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This document discusses solar power towers. It provides background on solar power towers, including their history from 1981-1996. It describes the structure of solar power towers and how they work. Solar power towers use an array of mirrors to reflect sunlight onto a receiver at the top of a tower, where a heat transfer fluid is heated and used to drive a conventional power generator. Benefits include providing dispatchable base load electricity production and the ability to incorporate energy storage.
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solar power tower
Solar power towers use an array of mirrors called heliostats to focus sunlight onto a central receiver at the top of a tower. This concentrated sunlight is used to heat a fluid or molten salt that can store the thermal energy. There are two main types of solar towers - steam based systems that use water as the heat transfer fluid, and molten salt based systems that use a molten salt mixture. Solar towers have the advantages of being renewable, environmentally friendly sources of energy generation, but they also require large amounts of land and water and have the disadvantage of only producing energy when the sun is shining.
Solar tower
Solar towers generate electricity from sunlight by using an array of mirrors called heliostats to concentrate solar radiation onto a receiver at the top of a tower. There are two main types of solar towers: steam-based systems that use water as a heat transfer medium, and molten salt-based systems that use a molten salt mixture. Molten salt systems can store heat for hours after sunset, allowing electricity generation to continue. India is well-suited for solar towers due to its location along the Tropic of Cancer and availability of land, sunlight, and raw materials. A proposed molten salt solar tower in Gujarat could harness the region's abundant solar energy.
Solar Power Tower
The document discusses solar power towers, which use an array of flat, movable mirrors called heliostats to focus sunlight on a central collector tower. The concentrated sunlight heats a fluid in the tower that is used to generate steam and power a turbine, producing electricity. Several early solar power tower projects from the 1980s-1990s are described that varied in size from 0.5-10 MW and used different heat transfer fluids and storage media. The technology has advantages of being easy to operate, environmentally friendly, and having falling costs as renewable energy.
Redesign and Fabrication of Solar Power Tower using CAD and FEM Analysis
The solar power tower (also known as 'Central Tower' power plants or 'Heliostat' power
plants or power towers) is a type of solar furnace using a tower to receive the focused sunlight. It uses
an array of flat, moveable mirrors (called heliostats) to focus the sun's rays upon a collector tower (the
target). The high energy at this point of concentrated sunlight is transferred to a substance that can store
the heat for later use. The more recent heat transfer material that has been successfully demonstrated is
liquid sodium. Sodium is a metal with a high heat capacity, allowing that energy to be stored and drawn
off throughout the evening. That energy can, in turn, be used to boil water for use in steam turbines.
Water had originally been used as a heat transfer medium in earlier power tower versions (where the
resultant steam was used to power a turbine). This system did not allow for power generation during the
evening
Advanced Solar Power Tower Coupled to a Supercritical CO2 Turbine Cycle
1) Hiba Naffaa is evaluating the use of a supercritical CO2 turbine cycle for a 100 MW solar power tower plant in Lebanon under the direction of Prof. Michael Driscoll and Dr. Koroush Shirvan at MIT.
2) The objectives are to generate solar power with a heat-to-electricity efficiency of around 50% using the supercritical CO2 cycle and dry cooling.
3) An advanced form of power tower conversion using supercritical CO2 has advantages over steam cycles and physical testing is needed, with Julich proposed as the best option.
Solar power
This document summarizes different methods of solar power generation and storage. It describes concentrated solar power technologies like parabolic troughs, solar power towers, and Stirling dishes that generate heat from sunlight. Photovoltaics that directly convert sunlight to electricity and solar cell technology are also discussed. The advantages of solar power are outlined as well as energy storage methods like molten salts and batteries that allow solar power to be used when the sun is not shining.
