Solar Energy Essay Example

Solar Energy Essay Name: Tutor: Course: Date: We will write a custom essay sample on Solar Energy specifically for you for only $16.38 $13.9/page Order now We will write a custom essay sample on Solar Energy specifically for you FOR ONLY $16.38 $13.9/page Hire Writer We will write a custom essay sample on Solar Energy specifically for you FOR ONLY $16.38 $13.9/page Hire Writer Solar Energy Introduction Energy is a key requirement needed for the world to develop. Most countries in the world see energy as the most important factor needed for agricultural and industrial development (Muralikrishna and Lakshminarayana 50). As the world population grows, the demand for energy is increasingly becoming a problem. The issue of climate change along with the steady decrease of the world’s fossil energy reserves has worsened the global energy crisis. Conservation of energy, therefore involves both the careful use of currently available energy resources and the production of new energy in an environmentally friendly way. The past few years have seen a lot of emphasis placed on the latter as the use of renewable energy technology grows steadily (Muralikrishna and Lakshminarayana 50). Renewable energy sources are those that rely on primary energy sources such as wind, solar and geothermal. Solar energy has proven to be a source of renewable energy that could become remarkably affordable in the years to come (Karakosta, Pappas, and Psarras 771). Discourse on solar energy usually entails three key issues; development, conservation of the environment and satisfaction of the world’s energy demands. On development, Muralikrishna and Lakshminarayana argue that energy is a very important factor in industrial and agricultural development (50). Additionally, the development of rural areas in lesser-developed countries hinges on the availability of affordable energy. Most developing countries suffer from energy deficits. As a result, there is a growing need to harvest renewable energy sources because of their natural availability, their affordability, their environmental friendly nature and because they cannot be exhausted (Muralikrishna and Lakshminarayana 50). Karakosta, Pappas, and Psarras argue that the world needs renewable energy, such as solar energy, to satisfy the rising demand for energy (771). To satisfy this high demand, many countries in the world have to import energy and this affects their budgets and their economies because of the high cost of energy. To deal with this problem, lesser-developed countries are choosing to harvest renewable energy. This is helping them satisfy the demand for energy. The harnessing of renewable energy is also helping these countries to sustain their economic growth and create employment (771). Burger and Gochfeld agree that there is a need to take action and deal with the rising demand for energy globally (303). They argue, â€Å"the potential interruption of energy supply provides a threat to stable economies, national security and global stability† (Burger and Gochfeld 303). The world needs to end its dependence on fossil energy and renewable energy sources could be the best solution. Scholars have also discussed solar energy as a solution to climate change. Climate change is one of the most critical problems that the environment will face in the future (Karakosta, Pappas, and Psarras 771). The realization that green house gas emissions are destroying the atmosphere has led to the search for alternatives to fossil fuels. Scientists all over the world are conducting research into environmentally friendly energy sources with a lot of this research focusing on renewable energy (Ginley, Green, and Collins 355). Karakostas, Parras and Psarras, claim that some forms of concentrated solar energy are able to produce electricity while emitting low levels of green house gases. Climate change can be controlled and perhaps even stopped by the widespread use of solar energy. While all scholars agree that solar energy can satisfy the world’s energy demands and control climate change, there are a few disagreements concerning the effectiveness of solar energy. Muralikrishna and Lakshminarayana argue that solar energy