Verdicorp, Inc. is helping solve the world’s energy problems by producing electricity from heat that would otherwise be wasted into the atmosphere. Verdicorp’s Verdi~Sys combines award-winning technology with an Organic Rankine Cycle (ORC) System to capture waste heat from a variety of heat sources. It is particularly well-suited to transforming natural gas transmission engine exhaust into electricity, which means saving money.
Verdicorp President, Ron Conry and members of the corporate staff will be exhibiting the Verdi~Sys ORC system at the NAPE North American Petroleum Expo at the George R. Brown Convention Center in Houston, Texas on August 18-19, 2011. We look forward to speaking with you at the NAPE Expo in Houston. We will be in booth #2700.
You can learn more about Verdicorp by going to www.verdicorp.com
Advances in Molten Salt Thermal Storage [CSTP 2010]Smithers Apex
Advances in Molten Salt Thermal Storage presentation discusses the use of molten salt as a means of thermal energy storage for concentrating solar power plants. It provides an overview of different molten salt storage system designs, current projects using molten salt storage, and research efforts to improve molten salt compositions and reduce storage costs. Molten salt allows solar power plants to generate electricity when the sun is not shining by storing thermal energy from the sun for later use.
System combines the advantages of 100% scrap preheating and continuous scrap feeding through its chambers, without the need of EAF roof opening. EPC prevents totaly, any dust emission and heat loss during furnace charging stage, as it is the case normally for other operations. The EPC-EAF is a new generation, economical and environmentaly friendly Electric Arc Furnace. Considerable reduction in electric energy consumption, increased productivity, meeting strict environmental regulations, less dust load within the melt shop, flicker reduction& harmonic disturbance reduction are some of the important features of the new and superior EPC system.
This document provides an introduction to solar-powered livestock watering systems, including their cost components, and compares them to other pumping options like windmills and generators. Solar pumping works anywhere there is sunlight and is well-suited for summer grazing when animals need water most. The initial cost of solar systems is high but operating and maintenance costs are low. Overall costs depend on the specific situation and factors like volume of water needed and reliability of wind or sunlight.
Verdicorp, Inc. is helping solve the world’s energy problems by producing electricity from heat that would otherwise be wasted into the atmosphere. Verdicorp’s Verdi~Sys combines award-winning technology with an Organic Rankine Cycle (ORC) System to capture waste heat from a variety of heat sources. It is particularly well-suited to transforming natural gas transmission engine exhaust into electricity, which means saving money.
Verdicorp President, Ron Conry and members of the corporate staff will be exhibiting the Verdi~Sys ORC system at the NAPE North American Petroleum Expo at the George R. Brown Convention Center in Houston, Texas on August 18-19, 2011. We look forward to speaking with you at the NAPE Expo in Houston. We will be in booth #2700.
You can learn more about Verdicorp by going to www.verdicorp.com
Advances in Molten Salt Thermal Storage [CSTP 2010]Smithers Apex
Advances in Molten Salt Thermal Storage presentation discusses the use of molten salt as a means of thermal energy storage for concentrating solar power plants. It provides an overview of different molten salt storage system designs, current projects using molten salt storage, and research efforts to improve molten salt compositions and reduce storage costs. Molten salt allows solar power plants to generate electricity when the sun is not shining by storing thermal energy from the sun for later use.
System combines the advantages of 100% scrap preheating and continuous scrap feeding through its chambers, without the need of EAF roof opening. EPC prevents totaly, any dust emission and heat loss during furnace charging stage, as it is the case normally for other operations. The EPC-EAF is a new generation, economical and environmentaly friendly Electric Arc Furnace. Considerable reduction in electric energy consumption, increased productivity, meeting strict environmental regulations, less dust load within the melt shop, flicker reduction& harmonic disturbance reduction are some of the important features of the new and superior EPC system.