Solar power tower
This ppt represents the study of solar power tower as well as continuing technology development, in order to update the
technical and economical status of molten-salt solar power tower. It has endeavoured to explain the solar power tower
with an overview of energy, form of energy, what is renewable energy, solar energy, and solar thermal. The second section discusses History of solar power tower development. The third section presents progression from solar one to solar Two. The fifth section details of the molten-salt – what is molten-salt and its properties. The sixth section details of components of solar power tower- Heliostat system, receiver system, thermal storage system, steam generator system and electric generation system. In seventh section discuss about advantage of solar power tower. The opportunity in India of this concept has discussed in eighth section. The ninth section discusses various research and development of solar components. In final Section summarize the successes of solar power tower and current technology development activities.
term paper
The document discusses solar tower technology for solar thermal power generation. It describes how solar towers work using a central receiver system with a tower and heliostat field. The heliostats reflect sunlight onto the receiver at the top of the tower to heat a fluid. This thermal energy is then used to generate electricity. Key components discussed include the heliostat field design and technology, receiver types, heat transfer fluids, thermal energy storage, and operational commercial solar tower plants around the world. Economics and the potential for solar towers in India are also summarized.
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solar power tower
Solar power towers use an array of mirrors called heliostats to focus sunlight onto a central receiver at the top of a tower. This concentrated sunlight is used to heat a fluid or molten salt that can store the thermal energy. There are two main types of solar towers - steam based systems that use water as the heat transfer fluid, and molten salt based systems that use a molten salt mixture. Solar towers have the advantages of being renewable, environmentally friendly sources of energy generation, but they also require large amounts of land and water and have the disadvantage of only producing energy when the sun is shining.
Solar tower
Solar towers generate electricity from sunlight by using an array of mirrors called heliostats to concentrate solar radiation onto a receiver at the top of a tower. There are two main types of solar towers: steam-based systems that use water as a heat transfer medium, and molten salt-based systems that use a molten salt mixture. Molten salt systems can store heat for hours after sunset, allowing electricity generation to continue. India is well-suited for solar towers due to its location along the Tropic of Cancer and availability of land, sunlight, and raw materials. A proposed molten salt solar tower in Gujarat could harness the region's abundant solar energy.
Solar Power Tower
The document discusses solar power towers, which use an array of flat, movable mirrors called heliostats to focus sunlight on a central collector tower. The concentrated sunlight heats a fluid in the tower that is used to generate steam and power a turbine, producing electricity. Several early solar power tower projects from the 1980s-1990s are described that varied in size from 0.5-10 MW and used different heat transfer fluids and storage media. The technology has advantages of being easy to operate, environmentally friendly, and having falling costs as renewable energy.
Redesign and Fabrication of Solar Power Tower using CAD and FEM Analysis
The solar power tower (also known as 'Central Tower' power plants or 'Heliostat' power
plants or power towers) is a type of solar furnace using a tower to receive the focused sunlight. It uses
an array of flat, moveable mirrors (called heliostats) to focus the sun's rays upon a collector tower (the
target). The high energy at this point of concentrated sunlight is transferred to a substance that can store
the heat for later use. The more recent heat transfer material that has been successfully demonstrated is
liquid sodium. Sodium is a metal with a high heat capacity, allowing that energy to be stored and drawn
off throughout the evening. That energy can, in turn, be used to boil water for use in steam turbines.
Water had originally been used as a heat transfer medium in earlier power tower versions (where the
resultant steam was used to power a turbine). This system did not allow for power generation during the
evening
Advanced Solar Power Tower Coupled to a Supercritical CO2 Turbine Cycle
1) Hiba Naffaa is evaluating the use of a supercritical CO2 turbine cycle for a 100 MW solar power tower plant in Lebanon under the direction of Prof. Michael Driscoll and Dr. Koroush Shirvan at MIT.
2) The objectives are to generate solar power with a heat-to-electricity efficiency of around 50% using the supercritical CO2 cycle and dry cooling.
3) An advanced form of power tower conversion using supercritical CO2 has advantages over steam cycles and physical testing is needed, with Julich proposed as the best option.