used on its own cannot quell the rising demand for energy (53). They propose that hybrid systems combining wind and solar be used to help ease the impact of seasonal highs and lows. Burger and Gochfeld pointed out that industries use fossil fuels to manufacture the materials needed to harness solar power. This means that an increased use of fossil fuels may precede the widespread use of solar energy. The purpose of reviewing this literature was to gain an understanding of the common arguments made in the discourse on solar energy. The first part of the review will summarize the studies that various scholars conducted on solar energy, the second part will address any shortcomings that were in the studies while the conclusion will address the literary gap in the studies analyzed. Reviews Ginley, Green and Collins argue that everyday the earth receives 162,000 terawatts (TW) of energy from the sun, and that harnessing just one terawatt could â€Å"significantly impact the overall energy balance† (355). They argue that photovoltaic systems (PV systems) are a very vital part of the future of the world’s energy. The decreased availability of fossil fuels coupled with their detrimental effects on the atmosphere is helping drive the world towards renewable energy. Solar energy provides a reliable and readily available alternative (Ginley, Green, and Collins 355). The impact of these PV systems is also spreading into the economy. Ginley, Green and Collins also argue the PV systems can be economic drivers as their production industries surpass those of the microelectronics, telecommunications and display industries (355). Their analysis into solar energy looks mostly into how scientists can improve PV systems to harness even more energy than they already do. Th is study is particularly significant because it addresses two issues that have not received a lot of attention; the economic impact that the PV systems have and possible improvements to the PV systems. Karakosta, Pappas and Psarras, conducted a study looking into how solar energy can to satisfy the energy needs of a developing country (771). They argue that concentrated solar power (CSP) can deliver key energy services for the country. This would be a perfect fit for a developing country as the world turns towards sustainable development practices to mitigate the negative impact of various development programs on the environment. The sustainable character of most renewable energies means, â€Å"They are able to preserve resources and to provide security, diversity of energy supply and services, virtually without environmental impact† (Karakosta, Pappas, Psarras 771). In addition to being sustainable, solar energy can quell the acute demand for energy that almost all developing countries face. The study specifically addresses how Chile can use the vast Atacama Desert to harness solar power, as opposed to exploiting new coal reserves found in the South. Muralikrishna’s and Lakshminarayana’s study explores the use of hybrid systems that combine wind and solar energy in rural electrification programs (50). Like the other scholars, they address three key situations concerning the global energy situation. The first is that the world’s energy demands have been rising in the past few years. The second issue is that scientists should come up with more technologies that produce energy in an environmentally friendly way. The last issue is that renewable energy sources are the solution to the current global energy crisis (Muralikrishna and Lakshminarayana 50). Muralikrishna and Lakshminarayana also claim that many developing countries face energy deficits (50). PV systems and wind systems have been widely promoted as solutions to the energy deficits, but they cannot solve the problem completely because they are vulnerable to climatic seasons. Integrating and optimizing these systems can improve the reliability for each of them and reduce the cost of power (53). Burger and Gochfeld looked into the ecological footprints that renewable energy sources leave (303). They observed that there is a need to take a careful look into the ecological footprints left by each renewable energy source as the world looks to increase