This document provides an introduction to solar-powered livestock watering systems, including their cost components, and compares them to other pumping options like windmills and generators. Solar pumping works anywhere there is sunlight and is well-suited for summer grazing when animals need water most. The initial cost of solar systems is high but operating and maintenance costs are low. Overall costs depend on the specific situation and factors like volume of water needed and reliability of wind or sunlight.
The cement industry uses high temperatures to produce clinker, resulting in waste heat opportunities. Sammo Energy proposes to fully implement power generation and preheating solutions using the waste heat, requiring no investment from cement plants. Sammo would own and maintain the systems, guaranteeing energy prices lower than market rates and sharing benefits like emissions incentives. Systems would extract heat from preheater exits and clinker coolers to power organic rankine cycle turbines without impacting cement production.
TotalEcoEnergy Smart homebuilding solutionsAzi Col
This document provides information on Total Eco Energy Senegal (TEE-Senegal) and their smart home, smart building, and smart city solutions. It describes TEE-Senegal's revolutionary smart grid inverter that manages multiple energy sources, such as solar, batteries, and the grid, to optimize efficiency. The inverter increases the competitiveness of solar energy compared to grid electricity. It also discusses TEE-Senegal's energy concept of combining ecological and economical solutions through their innovative renewable energy production management inverter.
Hindalco Industries Limited operates an integrated aluminum manufacturing facility located in Renukoot, India. The facility includes a cogeneration plant that produces steam and electricity. The cogeneration plant has several large boilers that fire coal to produce steam, which is used to drive steam turbines that generate electricity. The steam is also used for other processes at the aluminum facility. The cogeneration plant provides efficient combined heat and power to meet the needs of the aluminum production processes on site.
The document discusses pulverized coal combustion for electricity generation. It is the dominant technology for domestic coal use, with 85-90% used for power generation. A PC-fired power plant involves three major energy conversions: 1) Chemical to thermal via coal combustion, 2) Thermal to mechanical via high-pressure steam driving a turbine, and 3) Mechanical to electrical via a generator coupled to the turbine. The plant has numerous components and processes that impact efficiency, such as coal pulverization, combustion, steam generation, pollution control systems, and heat transfer and losses.
11128 Denys Stephens Penwith Ha Gshps In Low Income Housing FinalDenysStephens
Penwith Housing Association manages 6000 homes in Cornwall and has pursued energy efficiency best practices since 1994. It was the first housing association to install a ground source heat pump (GSHP) in 1998 and to retrofit multiple GSHPs in 2004. GSHPs use underground heat and can provide affordable heating with very low carbon emissions, making them well-suited for housing associations. Penwith has since installed GSHPs in several new and retrofit housing projects to reduce tenants' energy costs and carbon footprint.
Use this guide to assist with installing your Sun Seeker Solar Hot Water System. It contains guidelines for orientation towards the sun, ideal angles of elevation, and how to assemble components.
The document discusses solutions for reducing costs and emissions in the aluminum industry. It proposes that Sammo Energy would implement full solutions to capture waste heat from aluminum production processes using technologies like organic Rankine cycle turbines. Sammo Energy would invest its own resources and share benefits with industry partners through long-term agreements. This would allow industries to reduce energy costs and emissions without investments of their own.
Solarizer Anywhere is a special Solar Water Heater system that takes care of your space constraints with a flexible design. The Solar Water Heater uses a small photovoltaic module to power a pump that circulates the heat exchange medium between the solar collector and storage tank. The tank of this system is mounted below the solar collector and therefore the system is very compact. The floor area occupied by the system is also very small compared to the conventional solar water heating system.
Solarizer Anywhere can fit in “Anywhere” yet provides unmatched and quality water heating that you would not get “Anywhere.
F.A.T.I. is an Italian company established in 1945 that designs, produces, and sells various types and sizes of heating elements. It has expanded its production capabilities and markets over time. The company's product range includes tubular heating elements, immersion heaters, flanged heaters, duct heaters, electric exchangers, control panels, and convector heaters. F.A.T.I. aims to provide high-quality, reliable heating solutions and exports over 30% of its production worldwide.
