 -0.024716822 0.000611 1257.29 2.182146224 4.761762 -0.05394
Jan-08 6144.35 4.763000853 22.68618 1517.8 20.71996119 429.3168 98.68919
Feb-08 5317.25 -13.46114723 181.2025 1322.09 -12.89432073 166.2635 173.5723
Mar-08 4953 -6.850345573 46.92723 1313.87 -0.621742847 0.386564 4.259153
Total 58430.85 X
=35.29496954
(X) =
1245.735
11309.05 (Y) =
110.4363472
(Y) =
12196.19
XY =
3897.848
X = 2.95
Y = 9.20
Standard Deviation
=31.88
Sharpe's index S = Rp Rf /p
Rf = 6.0%
p = 31.88
= yN
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Rp = Y = 9.20
S = (9.20-.06)/31.88
S = 0.29
(G.)PERFORMANCE EVALUATION OF TATA POWER (APR-
08 TO MAR-09)
Nifty Index Return
(x)
X2 Tata
Power
Share Return
(y)
Y2 xy
Apr-08 4739.55 1171.86
May-08 5228.2 10.31005053 106.297
1
1428.24 21.87804004 478.648
6
225.5637
Jun-08 4739.6 -9.345472629 87.3378
6
1341.69 -6.059905898 36.7224
6
56.63268
Jul-08 3896.75 -17.78314626 316.240
3
1026.04 -23.52629892 553.486
7
418.3716
Aug-08 4413.55 13.262334 175.889
5
1132.27 10.35339753 107.192
8
137.3102
Sep-08 4348.65 -1.470471616 2.16228
7
1034.27 -8.655179418 74.9121
3
12.7272
Oct-08 3950.75 -9.149966081 83.7218
8
933.7 -9.723766521 94.5516
4
88.97213
Nov-08 3043.85 -22.9551351 526.938
2
701.22 -24.89878976 619.949
7
571.5551
Dec-08 2682.9 -11.8583373 140.620
2
656.71 -6.347508628 40.2908
7
75.2709
Jan-09 3033.45 13.06608521 170.722
6
770.34 17.3029191 299.391 226.0814
Feb-09 2766.65 -8.795266116 77.3567
1
751.81 -2.405431368 5.7861 21.15641
Mar-09 2674.6 -3.327128477 11.0697
8
711.52 -5.359066785 28.7196 17.8303
Total 45518.5 X =-
48.04645385
(X) =
2308.46
2
11659.67 (Y) =
-37.44159064
(Y) =
1401.87
3
XY =
1798.936
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X = 4.00
Y = -3.12
Standard Deviation
=10.80
Sharpe's index S = Rp Rf /p
Rf = 6.0%
p = 10.80
Rp = Y =- 3.12
S = (-3.12-.06)/10.80
S =- 0.29
(H.)PERFORMANCE EVALUATION OF TATA POWER (APR-
09 TO MAR-10)
Nifty Index
Return (x)
X2 Tata Power Share Return (y) Y2
Apr-09 3060.35 788.4
May-09 3654 19.39 376.2866 912.77 15.77498732 248.8502
Jun-09 4529.9 23.97 574.6084 1080.75 18.40332176 338.6823
Jul-09 4340.9 -4.172 17.4079 1152.06 6.598195697 43.53619
Aug-09 4711.4 8.53 72.84787 1337.44 16.09117581 258.9259
Sep-09 4625.35 -1.826 3.335814 1309.08 -2.120468956 4.496389
Oct-09 5083.95 9.91 98.30574 1294.98 -1.077092309 1.160128
Nov-09 4563.9 -10.22 104.6376 1337.34 3.27109299 10.70005
Dec-09 5122 12.22 149.5381 1357.26 1.48952398 2.218682
Jan-10 5232.2 2.15 4.628967 1390.34 2.43726331 5.940252
Feb-10 4899.7 -6.35 40.38449 1293.81 -6.942906052 48.20394
= yN
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Mar-10 5017 2.39 5.731352 1247.74 -3.560801045 12.6793
Total 54840.65 X
=56.01039557
(X)
=3137.164
14501.97 (Y) =50.364 (Y)
=2536.562
X = 4.67
Y = 4.20
Standard Deviation
=14.53
Sharpe's index S = Rp Rf /p
Rf = 6.0%
p = 14.53
Rp = Y = 4.20
S = (4.20-.06)/14.53
S = 0.28
SHARPE MODEL:-
= yN
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March 07 March 08 March 09
Suzlon Energy 0.29 -0.29 0.29
Tata Power 0.29 -0.29 0.28
Reliance Power 0.00 -0.29 0.28
Interpretation:-
The Sharpe Ratio is a measure of the risk-adjusted return of an investment.