the use of these sources exponentially (Burger and Gochfeld 303). There needs to be careful monitoring of the resources to understand the impacts that they have on the environment and human health. The environmental impacts should also take into consideration the effects that these energy sources have on wildlife (Burger and Gochfeld 304). Environmental and human health monitoring can judge whether energy types are truly sustainable or not (Burger and Gochfeld 305). Burger and Gochfeld developed a conceptual framework for measuring the impact of the energies on the ecological footprint (306). This framework took into account four areas, the underground, the surface, the airshed (lower atmosphere) and the upper atmosphere. Their st udy is particularly crucial in the discourse on renewable energies because they look into an area that has seen little research, the impact of renewable energy sources on the environment. These four studies have taken different approaches to the issue of solar energy but still looked into the three key issues mentioned previously. First, they all looked into ways in which renewable energies such as solar energy can mitigate help mitigate climate change. The second issue that the studies looked into was how solar energy and other renewable energies can help to satisfy the rising global demand for energy. Lastly, the studies all addressed the issue of renewable energy and development by looking into how energies such as solar energy can help countries boost or sustain economic growth. The studies differed on a few issues. An example is the PV systems. While Ginley, Green and Collins claimed that the systems could significantly change the global energy situation, Muralikrishna and Lakshminarayana argued the PV systems would not work well on their own as they are vulnerable to climatic seasons. The overall conclusion, however, was that solar energy and other renewable for ms of energy are the future due to their environmental friendly nature and their sustainability. Conclusion These four studies have revealed that solar energy is an excellent solution to the global energy crisis due to its sustainability and the fact that it is infinite. The studies also showed that the world’s quest for sustainable development could benefit by increasing the use of renewable energies. One key issue is that there has been little documented analysis on the impact that solar energy has on the environment. It is highly likely that the impact is negligible, but it appears as if the scientific community has already made that assumption without any real research activity. Secondly, there is a shortage of information concerning the disadvantages of using solar energy. Researchers have documented a few issues like the vulnerability to climatic seasons, but there is a need to address the wider scope. Further research should be undertaken to see how the economy will be impacted as the world ponders making a full switch to solar energy and other renewable energies. Works Cited Burger, Joanna, and Michael Gochfeld. â€Å"A Conceptual Framework Evaluating Ecological Footprints and Monitoring Renewable Energy: Wind, Solar, Hydro, and Geothermal†. Energy and Power Engineering 4 (2012): 303-314. Web. 04 April 2013. Ginley, David, Martin A Green, and Collins, Reuben. â€Å"Solar Energy Conversion toward 1 Terawatt†. MRS Bulletin 33 (2008): 355-364. Web. 04 April 2013 Karakosta, Charikleia, Charalampos Pappas, and Psarras, John. â€Å"Prospects of concentrating solar power to deliver key energy services in a developing country†. International Journal of Energy and Environment 2.5 (2011): 771-782. Web. 04 April 2013. Muralikrishna, M, and V. Lakshminarayana. â€Å"Hybrid (Solar and Wind) Energy Systems for Rural Electrification†. ARPN Journal of Engineering and Applied Sciences 3.5 (2008): 50-58. Web. 04 April 2013. Solar Energy Essay Example Solar Energy Essay e More information from http://www. researchandmarkets. com/reports/1285411/ Analysis of Solar Energy Industry in India Its Future Prospects Description: The Indian solar energy sector has been growing rapidly, in the past few years, majorly due to Government’s initiatives such as tax exemptions and subsidies. Due to technical potential of 5,000 trillion kWh per year and minimum operating cost, Solar Power is considered the best suited energy source for India. Today the Solar power, has an installed capacity of 9. 