The document summarizes Daewoo Enertec's electric floor heating system. It describes how the system provides a healthy and energy efficient heating alternative to traditional gas or oil heating. The floor heating system uses electric cables under floors to circulate heat and can reduce utility costs compared to other styles of western heating. Installing the system is described as easy and it allows homeowners to enjoy warm floors and a cozy environment.
Service Solahart Bogor Pemanas Air Solar Water Heater Tenaga Matahari Solahart ahli
Dalam rangka untuk memastikan layanan terbaik dan saran, Solahart pemanas air tenaga surya dan sistem tenaga surya hanya tersedia melalui Expert Solahart lokal Anda. Dan dengan cakupan seluruh Australia ada satu tidak jauh dari Anda. Cari ahli terdekat Anda di sini.
Semua ahli kami dilatih dan memenuhi syarat untuk menilai rumah Anda atau bisnis dan penggunaan energi Anda. Konsultasi surya GRATIS kami menjamin Anda mendapatkan solusi terbaik mutlak surya untuk situasi Anda. Buku gratis di rumah surya kutipan di sini.
Tidak hanya installer sistem tenaga surya kita diakreditasi oleh Dewan Energi Bersih, mereka juga dilatih oleh Solahart untuk memastikan bahwa setiap instalasi dilakukan sesuai dengan standar instalasi kami yang ketat dan hanya komponen yang ditentukan oleh Solahart digunakan untuk memastikan kinerja dan keamanan sistem tenaga surya Solahart Anda.
This document discusses solar power generation using molten salt technology. It introduces molten salt technology, how it functions in a solar power system, and its advantages over other energy storage methods. Molten salt uses a mixture of salts that can reach high temperatures and is a low-cost medium for storing solar energy even after sunset. Implementing molten salt solar plants in India would help reduce dependence on coal and lower costs for the electric sector by providing renewable energy storage.
The document discusses the Bagno Solution for solar energy concentration and power generation. It proposes a new composite material for flat plate solar concentrators that is lighter, less expensive, and more durable than traditional curved glass mirrors. The new design aims to make concentrated solar power more affordable and accessible for both large-scale electricity generation and small-scale home and commercial applications. The document outlines the technical advantages of the Bagno concentrator and provides initial calculations suggesting it could achieve a payback period of 3-6 years for heating or power generation. It discusses next steps toward commercializing the technology.
Central receiver power systems use a large field of mirrors called heliostats to reflect sunlight to a central receiver tower. The concentrated sunlight is used to heat a working fluid like water/steam to high temperatures, which is then used to drive a turbine and generate electricity. A central receiver power plant in California demonstrated this technology, using over 1800 heliostats covering 72 acres to produce steam at 516°C and generate up to 42 MW of power. Central receiver systems can achieve high operating temperatures above 600°C, have good potential for thermal energy storage, and have been commercially demonstrated. However, they also have drawbacks like high construction costs and requiring significant land area.
Bill Gould, CTO at SolarReserve, presented at the GW Solar Institute Symposium on April 19, 2010. For more information visit: solar.gwu.edu/Symposium.html
This document summarizes a residential geothermal heat pump installation project in Fairwater, Blacktown, Sydney. Some key points:
- Geothermal systems will be installed in 950 new homes being built in Fairwater to provide heating and cooling. 380 homes are currently operational.
- Energy and cost savings are projected based on monitored performance of a single home. Geothermal systems are over 60% more efficient than conventional AC.
- The installation process is outlined, including locating geothermal loops on site plans, installing and capping the loops before building, and connecting the geothermal heat pump during commissioning.
- Project benefits include reduced energy costs, consistent high performance regardless of
An Overview of Concentrated Solar Power (CSP)Technologies and its Opportuniti...NOUSHAD BHUIYAN
Introduction
Motivation
Technology Outline
Description Of Technology
Present Scenario Of CSP In World
Power Scenario Of Bangladesh
Opportunities In Bangladesh
Suitable Placement Of CSP Technologies
Future Work & Conclusion
Important References
Energy crisis is the most familiar and disquieting matter.