Mathematically the Sharpe ratio is the returns generated over the risk free rate, per unit of
risk. Risk in this case is taken to be the fund's standard deviation. It is thus one single
number, which represents the tradeoff between risks and returns. A higher Sharpe ratio is
therefore better as it represents a higher return generated per unit of risk. As per this
SUZLON ENERGY has highest Sharpe Ratio this indicate SUZLON ENERGY stock
generate highest return per unit of risk.
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STATISTICAL TOOL
An educated citizen needs an understanding of basic statistical tool to function in a world
that is becoming increasingly dependent on quantitative information. Statistics means
numerical description to most people. In fact the term statistics is generally used to mean
numerical facts and figures such as agriculture production during a year, rate of inflation
and so on. However as a subject of study, statistics refers to the body of principles and
procedures developed for the collection, classification, summarization and interpretation
of numerical data and for the use of such data.
MEANING:-
Broadly speaking, the term statistics has been generally used in two senses:-
Plural Sense
Singular Sense
Plural sense refers to the numerical data. Singular Sense refers to a Science in which
we deals with the techniques of collecting, classifying, presenting, analyzing and
interpreting the data, the concept in its singular sense, refers to Statistical Method.
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PURPOSE:-
Without the assistance of Statistical Method, an organization would find it
impossible to make sense of the huge data. The purpose of statistics is to:-
Manipulate
Summarize
Investigate
The data so that useful decision making information results could be found out. In fact,
every business manager needs a sound background of statistics. Statistics is a set of
Decision Making techniques which aids businessman in drawing inferences from the
available data. Statistical tools are the basic measures, which helps in defining the
relation between different items, present, past and future trend of the future trend of the
particular business etc. A wide variety of statistical tools are available and any of them
can be used by any businessman depending upon the nature of his trade.
During my study the tools that I am likely to use are as follows:-
CORRELATION
REGRESSION
RELIABILTY ANALYSIS
GARCH MODEL
ANOVA
SHARPE MODEL
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CORRELATION
Correlation analysis deals with the association between two or more variables -Simpson and Kafka.
If two or more quantities vary in sympathy, so that movement in one tends to be
accompanied by corresponding movements in the other, then they are said to be
correlated-Conner.
Correlation analysis attempts to determine the degree of relationship between
variables.