Solar power
This document summarizes different methods of solar power generation and storage. It describes concentrated solar power technologies like parabolic troughs, solar power towers, and Stirling dishes that generate heat from sunlight. Photovoltaics that directly convert sunlight to electricity and solar cell technology are also discussed. The advantages of solar power are outlined as well as energy storage methods like molten salts and batteries that allow solar power to be used when the sun is not shining.
Solar power tower
This ppt represents the study of solar power tower as well as continuing technology development, in order to update the
technical and economical status of molten-salt solar power tower. It has endeavoured to explain the solar power tower
with an overview of energy, form of energy, what is renewable energy, solar energy, and solar thermal. The second section discusses History of solar power tower development. The third section presents progression from solar one to solar Two. The fifth section details of the molten-salt – what is molten-salt and its properties. The sixth section details of components of solar power tower- Heliostat system, receiver system, thermal storage system, steam generator system and electric generation system. In seventh section discuss about advantage of solar power tower. The opportunity in India of this concept has discussed in eighth section. The ninth section discusses various research and development of solar components. In final Section summarize the successes of solar power tower and current technology development activities.
term paper
The document discusses solar tower technology for solar thermal power generation. It describes how solar towers work using a central receiver system with a tower and heliostat field. The heliostats reflect sunlight onto the receiver at the top of the tower to heat a fluid. This thermal energy is then used to generate electricity. Key components discussed include the heliostat field design and technology, receiver types, heat transfer fluids, thermal energy storage, and operational commercial solar tower plants around the world. Economics and the potential for solar towers in India are also summarized.
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The document discusses a proposed solar tower project in Australia that would use solar energy to power homes. The solar tower would have a base 3.5 miles in diameter and stand 1000 meters tall. Air heated by solar collectors under the tower would rise and power 32 wind turbines, generating enough electricity for 200,000 homes. The project aims to provide renewable energy and reduce greenhouse gas emissions.
Israel building world’s tallest solar tower
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The document summarizes a solar power tower, which generates electricity from sunlight by using many sun-tracking mirrors called heliostats to reflect sunlight onto a heat exchanger mounted on a central tower. The heat exchanger collects the sun's heat in a fluid that is used to generate steam to power a steam turbine and produce electricity. Solar power towers can produce electricity on a large utility scale of 30-400 MW as a clean and competitive alternative to coal and gas-based power generation.
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This document summarizes a solar concentrator power plant. It explains that solar concentrator systems use mirrors or lenses to concentrate sunlight onto a small area to generate heat, which is then used to power steam turbines and generate electricity. The first concentrated solar power plant was built in Italy in 1968. Solar concentrators work by using Fresnel lenses to focus sunlight onto a central receiver. Future studies project that concentrated solar power could provide 25% of the world's energy needs by 2050 with increased investment. Tower designs aim to efficiently collect and store thermal energy to generate electricity even when the sun is not shining.
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In this modern era where resources are limited and pollution is increasing with each passing day, the demand for renewable sources of energy is on the rise.
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Regional planning related to energy uses a framework of T=W-D, where T is throughput/improved livelihood, W is welfare related to social, environmental, ecological and energy factors, and D is environmental damage. Regional plans should consider current conditions, problems, and set short, medium, and long-term energy goals. One approach is developing solar thermal power plants, which can provide independent and renewable energy. Examples given include solar thermal projects on Sumbawa Island and in remote villages in West Sulawesi.
Finalpresentation4 14-140907135606-phpapp02
SOLAR BASED THERMAL POWER PLANT. CONCEPT OF HYBRID SYSTEM, & HOW TO REDUCE GREEN HOUSE GASSES BY THE USED OF SOLAR SYSTEM AND SUSTAINABLE DEVLOPMENT.
Emerging solar thermal plants in india as on 2013
This document summarizes several emerging solar thermal power plant projects in India as of 2013. It describes Lauren CCL's engineering, procurement, and construction management services for 50 MW and 25 MW solar thermal plants in Rajasthan and Gujarat, respectively. It also mentions ACME's commissioning of a 2.5 MW plant in Rajasthan and their solar thermal technology. Finally, it provides details on several other solar thermal projects underway or planned in India with capacities ranging from 10 MW to 250 MW.
