...Roll No.32 Table of Contents Vision 4 Philosophy 4 Mission 4 Suzlon Positioning 5 Organization Structure of Suzlon Group 6 Organizational Structure 7 Business Strategy 9 Porter’s Five Competitive Forces 11 SWOT Analysis 21 Strengths 21 Weaknesses 22 Opportunities 23 Threats 24 Tows Matrix 26 Suzlon’s low cost strategy 27 Competitive Strengths 30 Product-Market Characteristics 34 End To End Solutions Models 35 Corporate Social Responsibility 37 Summary and Recommendation 39 Conclusions: 40 About the Company Suzlon Energy is a global wind power company based in India. Suzlon is a market leader in Renewable Energy Resources segment in India. It specializes in providing total solutions in Wind Power Generation with cohesive integration of consultancy, design, manufacturing, installation, operation and maintenance services. Currently, Suzlon is ranked as fifth leading wind turbine manufacturer in the world in terms of cumulative installed capacity, at the end of 2011. Suzlon delivers end-to-end wind power solutions from assembly, installation to commissioning. The company manufactures blades, generators, panels, and towers in-house and state-of-the-art large or offshore turbines through its subsidiary REpower. The company is integrated downstream and delivers turnkey projects through its project management and installation consultancy, and operations & maintenance services. Suzlon is a multinational company with offices, R&D and technology centers,...
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...Executive summary Suzlon, the Indian-owned Wind Energy company, has made its mark in the Indian and Global Wind Energy markets since its inception in 1995. By 2011, the company was the Asian market leader, having completed projects across 32 countries around the globe. Tulsi Tanti, originally a textile manufacturer founded Suzlon in 1995 to meet the energy demands of his family business textile operations. In those days, India was marred by expensive and unpredictable power grids which lead to rising power costs and frequent electricity outages. In 1994, the Government of India announced incentives for those investing in Wind power. As a part of the scheme the Ministry of non-conventional Energy resources offered capital subsidies and waivers from excise, income and import taxes for renewable energy projects. Tanti saw a promising opportunity and raised $0.6 million for his new wind energy venture. He began by securing selling rights from “SudWind”, the German turbine manufacturer, in India for their turbines. However, in an unexpected turn of events the German company went bankrupt. Determined not to lose this opportunity, Mr Tanti purchased the Worldwide rights to sell SudWind turbines – hiring the manufacturer’s R&D centre in Germany. Their first project was a ten turbines wind farm for India Power Corporation Limited(IPCL), a petrochemicals company. Suzlon’s successful completion of the project in a record three months helped it build its name. Soon, other projects...
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...Group 3: Group Consensus Report • Frontus, Lisa • Gibson, Michael • Harris, Diedre • Kageni, Angela • Lindeman, Candice • Scott, Rhonda • Turner, Shad Liberty University [pic]201220 Spring 2012 BUSI 520-B03 LUO January 22, 2012 Group Consensus Report Group Description: The group has seven members with varying degrees of professional expertise in strategic marketing. That expertise ranges from backgrounds in the non-profit sector to occupational therapy, financial analysis, logistics, international consultancy, and corporate management. The specific work expertise related to marketing that is relevant to this class is also varied with some members having strong expertise in marketing, sales and business and financial relations, while others have had no experience at all in marketing. This sets up the members for an interesting working relationship. All have had ample experience doing group work in past classes at Liberty University. The group is dynamic in nature. All in all, the individuals are go-getters who work well both as managers and as team members or followers. There seems to be a common work ethic where all members have a strong sense of initiative and are autonomous and self-motivated. While clearly...
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...Alliant Energy is an electrical power company that puts significant emphasis on diversity. It is committed to “creating a workplace that welcomes an individual’s talents, ideas and perspectives”. Alliant believes that by having a diverse workforce they will have more opportunities to succeed. Diversity will benefit this company by providing numerous sources of information for the use of global and social knowledge; positive perception from the media as diversity is a big issue in our world today and ensuring they have fair opportunities in the marketplace. Having diversity in the workplace brings a source of new knowledge, creativity and understanding to a business that makes it unique and brings the benefit of a worldlier point of view. It is important for an organization to recognize the potential of people of differing cultures, genders and lifestyles and the positive effect it can have. For example having an employee from a certain culture can educate a company on how to do business and negotiate with certain countries of the same culture. In a nation of so many different races and backgrounds it is important for a company to be able to cater to all the wants and needs of such a diverse community. The best way to do so is to have a diverse team of employees and managers working together to communicate, teach and understand each other and work on bringing the best service possible to a given market. Alliant understands these concepts and that is why it so committed to workforce...