WHY TO USE CORRELATION: Different type of statistical tool are available but my
main motive is to find out the relationship between reality index with Sensex, Nifty
thats why I use this Particular type of tool only
COEFFICIENT OF CORRELATION IS GIVEN BY:
R=x.yvx2.y2
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TOOLS APPLIED
(A.) CORRELATION
Variables:
PAT (Profit After Tax)
Net Worth
Risk
Share Price
TATA POWER
Correlations
networth shareprice risk pat
Networth Pearson
Correlation1 .731 -.680 .994
Sig. (2-tailed) .478 .524 .072
N 3 3 3 3
shareprice Pearson
Correlation.731 1 .004 .649
Sig. (2-tailed) .478 .998 .551
N 3 3 3 3
Risk Pearson
Correlation-.680 .004 1 -.759
Sig. (2-tailed) .524 .998 .452
N 3 3 3 3
Pat Pearson
Correlation.994 .649 -.759 1
Sig. (2-tailed) .072 .551 .452
N 3 3 3 3
INTERPRETATION
To interpret the correlation coefficient, we examine the coefficient & its associated
significance value. It was hypothesized that
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there is a +ve Moderate degree of correlation between the Net Worth, Share
Prices is .731,
there is a ve Moderate degree of correlation between Net Worth & Risk is -.680,
there is a +ve high degree of correlation between the PAT & Net Worth is .994,
there is a +ve Moderate degree of correlation between Share Price & PAT is .649,
there is a +ve Low Degree Of correlation between the Share Price & Risk is .004,
SUZLON ENERGY
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Correlations
Networth Shareprice risk pat
Networth Pearson Correlation 1 -.883 -.587 -.004
Sig. (2-tailed) .312 .601 .998
N 3 3 3 3Shareprice Pearson Correlation -.883 1 .137 .473
Sig. (2-tailed) .312 .912 .686
N 3 3 3 3
Risk Pearson Correlation -.587 .137 1 -.807
Sig. (2-tailed) .601 .912 .402
N 3 3 3 3
Pat Pearson Correlation -.004 .473 -.807 1
Sig. (2-tailed) .998 .686 .402
N 3 3 3 3
INTERPRETATION
To interpret the correlation coefficient, we examine the coefficient & its associated
significance value. It was hypothesized that
there is a -ve high degree of correlation between the Net Worth, Share Prices is
-.883,
there is a ve Moderate degree of correlation between Net Worth & Risk is -.587,
there is a -ve low degree of correlation between the PAT & Net Worth is -.004,
there is a +ve Moderate degree of correlation between Share Price & PAT is .473,
there is a +ve Low Degree Of correlation between the Share Price & Risk is .137,
RELIANCE POWER
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Correlations
networth shareprice risk pat
networth Pearson Correlation 1 .993 .006 .812
Sig. (2-tailed) .076 .996 .397
N 3 3 3 3shareprice Pearson Correlation .993 1 -.114 .737
Sig. (2-tailed) .076 .927 .473
N 3 3 3 3
risk Pearson Correlation .006 -.114 1 .588
Sig. (2-tailed) .996 .927 .600
N 3 3 3 3
pat Pearson Correlation .812 .737 .588 1
Sig. (2-tailed) .397 .473 .600
N 3 3 3 3
INTERPRETATION
To interpret the correlation coefficient, we examine the coefficient & its associated
significance value. It was hypothesized that
there is a +ve High degree of correlation between the Net Worth, Share Prices is .
993,
there is a +ve low degree of correlation between Net Worth & Risk is .006,
there is a +ve high degree of correlation between the PAT & Net Worth is .812,
there is a +ve Moderate degree of correlation between Share Price & PAT is .737,
there is a -ve Low Degree Of correlation between the Share Price & Risk is -.114,
(B.) Reliability Analysis
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Cronbachs alpha is most commonly used reliability coefficients, which is based on the
average correlation of items within a test if the items are standardized. If the items are not
standardized, it is based on the average covariance among the items. Because Cronbachs
alpha can be interpreted as a correlation coefficient, it ranges in value from 0 to 1.
Variables:
PAT (Profit After Tax)
Net Worth
Risk
Share Price
1. TATA POWER
Reliability Statistics
Cronbach's Alpha
Cronbach's Alpha
Based on
Standardized
Items N of Items
.547 .496 4
INTERPRETATION
In the above table the value of Cronbach alpha is .547 that is 54.7% the reliability of the
variables is good & which symbolizes the efficiency of study.
2. SUZLON ENERGY
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Reliability Statistics
Cronbach's Alphaa
Cronbach's Alpha
Based on
Standardized
Itemsa N of Items
.599 .747 4
INTERPRETATION
In the above table the value of Cronbach alpha is .599 that is 59.9% the reliability of the
variables is good & which symbolizes the efficiency of study.
3. RELIANCE POWER
Reliability Statistics
Cronbach's Alpha
Cronbach's Alpha
Based on
Standardized
Items N of Items
.571 .602 4
INTERPRETATION
In the above table the value of Cronbach alpha is .571 that is 57.1% the reliability of the variables is good & which
symbolizes the efficiency of study.