Solar Energy
Solar energy harnesses sunlight to produce heat or electricity. It has been used since 1860 when Auguste Mouchout first directly converted solar radiation into mechanical power. Photovoltaic cells convert sunlight into electricity through the photoelectric effect and are commonly made of silicone, CIGS, or CdTe materials. Research is ongoing to improve efficiency, with some solar cells now over 30% efficient. Governments are investing heavily in solar energy through incentives and R&D to help bring costs down and markets online.
Improvements in efficiency of solar parabolic trough
Solar energy is primary source of all type of energy which is present in nature i.e. all the energy
derived from it. So, direct utilization of solar energy into useful energy is important. There are so many solar
thermal equipments in which concentrating type collector heated the fluid up to 100 to 4000C. It is employed for
a variety of applications such as power generation, industrial steam generation and hot water production.
Parabolic trough collector is preferred for steam generation because high temperatures can achieve.
Cylindrical parabolic trough type collector consists of selective concentrator and a receiver tube. The
selective cover system prevents the heat loss (convective and radiative) from the receiver tube and improves the
performance of solar parabolic trough. Also evacuated chamber is created to reduce the loss of heat and reduce
the corrosion of concentrator surface. Tracking system is embedded in the solar parabolic trough for tracking
the sun energy movement.
This report presents the evaluation of solar insolation in terms of monthly average hourly global
radiation in Patna on 10th April, 2013. On the basis of this solar energy flux, comparative study of the
instantaneous efficiency of solar parabolic trough is done. Here four different types of cover system are
mathematically analyzed. (i) Single glass cover on receiver (ii) Double glass cover on receiver (iii) Single glass
cover on aperture (iv)Double glass cover on aperture. This report contains many graphs to illustrate the effect
on instantaneous efficiency on variation of primary parameter. With the help of MATLAB R201a software
mathematical calculation is obtained.
REPORT
Here are some of the key reasons why solar energy is so important:
- Abundance - Solar energy is practically inexhaustible. The amount of energy that reaches the Earth's surface from the sun in one hour is greater than the world's total annual energy consumption.
- Environmental benefits - Generating electricity from solar energy produces no air or water pollution, noise, radioactive waste. It helps reduce greenhouse gas emissions and dependence on fossil fuels.
- Energy security - Reliance on solar energy reduces dependence on imported fossil fuels. It diversifies the energy supply and makes nations more energy independent.
- Job creation - The solar industry is a fast-growing sector that is creating many new jobs in manufacturing, installation,
Final Evaluation
Parabolic dish solar concentrator systems were designed, fabricated, and tested at varying concentration ratios to investigate their performance. The concentrators had diameters of 0.9m and focal lengths of 1.02m. Testing was conducted at concentration ratios of 10.38, 20.76, and 31.15 using 1, 2, and 3 concentrators respectively. Higher concentration ratios resulted in shorter times to achieve steam production and higher steam pressures. Concentration ratios of 20.76 produced steam in under 30 minutes, with pressures up to 1.9 bars. Overall, increasing the concentration ratio improved the thermal efficiency and steam output of the parabolic dish concentrator system.
Solar power
1. Solar power can be harnessed through two main methods - photovoltaic devices and solar thermal electric power plants.
2. Photovoltaic devices directly convert sunlight into electricity using solar cells, while solar thermal plants indirectly generate electricity from the sun through concentrating solar power technologies like solar power towers and parabolic troughs.
3. Both photovoltaic and solar thermal technologies can be used for residential, commercial, and large-scale power production and have applications for powering devices, heating water, and cooling buildings.
Concentrated Solar Power Course - Session 3 : Central Receiver and Parabolic ...