4 MW which is about less than 0. 1 percent of the total installed renewable energy of India’s~ currently total installed renewable energy stands at 13,242. 41 MW as per MNRE. Indias power sector has a total installed capacity of approximately 1,46,753 Megawatt (MW) of which 54% is coal-based, 25% hydro, 8% is renewable’s and the balance is the gas and nuclear-based. Power shortages are estimated at about 11% of total energy and 15% of peak capacity req uirements which is likely to increase in the coming years.The cost of production range is Rs 15 to Rs 20 per unit for the solar energy, which is very high when compared to, Rs 2 to Rs 5 per unit for other conventional sources in India. Much of the country does not have an electrical grid, so solar power will indeed be a boon for water pumping, to begin replacing Indias four to five million diesel powered water pumps, each consuming about 3. 5 kilowatt of off-grid lighting. Solar energy technology consists of solar thermal technologies, which utilize sun’s energy and solar photovoltaic technology, which convert solar energy directly into electricity.According to the 11th five year plan, the government of India projects a massive expansion in installed solar capacity, and aims to reduce the price of electricity generated from solar energy, to match that from fossil fuels like coal and diesel by 2030. MNRE has set up target to add 14500 MW by 2012, from new and renewable energy resources out of which 50 MW would be from solar energy. India has received committed investments to the tune of US $7 Billion and additional to come in through the FDI and private sector route.India has been ranked 7th worldwide for solar photovoltaic (PV) cell production and secure 9th rank in solar thermal power generation. This capacity is growing rapidly due to the entry of various private players in manufacturing of solar energy equipment. According to the authors, the Indian solar energy sector is estimated to grow at 25% year on year in next few years. With this rate the global market is likely to exceed the annual production mark of 12 GW during the year 2012. Likewise, the Indian market demand is expected to reach 200MW by the year 2012.The implementation of the three-phase plan for solar PV capacity expansion is expected to begin this year in 2010, with the Indian Government spending approximately US$20 billion over a 30 year period. This report provides solar sector-insi ghts the growth drivers and inhibitors, on going and new projects to be commissioned, future forecasts for Solar PV modules, Cells and Solar thermal installations, key trends and profiles key players in this sector. This report provides detailed information on Indian solar energy market with five year forecasts up to 2015.This report also has detailed profiling of eighteen solar Photovoltaic module and solar thermal equipment manufacturers approved by MNRE and IREDA apart from the turnkey projects. The companies profiled in this report are: Moser Baer Photovoltaic Limited, Tata BP Solar, Photon Solar Energy Systems, HHV Solar Technologies Private Limited, Titan Energy Systems Limited, Sun Energy Systems, Applied Materials, Signet Solar, Bharat Heavy Electricals Limited, Central Electronics Limited, Renewable Energy Systems Limited, Waaree Energies Private Limited, Micro Sun Tech Private Limited, E to E Energy?Punj Lloyd Delta Renewables, TRA International, Reliance Industries Limite d Solar Limited XL Telecom Energy Limited The report is designed to help: Bankers and Venture Capitalists for business opportunities Solar PV module manufacturers Solar PV cell manufacturers Solar PV System Assemblers Solar Thermal equipment manufacturers Industry Analysts and Regulatory Bodies of Solar Sector Trade Associations and companies looking for solar plant installation Other industry Professionals Reasons to purchase the report: Facilitate decision-making based on strong historic and forecast data Gain the most up to date and in-depth information on the installed