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...VOICE OF HEALTH Healer.A.Umar Farook, M.Acu., D.Ed (Acu) English Translation: Healer.R.Gnanamurthy, M.Acu., D.Ed (Acu) Edited by: Malarvizhi VOICE OF HEALTH Healer.A.Umar Farook, M.Acu., D.Ed (Acu) First Published : November, 2010 Published by Indian Universities Press 421, Anna Salai, im print of Bharathi Puthagakalayam Teynampet, Chennai - 600 018 Email: thamizhbooks@gmail.com www.thamizhbooks.com Ph: 044-24332424, 24332924, 24339024 Rs.100/\ print: Jothi Enterprices, Chennai -5 Thanks to ACUPUNCTURE HEALERS ORGANISATION Hr.Bose.K.Mohamed Meera Hr.Magi Ramalingam Hr.P.V.Devarajan Hr.M.J.Pandian Hr.P.M.Umar Farook CONTENTS 1. 2. 3. 4. 5. 6. 7. 8. 9. Learning Language Health is Strength Immunity is Life Eat Hunger Fate Prevails! One plus One is not Two Creating and Protecting Disease an Imagination Diseases of Exact Science 5 7 9 12 14 16 19 22 25 27 30 34 40 44 52 56 60 68 77 10. Quietness is Pleasantness! 11. Waste stagnation causes Death! 12. Action and Reaction 13. Reason behind Stories 14. Shining and the Sign! 15. Elixir is Venom 16. Thirst - Hunger as per requirement! 17. Milk - is it Food? 18. Poison-less Food 19. Love Nature! Come back to Nature 1 Learning Language E veryone has their own language. Expressing our needs, sharing our feelings – it is through language that we create our relationships with others. Language is a necessary communication tool for people. Beyond our mother tongue, we learn languages of neighboring...
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...Participants will learn how world class organizations use safety metrics, including leading and lagging indicators in their journey towards excellence. DuPont has eleven best practice workshops available and is designed to introduce participants to DuPont’s best practices and describe how their participanting can help the organization prevent process related injuries and incidents. DuPont has been implementing Process Safety Management and Operational Risk Management concepts in their facilities and at sites worldwide for over 30 years. The productive costs of DuPont Industries is as follows as of 2012: Energy- 2.4% reduction in non-renewable energy intensity since 2010. DuPont...
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... • Metabolism and comfort • Bodily mechanisms of heat transfer and thermostatic control • Metabolic rates • Clothing • Environmental influences on comfort • Fanger's comfort equation • Measuring Instruments • The choice of inside design conditions 1. metabolism and comfort [pic] Metabolism is the mechanism whereby the body converts food into different forms of energy by digesting food in the presence of oxygen. This energy takes the following forms: 1. Work 2. Thermal Energy 3. Waste products Work The amount of bodily energy converted into work is not very great - 0% for a body at rest, 20% when walking up a one in four gradient at 10km/h. Thermal Energy Most of the energy produced by the bodily metabolism is dissipated as heat to the environment. The mechanism for this is seen in the next overhead. Waste Products The remainder of the energy produced is dissipated in waste products. thermal energy Thermal energy is released through an interaction of chemical changes occurring within the body and muscular contractions. [pic] The purpose of the body's thermo-regulatory system is to keep the temperature of the body's deep tissue at 37.2ºC by maintaining a thermal balance with the external environment through heat dissipation. comfort ASHRAE (American Society for Heating Refrigeration and Air Conditioning Engineers) Standard 55-74...
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...Garima Sharma has quite some experience in terms of handling relationships : she was the head of human resources at Norton Network for 10 years before joining Ferro, and has been entrusted by her husband to organize Metal Star's representative, Sheikh Yusuf's trip to India to inspect the product he coveted. We believe her decision to release the shipment was a wise one for many reasons. First of all, 45% of Ferro's revenues come from foreign operations, 5 of the top 10 Ferro's clients are foreign, and although Metal Star isn't one of them, it cannot be ignored as the company had agreed to buy 6 machines for 10 million INR. Plus, with both the domestic and foreign competition that can offer pretty much the same high-quality machines at lower prices, Ferro needs every deal they can strike in order to manage to get the company through with its investment plan and get up to speed in terms of cutting-edge technology. In a nutshell, Ferro needs to find a solution which satisfies both parties. Garima is known to have a good and quick understanding of people's traits, which makes her able to offer customized treatments to her clients, even during turmoiled times (i.e payment crisis with Sheikh Yusuf). And this is exactly what she has done by finally agreeing to split the demurrages between Ferro and Metal Star before eventually releasing the machines to Yusuf, in hope of receiving payment. I don't think there would have been any better solution, as some other ways have already...