Parabolic dishes
* general description
* main elements: parabolic concentrator, structure and tracking system, receiver, stirling engine and generator
* state of the art: types of dish-stirling systems; operational aspects; performance and economy
* future developments
Central receiver systems
* general description
* main elements: heliostat, tower, receiver, power conversion system
* state of the art: technology options; operational aspects; performance and economy
* future developments
Algerian Trans-MED Concentrating solar power
Trans-Mediterranean Interconnection for Concentrating Solar Power, Algeria "Clean Power from the Desert" project.
The MED-CSP study focuses on the electricity and water supply of the EUROMED regions and countries. The scope was to create a database for decision
makers showing the potential of renewable energies to solve the regional energy and
water shortage and the corresponding cost escalation. A set of criteria for
sustainability was defined including not only environmental issues, but also socioeconomic efficiency and security of supply. A scenario was developed showing that the growing demand for power and water can be satisfied in an affordable way by a well balanced mix of technologies and resources.
The results of the MED-CSP study can be summarized in the following statements: Environmental, economic and social sustainability in the energy sector
can only be achieved with renewable energies. Present measures are
insufficient to achieve that goal.
An adequate set of policy instruments must be established immediately
to accelerate renewable energy deployment in the EU and MENA.
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The document provides information about the Obra Thermal Power Plant located in Uttar Pradesh, India. It is owned and operated by Uttar Pradesh Rajya Vidyut Utpadan Nigam. The power plant has 13 functioning coal-fired units with a total generation capacity of 1350 MW. The document discusses the generating units at the plant, including their installation dates and original equipment manufacturers. It also provides a brief overview of the typical components of a coal-fired thermal power station, including the boiler, steam cycle, turbine generator, and quality assurance process.
Indian scenario of super critical power plants issues and challenges by ntpc...
This document discusses supercritical power plants in India, including:
1. NTPC operates several supercritical power plants in India with a total installed capacity of 3,300 MW. Their Sipat plant includes 3 x 660 MW supercritical units.
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30 Years of ORC development.pdf
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A review on stamped charging of coals
The extensive use of pulverized coal injections in blast furnace worldwide, calls for higher coke quality. On the other hand, as coking coals become more expensive, with volatile price and relative availability, coke producers look for the introduction of cheaper coals in the blend. One of the answers to either of these drivers is stamped charging, initially oriented to the use of high volatile poorly coking coals.
Briefly, the technique of charge preparation consists in preparing a cake with the coal blend in a metallic box, then charging it in the coke oven. The higher charge density implies better coke quality when compared with conventional charging. So, depending on the situation, either better coke quality may be obtained, or poorer coking coals may be included in the blend.
The process has been around since the early XX century. As an example, Coed Ely coke plant, in South Wales, UK, operated two batteries of 30 ovens each, built by Coppe Company in 1914, 34’ long, 8’ 6” high and 50’ width, with a stamping station located in the space between the two batteries. Straw was used as an aid to cake strength. Straw was used as a binder and a specially designed charger car/ram built to load the charge into the oven from the back. Coke made by the stamp charging process was of a denser and larger variety than that made in other ways, making its use ideal for ironmaking in foundries where strength is an important factor. Another advantage noted was that a much larger range of coals could be coked with the limits of (high) volatility and coking properties much increased [1]. Also, other plants in West and East Europe adopted the technique: Germany, France, Poland, and Ukraine.
Modern process development took place in Fuerstenhausen Coke Plant, Völklingen, Germany, focused in the use of high volatile Sarre basin coal. In 1978, after intensive research and development the first 6 meters high cake was produced, overcoming a bottleneck for the economical implantation of this technology. The first plant of this dimension was started-up in 1984, at what is called today ZKS Zentralkokerei Saar, Völklingen, Germany [2].
Then, stamped charging was adopted by Tata Steel in 1989 [3] and other plants in the same country. During this century, an impressive capacity was built in China, with more than 100 M tpy [4]. The first modern stamp charging plant in the Americas was built in 2010 in ThyssenKrupp Steel CSA, Santa Cruz, Brazil [5].