capacity in Indian Solar Energy Industry Develop strategies based on the latest trends in Indian Renewable Solar Energy Industry Rapidly help to prepare more detailed and effective planning materials Identify the key growth and investment opportunities within the Indian Solar Energy Industry based on he detailed analysis and future forecasts Helps to analyze the Indian Solar PV Module and Cell market, Light ing solution manufacturers and Solar Thermal Market Gain insights in the strategic details of the companies profiled in the Solar report Gives detailed analysis and SWOT for Indian Solar Industry and SWOT analysis for all companies profiled. This report provides a snapshot view of competitive landscape in Indian solar energy sector and profiling of key players and identifies key challenges for new players. Products Mentioned: Solar Photovoltaic (PV) System Solar Thermal Systems Solar Water Pumping Systems Contents: 1.Introduction 1. 1 Scope of the report 2. India’s Energy Position 3. Need for Solar Energy in India 3. 1 Energy Security 3. 2 Kyoto Protocol 3. 3 Economic Viability 3. 4 Rural Electrification 4. Solar Energy Market in India 4. 1 Distribution network state-wise 4. 2 Electricity deficiency situation 4. 3 Forecasts for Indian Solar Energy Sector 5. Government Authorities role in Solar Energy Production 6. Policies Related to Solar Energy Sector in India 6. 1 Pol icy initiatives and National Solar Mission 6. 2 Guidelines for PV Manufacturers (IREDA) Policies 6. 3 State Government Electricity Regulation Board 7. Solar Power Generation Technology 7. Solar Photovoltaic System 7. 1. 1 Solar Photovoltaic System Technology 7. 1. 2 Components of PV System 7. 1. 3 Schemes applicable 7. 1. 4 Incentives Available 7. 2 Solar Thermal 7. 2. 1 Solar Thermal Technology 7. 2. 2 Classification of solar water heating system 7. 2. 3 Applications of Solar Water Heating systems 7. 2. 4 Schemes Available 7. 2. 5 Incentives Available 7. 3 Solar Water Pumping . 7. 3. 2 Schemes Available 8. Incentives Rebates 9. Analysis Model 9. 1 PEST Analysis of Indian Solar Industry 9. 2 Porters Five Force Analysis Model for Solar Industry 9. 3 SWOT Analysis of Indian Solar Industry 10.Solar Energy Projects in India 10. 1 The Clinton Foundation Solar Project in Gujarat 10. 2 Punj Lloyd Renewable’s Project with Bihar Government 10. 3 Moser Baer Project with Tamil Nadu for Solar PV cells 10. 4 Moser Baer Thin Film Solar Farm in Chandrapur 10. 5 Solar Energy Park in Purulia, West Bengal 10. 6 ACME Tele Power sets up Reverse Auction 10. 7 Omax Autos commissions Rooftop Solar PV Projects 10. 8 Azure Power and Sun Edison Partner on 15MW PV System 10. 9 Aston field and Belectric Teamup to realize Solar Power Plant 10. 10 Photon Energy Systems commissions Solar Energy Project in Belgaum 10. 1 Conergy Erects PV Plant in Itnal, Karnataka 10. 12 Reliance Solar Group commissions project for Common Wealth Games 11. Growth Drivers and Inhibitors for Solar Energy 12. Profile of Key Players in Indian Solar Energy Sector 12. 1 Moser Baer Photovoltaic Limited 12. 1. 1 Company Prolife 12. 1. 2 Business Strategy 12. 1. 2. 1 Product Level 12. 1. 2. 2 Service Level 12. 1. 2. 3 Products 12. 1. 3 SWOT Analysis 12. 1. 4 Customers 12. 2 Tata BP Solar 12. 2. 1 Company Profile 12. 2. 2 Financial Performance 12. 2. 3 Business Strategy 12. 2. 3. 1 Product Level 12. 2. 3. 2 Serv ice Level 12. 2. 3. 3 Products 12. 2. 4 SWOT Analysis 12. 2. Customers 12. 3 Photon Solar Energy Systems 12. 3. 1 Company Profile 12. 3. 2 Business Strategy 12. 3. 2. 1 Product Strategy 12. 3. 2. 2 Service Strategy 12. 3. 2. 3 Products 12. 3. 3 SWOT Analysis 12. 3. 4 Customers 12. 4 HHV Solar Technologies Private Limited 12. 4. 1 Company Prolife 12. 4. 2 Business Strategy 12. 4. 2. 1 Product Level 12. 4. 2. 1 Product Level 12. 4. 2. 2 Service Level 12. 4. 2. 3 Products 12. 4. 3 SWOT Analysis 12. 5 Titan Energy Systems Limited 12. 5. 1 Company Profile 12. 5. 2 Business Strategy 12. 5. 2. 1 Product Level 12. 5. 2. 2 Service Level 12. 5. 2. 3 Products 12. 5. 3 SWOT Analysis 12. 5. 4 Partners 12. Sun Energy Systems 12. 6. 1 Company Profile 12. 6. 2 Business Strategy 12. 6. 2. 1 Product Strategy 12. 6. 2. 2 Service Strategy 12. 6. 2. 