(D.)Regression Analysis
In statistics, regression analysis includes any techniques for modeling and analyzing
several variables, when the focus is on the relationship between a dependent variable and
http://en.wikipedia.org/wiki/Statisticshttp://en.wikipedia.org/wiki/Dependent_variablehttp://en.wikipedia.org/wiki/Statisticshttp://en.wikipedia.org/wiki/Dependent_variable -
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one or more independent variables. More specifically, regression analysis helps us
understand how the typical value of the dependent variable changes when any one of the
independent variables is varied, while the other independent variables are held fixed.
Most commonly, regression analysis estimates the conditional expectation of the
dependent variable given the independent variables that is, the average value of the
dependent variable when the independent variables are held fixed. Less commonly, the
focus is on a quantile, or other location parameterof the conditional distribution of the
dependent variable given the independent variables. In all cases, the estimation target is a
function of the independent variables called the regression function. In regression
analysis, it is also of interest to characterize the variation of the dependent variable
around the regression function, which can be described by aprobability distribution.
Regression analysis is widely used forprediction and forecasting, where its use has
substantial overlap with the field ofmachine learning. Regression analysis is also used to
understand which among the independent variables are related to the dependent variable,
and to explore the forms of these relationships. In restricted circumstances, regression
analysis can be used to infercausal relationships between the independent and dependent
variables.
(1.)Suzlon Energy
VARIABLES:
Dependent Variable: PAT
http://en.wikipedia.org/wiki/Independent_variablehttp://en.wikipedia.org/wiki/Conditional_expectationhttp://en.wikipedia.org/wiki/Average_valuehttp://en.wikipedia.org/wiki/Quantilehttp://en.wikipedia.org/wiki/Location_parameterhttp://en.wikipedia.org/wiki/Function_(mathematics)http://en.wikipedia.org/wiki/Probability_distributionhttp://en.wikipedia.org/wiki/Predictionhttp://en.wikipedia.org/wiki/Forecasthttp://en.wikipedia.org/wiki/Machine_learninghttp://en.wikipedia.org/wiki/Causalityhttp://en.wikipedia.org/wiki/Independent_variablehttp://en.wikipedia.org/wiki/Conditional_expectationhttp://en.wikipedia.org/wiki/Average_valuehttp://en.wikipedia.org/wiki/Quantilehttp://en.wikipedia.org/wiki/Location_parameterhttp://en.wikipedia.org/wiki/Function_(mathematics)http://en.wikipedia.org/wiki/Probability_distributionhttp://en.wikipedia.org/wiki/Predictionhttp://en.wikipedia.org/wiki/Forecasthttp://en.wikipedia.org/wiki/Machine_learninghttp://en.wikipedia.org/wiki/Causality -
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VARIABLES:
Dependent Variable: PAT
Independent Variable: Share Price
Model Summaryb
Model R R Square Adjusted R Square
Std. Error of the
Estimate
1 .473a .224 -.552 705.04040
a. Predictors: (Constant), Shareprice
b. Dependent Variable: pat
Interpretation
In the above computer generated table of model summary, we consider the value of R
Square to know the level to which Share Price of the company effect on the PAT of the
company in last three year & the computer generated value is .224 which shows that up to
22.4% of fluctuations take place due to the values of Share Price & PAT.
VARIABLES:
Dependent Variable: Net Worth
Independent Variable: Share Price
Model Summaryb
Model R R Square Adjusted R Square Std. Error of the Estimate1 .883a .779 .558 1181.66910
a. Predictors: (Constant), Shareprice
b. Dependent Variable: Networth
Interpretation
In the above computer generated table of model summary, we
consider the value of R Square to know the level to which Share Price
of the company effect on the Net Worth of the company in last three
year & the computer generated value is .779 which shows that up to
77.9% of fluctuations take place due to the values of Share Price &
Net Worth.
VARIABLES:
Dependent Variable: Net Worth
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Interpretation
In the above computer generated table of model summary, we consider the value of R
Square to know the level to which risk of the company effect the Net Worth of the
company in last three year & the computer generated value is .344 which shows that up
to 34.4% of fluctuations take place due to the values of Risk & Net Worth.