Km186 steam power plant with single dynamo
Mechanical engineering project topics for final year, 1000KV Technologies, Live projects 1000kv technologies, mechatronics projects, live projects ameerpet, live projects near me, live projects institutes Hyderabad, mechanical projects hyderabad,
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Benefits of csp with thermal storage
To download, head to - http://solarreference.com/cspalliance-csp-thermal-energy-storage-presentation/
Also available at CSP alliance website. Key information includes - direct comparison of a CSP power plant with a conventional power plant, importance of thermal energy storage and the fact that deployment would lead to much more cost reduction than r&d.
For colelction of similar resources, head to -
http://solarreference.com
Urja thermal solutions
Incepted in 2007, Urja Thermal Solutions is a prominent company engaged in the Manufacturing, Exporting and supplying of Thermal Solutions. The company is working under the valuable assistance of its Owner, Mr. Swapnil Gautam. His successful contribution has helped the company grow in leaps and bounds. The company is located in Mumbai, Maharashtra.
Ntpc KAHALGAON REPORT FILE
NTPC Limited is India's largest power company, generating over 51,000 MW of power as of 2017 through various coal, gas, hydro, and joint venture plants across India. The document discusses NTPC's history and operations, technological initiatives in clean energy, corporate social responsibility programs, and environmental management practices. It also provides specific details about NTPC Kahalgaon, a 2,340 MW coal-fired power plant located in Bihar. The plant sources coal from nearby mines and uses a steam turbine process to generate electricity that is supplied to various states in Eastern India.
Subbu.ppt
The document discusses different types of power plants in Andhra Pradesh, India including thermal, hydel, wind, and solar plants. It notes that as of July 2012, APGENCO had an installed capacity of 8,924.9 MW comprising mainly thermal and hydel energy. APGENCO contributes about half of Andhra Pradesh's total energy requirements, making it the third largest power generator in India. The document focuses on thermal power plants, classifying them by fuel type and prime mover used. It provides details on the typical layout and processes involved in electricity generation at thermal power plants, as well as their advantages and disadvantages. Future prospects discussed include carbon capture technologies and preventive maintenance.
Company profile MAPS TG
MAPS Turbine and Generator Services provides overhauling, commissioning, erection, and repair services for steam turbines, gas turbines, nuclear equipment, industrial generators, and other rotating equipment. It has expertise in maintenance and troubleshooting of turbine components from various manufacturers ranging from 18.68 MW to 500 MW capacity. The company has experience executing plant expansion, modification, and upgradation projects. It has worked on projects in India for utilities and industries across steam turbine, gas turbine, and generator equipment.
Delta Group 2018.pdf
The document provides an overview of Delta Group, an engineering company consisting of Delta Engineering, Cosmec, and Elfor Controls. It details the company's areas of operations in Italy covering 40,000 square meters. It then outlines the company's history and recent investments. The core businesses of each subsidiary are described, including mechanical design, manufacturing capabilities, materials, and certifications. Key markets and services are also highlighted.
MAPS TG
MAPS Turbine and Generator Services provides overhauling, commissioning, erection, and repair services for steam turbines, gas turbines, generators, and other rotating equipment. It has expertise in dealing with critical components like rotors and casings. The company also performs condition assessments and troubleshooting. It has experience working with turbines and generators from 18.68 MW to 500 MW from various manufacturers like GE, Alstom, BHEL, Shanghai Electric, and others. MAPS has worked on projects in India with utilities and power plants to increase plant efficiency and capabilities.
CV
Venugopala Rao has over 35 years of experience commissioning electrical equipment in the power, chemical, and oil & gas industries. He has worked on numerous projects for Petrofac and other companies, commissioning equipment like gas turbines, substations, generators, and motors. His experience spans several countries and includes working with standards from Shell and BP.
Study Of LANCO 2*600 MW Udupi Thermal Power Plant
This document gives the simple understanding of concepts of Large Thermal Power Plant Operations and Equipment.