Suitable and reliable energy sources are the best solution.
There are two type of energy sources: conventional energy and renewable.
Due to decrement and limitation of conventional energy sources, we have to looking forward to ‘green energy’ for electricity generation.
Solar power is the conversion of sunlight into electricity, either directly using (PV), or indirectly using concentrated solar power (CSP).
Photovoltaics convert light into electric current using the photoelectric effect.
Concentrated solar power systems use lenses or mirrors and tracking systems to focus a large area of sunlight into a small beam.
Invest in NI - Olive Hill - CBI NI Annual Energy ForumAJCBI
This document summarizes a forum on annual energy hosted by CBI NI. It discusses evidence of climate change and mounting evidence from sources like NREL. It outlines state renewable portfolio standards and headlines projecting massive investments needed in energy infrastructure. It explores opportunities in growing renewable energy markets and Invest NI's interests in supporting climate change targets, renewables, and energy efficiency. Technology options are outlined on timelines from short to long term across diverse areas like wind, marine, biomass and other renewable technologies. R&D commitments and challenges are noted for the next generation of technologies. Four key development opportunities are identified around building technologies, offshore energy, bioenergy, and energy storage. An integrated approach is advocated to enable transformational change
Tarec in renewable energy - pv intro eng v1.1frankjoh
The document provides information on solar energy systems and solar panels. It discusses how solar panels work by absorbing sunlight and converting it to electricity. It also covers prerequisites for installing solar panels on roofs, including roof size, angle, and structural capacity. Additionally, it describes grid-connected solar systems and components like inverters. Integrating electric vehicles and vehicle-to-grid charging is also presented as a way to optimize energy use from solar production.
Mr. Roongroj PhetKheaw is a 23-year-old Thai national who works as a Lifting Equipment Inspector for Global Inspection & Certification in Iraq. He holds a Bachelor's degree in Mechanical Engineering and has work experience in piping engineering, wellsite engineering, and safety inspections. His technical skills include AutoCAD, SolidWorks, Microsoft Office, and safety certifications in magnetic particle testing, rigging, and emergency response.
This document provides information about investment promotion policies and criteria in Thailand. It outlines 6 key policies for investment promotion, including enhancing tax incentives, promoting quality standards, repealing export requirements, special promotion for low-income regions, minimum capital requirements, and priorities for certain industries and activities. It also lists 5 criteria for determining if a project qualifies for promotion, such as value added, debt-equity ratios, use of modern machinery, environmental protection systems, and feasibility studies for large investments. Concession projects and state enterprise privatizations have additional criteria based on Cabinet decisions.
Thailand's machinery and metalworking industries employ around 400,000 people across 50,000 enterprises. While domestic production is limited, imports of machinery and parts reached $12.57 billion in 2009, primarily from Japan, China, and the US. There is an opportunity for local suppliers to meet growing demand from downstream industries by providing a domestic source of more sophisticated machinery. Exports of machinery have also grown significantly, increasing over 90% since 2004 to over $8 billion annually, driven by Thailand's position as a regional export hub and trade agreements like AFTA.
The cement industry uses high temperatures to produce clinker, resulting in waste heat opportunities. Sammo Energy proposes to fully implement power generation and preheating solutions using the waste heat, requiring no investment from cement plants. Sammo would own and maintain the systems, guaranteeing energy prices lower than market rates and sharing benefits like emissions incentives. Systems would extract heat from preheater exits and clinker coolers to power organic rankine cycle turbines without impacting cement production.
TotalEcoEnergy Smart homebuilding solutionsAzi Col
This document provides information on Total Eco Energy Senegal (TEE-Senegal) and their smart home, smart building, and smart city solutions. It describes TEE-Senegal's revolutionary smart grid inverter that manages multiple energy sources, such as solar, batteries, and the grid, to optimize efficiency. The inverter increases the competitiveness of solar energy compared to grid electricity. It also discusses TEE-Senegal's energy concept of combining ecological and economical solutions through their innovative renewable energy production management inverter.