3 Products 12. 6. 3 SWOT Analysis 12. 7 Applied Materials 12. 7. 1 Company Profile 12. 7. 2 Business Strategy 12. 7. 2. 1 Product Strategy 12. 7. 2. 2 Servi ce Strategy 12. 7. 2. 3 Products 12. 7. 3 SWOT Analysis 12. 8 Signet Solar 12. 8. 1 Company Profile 12. 8. 2 Business Strategy 12. 8. 2. 1 Product Strategy 12. 8. 2. 2 Service Strategy 12. 8. 2. 3 Products 12. 8. 3 SWOT Analysis 12. 8. 4 Customers 12. 9 Bharat Heavy Electricals Limited (BHEL) 12. 9. 1 Company Profile 12. 9. 2 Business Strategy 12. . 2. 1 Product Strategy 12. 9. 2. 2 Service Strategy 12. 9. 2. 3 Products 12. 9. 3 SWOT Analysis 12. 10 Central Electronics Limited (CEL) 12. 10. 1 Company Profile 12. 10. 2 Business Strategy 12. 10. 2. 1 Product Strategy 12. 10. 2. 2 Service Strategy 12. 10. 2. 3 Products 12. 10. 3 SWOT Analysis 12. 10. 4 Customers 12. 11 Renewable Energy Systems Limited 12. 11. 1 Company Profile 12. 11. 2 SWOT Analysis 12. 12 Waaree Energies Private Limited 12. 12. 1 Company Profile 12. 12. 2 Business Strategy 12. 12. 2. 1 Product Strategy 12. 12. 2. 2 Service Strategy 12. 12. 2. 3 Products 12. 13 Micro Sun Tech Private Limited 12. 13. Company Profile 12 . 14 E to E Energy 12. 14. 1 Company Profile 12. 14. 2 Business Strategy 12. 14. 2. 1 Product Strategy 12. 14. 2. 2 Service Strategy 12. 14. 2. 3 Products 12. 15 Punj Lloyd Delta Renewables 12. 15. 1 Company Profile 12. 15. 2 Business Strategy 12. 15. 2. 1 Product Strategy 12. 15. 2. 2 Service Strategy 12. 15. 2. 3 Products 12. 15. 3 SWOT Analysis 12. 16 TRA International 12. 16. 1 Company Profile 12. 16. 2 Business Strategy 12. 16. 2. 1 Product Strategy 12. 16. 2. 2 Service Strategy 12. 16. 2. 3 Products 12. 16. 3 SWOT Analysis 12. 16. 4 Solar Energy Future Outlook 12. 17 Reliance Industries Solar Group 12. 7. 1 Company Profile 12. 17. 2 Business Strategy 12. 17. 2. 1 Product Level 12. 17. 2. 2 Service Level 12. 17. 2. 3 Products 12. 17. 3 SWOT Analysis 12. 17. 4 Customers 12. 18 XL Telecom Energy Limited 12. 18. 1 Company Profile 12. 18. 2 SWOT Analysis 12. 18. 3 Customers 13. Solar Energy Future Outlook 14. Challenges for Existing and New Players in Solar Energy Sector 15. Oppor tunities in the Indian Solar Energy Market Disclaimer List of Exhibits 2. 1. India’s Per Capita TPES (TOE/Capita) in 2006 2. 2. India’s Per Capita Electricity Consumption in 2006 2. 3 Total Primary Energy Supply (TPES) of the world by fuel (Mtoe) 2. World Fuel Shares 2. 5 Total Installed Capacity in India –Sector wise 2. 6 Total Installed Electricity Generation Capacity in India based on Fuel 2. 7 Total Primary Energy Supply region wise 2. 8 Total Primary Energy Consumption of India (Mtoe) 2. 9 Estimated Energy Reserves in India 2. 10 Estimated percentage of Energy Reserves in India 4. 1 Solar Radiations over different parts of India 4. 2 Solar Radiations over different parts of the world 4. 3 State-wise Rural Unelectrified Households 4. 4 State wise un electrified villages in comparison to number of villages electrified 4. 5 Energy consumption in Power Sector upto 2030 5. Contact Details – Ministry of New and Renewable Energy (MNRE) 5. 2 Contact Details – Indian Renewable Energy Development Agency Limited (IREDA) 5. 3 Contact Details- CEA (Central Electricity Authority) 6. 1 Contact details for Andhra Pradesh Electricity Regulatory Commission 6. 2 Contact Details – Haryana Electricity Regulatory Commission 6. 3 Contact Details – Karnataka Electricity Regulatory Commission 6. 4 Contact Details – West Bengal Electricity Regulatory Commission 6. 5 Contact Details – Madhya Pradesh Electricity Regulatory Commission 6. 6 Contact Details – Maharashtra Electricity Regulatory Commission 6. Contact Details – Rajasthan Electricity Regulatory Commission 6. 8 Contact Details – Tamil Nadu Electricity Regulatory Commission 6. 9 Contact Details – Gujarat Electricity Regulatory Commission 6. 10 Contact Details – Kerala State Electricity Regulatory Commission 6. 11 Contact Details – Punjab State Electricity Regulatory Commission 7. 1 Components of Solar Photovoltaic System 7. 2 Future Forecasts for Annual Production of Solar Cells and Module 7. 3 Future Forecasts for Solar thermal and PV modules in India 7. 4 Year wise solar water-heating system installation 7. 