Power plant engineering question bank
This document outlines the syllabus for a course on power plant engineering. The course is divided into 5 units that cover various types of power plants including steam, nuclear, hydel, diesel, gas turbine, and economics. Unit I provides an introduction and overview of steam, hydel, diesel, MHD, nuclear and gas turbine power plants. Unit II focuses on steam power plants, covering topics like fuel handling, combustion equipment, and cooling towers. Unit III discusses nuclear and hydel power plants, including nuclear fission and fusion reactions as well as the components and operation of hydel plants. Unit IV examines diesel and gas turbine power plants, the types of each, and their components and cycles. Finally, Unit V addresses the
New directions of energy storage in CSP
The document discusses thermal energy storage in concentrated solar power plants. It provides statistics showing that 59% of CSP capacity currently under development will include thermal storage. It describes some early examples of plants with storage and more recent projects demonstrating increased storage hours. Finally, it overviews the main thermal storage technologies currently used and potential future directions for higher temperature storage options.
Butterfly valve & Pneumatic Actuator (english)
Wafer,lug and Flanged dreilled and tapped to meet ANSI class 150 Flanges
An internal travel stop has been designed to prevent over travel of the disc, minimizing possible seat damage,therefore extending the service life of the seat.
Taking advantage of brackets or adapters, it is easy to install the handles,manual gear,operator and pneumatic and electric actuators to valve.
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24 solar power
- 1. SOLAR POWER TOWER โดย นายเศกศักดิ์ กำามณี 48402610 ET.
- 3. ความเป็นมา (History) Project Country Power Output (MWe) Heat Transfer Fluid Storage Medium Operation Began SSPS Spain 0.5 Liquid Sodium Sodium 1981 EURELIOS Italy 1 Steam Nitrate Salt/Water 1981 SUNSHINE Japan 1 Steam Nitrate Salt/Water 1981 Solar One USA 10 Steam Oil/Rock 1982 CESA-1 Spain 1 Steam Nitrate Salt 1983 MSEE/Cat B USA 1 Molten Nitrate Nitrate Salt 1984 THEMIS France 2.5 Hi-Tec Salt Hi-Tec Salt 1984 SPP-5 Russia 5 Steam Water/ Steam 1986 TSA Spain 1 Air Ceramic 1993 Solar Two USA 10 Molten Nitrate Salt Nitrate Salt 1996
- 4. โครงสร้าง
- 10. Characteristics of solar thermal electric power systems. Parabolic Trough Dish/Engine Power Tower Size 30-320 MW 5-25 kW 10-200 MW Operating Temperature (ºC/ºF) 390/734 750/1382 565/1049 Annual Capacity Factor 23-50 % 25 % 20-77 % Peak Efficiency 20%(d) 29.4%(d) 23%(p) Net Annual Efficiency 11(d)-16% 12-25%(p) 7(d)-20% Commercial Status Commercially Scale- up Prototype Demonstration AvailableDemonstration Technology Development Risk Low High Medium Storage Available Limited Battery Yes Hybrid Designs Yes Yes Yes Cost USD/W 2,7-4,0 1,3-12,6 2,5-4,4 (p) = predicted; (d) = demonstrated;
- 11. Comparison of Major Solar Thermal Technologies. Parabolic Trough Parabolic Dish Power Tower Applications Grid-connected electric plants; process heat for industrial use. Stand-alone small power systems; grid support Grid-connected electric plants; process heat for industrial use. Advantages Dispatchable peaking electricity; commercially available with 4,500 GWh operating experience; hybrid (solar/fossil) operation. Dispatchable electricity, high conversion efficiencies; modularity; hybrid (solar/fossil) operation. Dispatchable base load electricity; high conversion efficiencies; energy storage; hybrid (solar/fossil) operation.
- 13. Reference http://www.fae.sk/Dieret/Solar/solar.html http://www.wipp.ws/science/index.htm http://www.colby.edu/personal/ thtieten/cases.html http://www.volker- quaschning.de/articles/fundamentals2/ind ex2_e.html