(2.)Reliance Power
VARIABLES:
Dependent Variable: Net Worth
Independent Variable: Share Price
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Model Summary
Model R R Square Adjusted R Square Std. Error of the Estimate
1 .993a .986 .971 1315.10223
a. Predictors: (Constant), shareprice
b. Dependent Variable: Networth
Interpretation
In the above computer generated table of model summary, we consider the value of R
Square to know the level to which Share Price of the company effect on the Net Worth of
the company in last three year & the computer generated value is .986 which shows that up
to 98.6% of fluctuations take place due to the values of Share Price & Net Worth.
VARIABLES:
Dependent Variable: Net Worth
Independent Variable: Risk
Model Summary
Model R R Square Adjusted R Square Std. Error of the Estimate
1 .737a .543 .085 91.25449
a. Predictors: (Constant), Risk
b. Dependent Variable: Networth
INTERPRETATION:
values of Risk & Net Worth. In the above computer generated table of model summary,
we consider the value of R Square to know the level to which Risk of the company effect
on the Net Worth of the company in last three year & the computer generated value is .543
which shows that up to 54.3% of fluctuations take place due to the
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Model Summary
Model R R Square Adjusted R Square Std. Error of the Estimate
1 .993a .986 .971 1315.10223
a. Predictors: (Constant), shareprice
b. Dependent Variable: Networth
Interpretation
In the above computer generated table of model summary, we consider the value of R
Square to know the level to which Share Price of the company effect on the Net Worth of
the company in last three year & the computer generated value is .986 which shows that up
to 98.6% of fluctuations take place due to the values of Share Price & Net Worth.
VARIABLES:
Dependent Variable: Net Worth
Independent Variable: Risk
Model Summary
Model R R Square Adjusted R Square Std. Error of the Estimate
1 .737a .543 .085 91.25449
a. Predictors: (Constant), Risk
b. Dependent Variable: Networth
INTERPRETATION:
values of Risk & Net Worth. In the above computer generated table of model summary,
we consider the value of R Square to know the level to which Risk of the company effect
on the Net Worth of the company in last three year & the computer generated value is .543
which shows that up to 54.3% of fluctuations take place due to the
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Model Summary
Model R R Square Adjusted R Square Std. Error of the Estimate
1 .993a .986 .971 1315.10223
a. Predictors: (Constant), shareprice
b. Dependent Variable: Networth
Interpretation
In the above computer generated table of model summary, we consider the value of R
Square to know the level to which Share Price of the company effect on the Net Worth of
the company in last three year & the computer generated value is .986 which shows that up
to 98.6% of fluctuations take place due to the values of Share Price & Net Worth.
VARIABLES:
Dependent Variable: Net Worth
Independent Variable: Risk
Model Summary
Model R R Square Adjusted R Square Std. Error of the Estimate
1 .737a .543 .085 91.25449
a. Predictors: (Constant), Risk
b. Dependent Variable: Networth
INTERPRETATION:
values of Risk & Net Worth. In the above computer generated table of model summary,
we consider the value of R Square to know the level to which Risk of the company effect
on the Net Worth of the company in last three year & the computer generated value is .543
which shows that up to 54.3% of fluctuations take place due to the
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Model Summary
Model R R Square Adjusted R Square Std. Error of the Estimate
1 .993a .986 .971 1315.10223
a. Predictors: (Constant), shareprice
b. Dependent Variable: Networth
Interpretation
In the above computer generated table of model summary, we consider the value of R
Square to know the level to which Share Price of the company effect on the Net Worth of
the company in last three year & the computer generated value is .986 which shows that up
to 98.6% of fluctuations take place due to the values of Share Price & Net Worth.
VARIABLES:
Dependent Variable: Net Worth
Independent Variable: Risk
Model Summary
Model R R Square Adjusted R Square Std. Error of the Estimate
1 .737a .543 .085 91.25449
a. Predictors: (Constant), Risk
b. Dependent Variable: Networth
INTERPRETATION:
values of Risk & Net Worth. In the above computer generated table of model summary,
we consider the value of R Square to know the level to which Risk of the company effect