Hindalco Industries Limited operates an integrated aluminum manufacturing facility located in Renukoot, India. The facility includes a cogeneration plant that produces steam and electricity. The cogeneration plant has several large boilers that fire coal to produce steam, which is used to drive steam turbines that generate electricity. The steam is also used for other processes at the aluminum facility. The cogeneration plant provides efficient combined heat and power to meet the needs of the aluminum production processes on site.
The document discusses pulverized coal combustion for electricity generation. It is the dominant technology for domestic coal use, with 85-90% used for power generation. A PC-fired power plant involves three major energy conversions: 1) Chemical to thermal via coal combustion, 2) Thermal to mechanical via high-pressure steam driving a turbine, and 3) Mechanical to electrical via a generator coupled to the turbine. The plant has numerous components and processes that impact efficiency, such as coal pulverization, combustion, steam generation, pollution control systems, and heat transfer and losses.
11128 Denys Stephens Penwith Ha Gshps In Low Income Housing FinalDenysStephens
Penwith Housing Association manages 6000 homes in Cornwall and has pursued energy efficiency best practices since 1994. It was the first housing association to install a ground source heat pump (GSHP) in 1998 and to retrofit multiple GSHPs in 2004. GSHPs use underground heat and can provide affordable heating with very low carbon emissions, making them well-suited for housing associations. Penwith has since installed GSHPs in several new and retrofit housing projects to reduce tenants' energy costs and carbon footprint.
Use this guide to assist with installing your Sun Seeker Solar Hot Water System. It contains guidelines for orientation towards the sun, ideal angles of elevation, and how to assemble components.
The document discusses solutions for reducing costs and emissions in the aluminum industry. It proposes that Sammo Energy would implement full solutions to capture waste heat from aluminum production processes using technologies like organic Rankine cycle turbines. Sammo Energy would invest its own resources and share benefits with industry partners through long-term agreements. This would allow industries to reduce energy costs and emissions without investments of their own.
Solarizer Anywhere is a special Solar Water Heater system that takes care of your space constraints with a flexible design. The Solar Water Heater uses a small photovoltaic module to power a pump that circulates the heat exchange medium between the solar collector and storage tank. The tank of this system is mounted below the solar collector and therefore the system is very compact. The floor area occupied by the system is also very small compared to the conventional solar water heating system.
Solarizer Anywhere can fit in “Anywhere” yet provides unmatched and quality water heating that you would not get “Anywhere.
F.A.T.I. is an Italian company established in 1945 that designs, produces, and sells various types and sizes of heating elements. It has expanded its production capabilities and markets over time. The company's product range includes tubular heating elements, immersion heaters, flanged heaters, duct heaters, electric exchangers, control panels, and convector heaters. F.A.T.I. aims to provide high-quality, reliable heating solutions and exports over 30% of its production worldwide.
The document summarizes Daewoo Enertec's electric floor heating system. It describes how the system provides a healthy and energy efficient heating alternative to traditional gas or oil heating. The floor heating system uses electric cables under floors to circulate heat and can reduce utility costs compared to other styles of western heating. Installing the system is described as easy and it allows homeowners to enjoy warm floors and a cozy environment.
Service Solahart Bogor Pemanas Air Solar Water Heater Tenaga Matahari Solahart ahli
Dalam rangka untuk memastikan layanan terbaik dan saran, Solahart pemanas air tenaga surya dan sistem tenaga surya hanya tersedia melalui Expert Solahart lokal Anda. Dan dengan cakupan seluruh Australia ada satu tidak jauh dari Anda. Cari ahli terdekat Anda di sini.
Semua ahli kami dilatih dan memenuhi syarat untuk menilai rumah Anda atau bisnis dan penggunaan energi Anda. Konsultasi surya GRATIS kami menjamin Anda mendapatkan solusi terbaik mutlak surya untuk situasi Anda. Buku gratis di rumah surya kutipan di sini.