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...Running head: HEAT 1 Heat Adrienne Branch Professor Olivia Uitto Science 110- Introduction to Physical Science April 27, 2012 HEAT 2 How does the study of heat relate to the kinetic theory of matter? The philosophers Democritus and Lucretius stated that matter is composed of particles. They also believed that these particles were in constant motion and in the state of solid, liquid, or gas (Gibbs, 2010). They called this theory the Kinetic Theory of Matter after the word kinema, which is Greek (Gibbs, 2010). In the study of heat we learn that whenever heat is added to a substance, molecules and atoms vibrate faster. Due to the quickly vibrating atoms, the area between the atoms get larger (“Atoms and Molecules”, n.d.). The state of the matter of the particular substance is determined by the motion and space between the particles. The more an object expands, the more space it takes up (“Atoms and Molecules”, n.d.). During this process, the mass of the particular object will not change. Solids, liquids, and gas all expand when heat is added. When an object cools, molecules vibrate at a slower pace. The atoms start moving closer together again and the matter begins to contract. During this process as well, the mass will remain the same (“Atoms and Molecules”, n.d.). Several good examples of the Kinetic Theory of Matter relating to heat is with sidewalks and railroad tracks which are solids. They expand...
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...Lithonia, GA Campus Physical Sience - Professor Freeman July 19, 2012 Discuss how energy can be converted from one form to another, giving specific examples. Today there are many different forms of energy and they all have the ability to transform produce change and to do work. How energy is converted from to another is based on the law of conservation of energy. “The law of conservation of energy is that energy cannot be created or destroyed, but it can be transferred or transformed from one form to another including transformation into or from mass, as matter.” Examples of energy are those that follow: Mechanical energy stored or moving energy also referred to as potential or kinetic energy, electrical energy the movement of electrons, thermal energy heat of an object, and radiant energy light and warmth of the sun are all energies that can be converted to another form of energy. For example, the chemical energy stored in the muscles of our legs is converted to kinetic energy or mechanical energy when we pedal, a toaster oven plugged into an electrical socket takes electrical energy and converts it to heat/thermal energy, and radiant energy converted to heat energy provided by the sun that heats earth. Define what we mean by fossil fuels and explain why there are attractive sources of energy. Fossil fuels are also natural resources of energy that is a product of millions of years of decomposed plant and animal pressured by heat trapped underground...
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...Kinetic Theory Objectives • Describe how the kinetic-molecular theory is used to explain how gases behave at different temperatures. (Exploration 1) • Analyze data that shows how gas particle mass affects that gas’s behavior. (Exploration 2) • Describe the Maxwell-Boltzmann Distribution. (Explorations 1 and 2) Description of Activity The kinetic-molecular theory states that a collection of gas molecules’ average kinetic energy has a specific value at any given temperature. In this activity, you will study how temperature and gas particle mass affect the frequency distribution of gas particle speeds. You will examine and analyze speed frequency distribution graphs. This distribution is called the Maxwell-Boltzmann Distribution. Jump Start 1. What is kinetic energy? 2. What is thermal energy? 3. What happens to a gas’s thermal energy as that gas’s temperature increases? 4. What happens to the average speeds of the particles in a gas when one increases that gas’s temperature? Safety Discussion If you conduct this experiment in a laboratory setting, be aware that gases heated in a closed container could result in the container exploding. Exploration 1: The Effect of Temperature on Gas Behavior Procedure 1. Choose any gas from the list box. 2. Set Temperature to any value. Observe the shape of the frequency distribution of speeds graph. Sketch this graph. Record...