5 Forecasts for solar water-heating system installation 9. PEST Analysis for Solar Industry 9. 2 Porters Five Force Assessment Model for Solar Industry 9. 3 SWOT Analysis of Indian Solar Industry 10. 1 Details of Clinton Foundation project details in Gujarat 10. 2 Details of Punj Lloys Delta Renewable Project details 10. 3 Details of Moser Baer Photovoltaic facility setup in Tamil Nadu 10. 4 Details of Moser Baer project for thin solar Photovoltaic farm 10. 5 Details of WBGEDCL solar energy park in West Bengal 10. 6 Details of ACME Tele Power plant 10. 7 Details of Omex Auto Limited Project 10. 8 Details of Azure Power and SunEdison Partnership 10. Details of Astonfield and Belectric Solar power plant 10. 10 Details of Photovoltaic plant in Belgaum, Karnataka 10. 11 Details of Conergy AG PV pla nt in Itnal, Karnataka 10. 12 Details of Reliance 1MW PV Solar power plant 11. 1 Comparison between fossil fuels and solar as source of energy 12. 1 Company Profile – Moser Baer Photovoltaic Limited 12. 2 Contact Details –Moser Baer Photovoltaic Limited 12. 3 SWOT Analysis –Moser Baer Photovoltaic Limited 12. 4 Company Profile – Tata BP Solar 12. 5 Contact Details – Tata BP Solar 12. 6 Financial Performance –Tata BP Solar Limited 12. 7 SWOT Analysis – Tata BP Solar 12. Company Profile – Photon Solar Energy Systems 12. 9 Contact Details – Photon Solar Energy Systems 12. 10 SWOT Analysis – Photon Solar Energy Systems 12. 11 Company Profile – HHV Solar Technologies Private Limited 12. 12 Contact Details – HHV Solar Technologies Private Limited 12. 13 SWOT Analysis – HHV Solar Technologies Private Limited 12. 14 Company Profile –Titan Energy Systems Limited 12. 15 Contact Details – T itan Energy Systems Limited 12. 16 SWOT Analysis –Titan Energy Systems Limited 12. 17 Major clients of Titan Energy Systems Limited 12. 18 Company Profile – Sun Energy Systems 12. 19 Contact Details – Sun Energy SystemsOrdering: Order Online http://www. researchandmarkets. com/reports/1285411/ Order by Fax using the form below Order by Post print the order form below and send to Research and Markets, Guinness Centre, Taylors Lane, Dublin 8, Ireland. Page 1 of 2 Fax Order Form To place an order via fax simply print this form, fill in the information below and fax the completed form to 646-607-1907 (from USA) or +353-1-481-1716 (from Rest of World). If you have any questions please visit http://www. researchandmarkets. com/contact/ Order Information Please verify that the product information is correct and select the format(s) you require.Product Name: Web Address: Office Code: Analysis of Solar Energy Industry in India Its Future Prospects http://www. researc handmarkets. com/reports/1285411/ OC8DIQLPQUPWUU Product Formats Please select the product formats and quantity you require: Quantity Electronic (PDF) Single User: Electronic (PDF) Enterprisewide: â‚ ¬870 â‚ ¬2610 Contact Information Please enter all the information below in BLOCK CAPITALS Title: First Name: Email Address: * Job Title: Organisation: Address: City: Postal / Zip Code: Country: Phone Number: Fax Number: * Please refrain from using free email accounts when ordering (e. . Yahoo, Hotmail, AOL) Mr Mrs Dr Miss Last Name: Ms Prof Page 2 of 2 Payment Information Please indicate the payment method you would like to use by selecting the appropriate box. Pay by credit card: American Express Diners Club Master Card Visa Cardholders Name Cardholders Signature Expiry Date Card Number CVV Number Issue Date (for Diners Club only) Pay by check: Please post the check, accompanied by this form, to: Research and Markets, Guinness Center, Taylors Lane, Dublin 8, Ireland.Please trans fer funds to: Account number Sort code Swift code IBAN number Bank Address 833 130 83 98-53-30 ULSBIE2D IE78ULSB98533083313083 Ulster Bank, 27-35 Main Street, Blackrock, Co. Dublin, Ireland. Pay by wire transfer: If you have a Marketing Code please enter it below: Marketing Code: Please note that by ordering from Research and Markets you are agreeing to our Terms and Conditions at http://www. researchandmarkets. com/info/terms. asp Please fax this form to: (646) 607-1907 or (646) 964-6609 From USA +353-1-481-1716 or +353-1-653-1571 From Rest of World