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...PREFACE Adam Jefferson, a divine manifest of Adam Smith's materialism and Thomas Jefferson's idealism, is our troubled modern day hero. He awoke in the middle of his life - broke and lost. A serial entrepreneur, his life was a never-ending quest for material success. At age 38, as Joseph Campbell forewarned humanity, Adam had "climbed the ladder of success, only to realize it was propped up against the wrong wall." Alone, with nothing else to lose, Adam Jefferson climbed down off of the ladder and searched for the wall of his future. This led him on a 100-day odyssey to start the ascent of his new life, an epic journey which called him across the world discussing today's challenges and opportunities with the great minds of our past - Carl Jung, Mary Parker-Follett, Martin Luther King, Jr., Mohandas Gandhi, Albert Einstein, and many others. An act of their collective genius and magical combustion, a psychological and sociological theory for sustainability and success was formed. Like all heroic quests, Adam ended where he had begun. Prior to his expedition, Adam had an unforgettable encounter with one of the great minds of the 20th century. One freezing, early morning on January 17, 2009, Adam Jefferson met the famed Harvard psychologist Lawrence Kohlberg in Cambridge, Massachusetts. They walked the beach in Winthrop for hours, discussing morality and the questions one ponders in the solitude of despair. They exchange woes - "You tell me yours, and I will tell you mine."...
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...types of energy: thermal energy from the sun's heat, andmechanical energy from the tides and waves. Oceans cover more than 70% of Earth's surface, making them the world's largest solar collectors. The sun's heat warms the surface water a lot more than the deep ocean water, and this temperature difference creates thermal energy. Just a small portion of the heat trapped in the ocean could power the world. Workers install equipment for an ocean thermal energy conversion experiment in 1994 at Hawaii's Natural Energy Laboratory. Credit: A. Resnick, Makai Ocean Engineering, Inc. Ocean thermal energy is used for many applications, including electricity generation. There are three types of electricity conversion systems: closed-cycle, open-cycle, and hybrid. Closed-cycle systems use the ocean's warm surface water to vaporize a working fluid, which has a low-boiling point, such as ammonia. The vapor expands and turns a turbine. The turbine then activates a generator to produce electricity. Open-cycle systems actually boil the seawater by operating at low pressures. This produces steam that passes through a turbine/generator. And hybrid systems combine both closed-cycle and open-cycle systems. Ocean mechanical energy is quite different from ocean thermal energy. Even though the sun affects all ocean activity, tides are driven primarily by the gravitational pull of the moon, and waves are driven primarily by the winds. As a result, tides and waves are intermittent sources of energy, while...
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...on the bomb fire and burned which caused physical and chemical reactions and changes. Let’s talk about some of the physical and chemical properties. Physical properties can be observed or measured without changing the composition of the matter. The beaver’s log had the following physical properties. It was shaped like a cylinder with pointed ends, brown and rough. The beaver ate the bark and the soft tissue in order to receive nourishment. Chemical properties of matter describe its “potential” to undergo some chemical change or reaction by virtue of its composition. As the beaver log burns, it goes through three phases. The first phase is the evaporation of water. As the wood is heated moisture evaporates quickly consuming heat energy in the process. The second phase is the emission of smoke. As the wood heats up, it starts to smoke. The smoke is the visible result of the destruction of the solid wood as it vaporizes into a cloud of combustible gases. The smoke will burn if the temperature is high enough and oxygen is present. The third and final phase is the charcoal phase. As the fire grows and most of the gasses have vaporized out of the wood, charcoal remains. All three phases of wood burning occur at the same time. The wood gases can be flaming and the edges of the pieces can be glowing red as charcoal burns, while moisture in the core of the wood is evaporating. The wood went through both a physical and chemical change. A chemical change can produce heat...
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...down, charm, strange, top, or bottom. What can quarks be broken down to? Theoretical matter aka empty space. How do these things work? Energy, pure energy. When you break it down everything comes down to either empty space or energy. How do you control energy? You control energy with energy. There are several types of energy, but let’s start with the most basic. Good and bad. Good energy is when the energy you are using or the energy that is around is being used or put to a good purpose. Bad energy happens when the intent is to harm or negatively affect someone or something. You also have physical and mental energy. Physical energy is when you affect something outside of yourself, mental energy is what happens inside your own mind. There is potential for mental energy to become physical energy (like when your brain sends signals to muscles to move you) but one thing at a time. First let’s focus on bad energy. Define “bad”. Well: “bad-adjective-having undesirable or negative qualities.” Any type of energy can be “bad energy”. We all create bad energy every day. If we are angry at someone or angry at ourselves, that’s bad energy. If you hurt someone or yourself, that’s bad energy. Even if you are sad or upset that’s bad energy too. It all has an effect on our overall being. You can affect physical things with your bad energy by using mental energy that has been...
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