Tidak hanya installer sistem tenaga surya kita diakreditasi oleh Dewan Energi Bersih, mereka juga dilatih oleh Solahart untuk memastikan bahwa setiap instalasi dilakukan sesuai dengan standar instalasi kami yang ketat dan hanya komponen yang ditentukan oleh Solahart digunakan untuk memastikan kinerja dan keamanan sistem tenaga surya Solahart Anda.
This document discusses solar power generation using molten salt technology. It introduces molten salt technology, how it functions in a solar power system, and its advantages over other energy storage methods. Molten salt uses a mixture of salts that can reach high temperatures and is a low-cost medium for storing solar energy even after sunset. Implementing molten salt solar plants in India would help reduce dependence on coal and lower costs for the electric sector by providing renewable energy storage.
The document discusses the Bagno Solution for solar energy concentration and power generation. It proposes a new composite material for flat plate solar concentrators that is lighter, less expensive, and more durable than traditional curved glass mirrors. The new design aims to make concentrated solar power more affordable and accessible for both large-scale electricity generation and small-scale home and commercial applications. The document outlines the technical advantages of the Bagno concentrator and provides initial calculations suggesting it could achieve a payback period of 3-6 years for heating or power generation. It discusses next steps toward commercializing the technology.
Central receiver power systems use a large field of mirrors called heliostats to reflect sunlight to a central receiver tower. The concentrated sunlight is used to heat a working fluid like water/steam to high temperatures, which is then used to drive a turbine and generate electricity. A central receiver power plant in California demonstrated this technology, using over 1800 heliostats covering 72 acres to produce steam at 516°C and generate up to 42 MW of power. Central receiver systems can achieve high operating temperatures above 600°C, have good potential for thermal energy storage, and have been commercially demonstrated. However, they also have drawbacks like high construction costs and requiring significant land area.
Bill Gould, CTO at SolarReserve, presented at the GW Solar Institute Symposium on April 19, 2010. For more information visit: solar.gwu.edu/Symposium.html
This document summarizes a residential geothermal heat pump installation project in Fairwater, Blacktown, Sydney. Some key points:
- Geothermal systems will be installed in 950 new homes being built in Fairwater to provide heating and cooling. 380 homes are currently operational.
- Energy and cost savings are projected based on monitored performance of a single home. Geothermal systems are over 60% more efficient than conventional AC.
- The installation process is outlined, including locating geothermal loops on site plans, installing and capping the loops before building, and connecting the geothermal heat pump during commissioning.
- Project benefits include reduced energy costs, consistent high performance regardless of
An Overview of Concentrated Solar Power (CSP)Technologies and its Opportuniti...NOUSHAD BHUIYAN
Introduction
Motivation
Technology Outline
Description Of Technology
Present Scenario Of CSP In World
Power Scenario Of Bangladesh
Opportunities In Bangladesh
Suitable Placement Of CSP Technologies
Future Work & Conclusion
Important References
Energy crisis is the most familiar and disquieting matter.
Suitable and reliable energy sources are the best solution.
There are two type of energy sources: conventional energy and renewable.
Due to decrement and limitation of conventional energy sources, we have to looking forward to ‘green energy’ for electricity generation.
Solar power is the conversion of sunlight into electricity, either directly using (PV), or indirectly using concentrated solar power (CSP).
Photovoltaics convert light into electric current using the photoelectric effect.
Concentrated solar power systems use lenses or mirrors and tracking systems to focus a large area of sunlight into a small beam.
Invest in NI - Olive Hill - CBI NI Annual Energy ForumAJCBI
This document summarizes a forum on annual energy hosted by CBI NI. It discusses evidence of climate change and mounting evidence from sources like NREL. It outlines state renewable portfolio standards and headlines projecting massive investments needed in energy infrastructure. It explores opportunities in growing renewable energy markets and Invest NI's interests in supporting climate change targets, renewables, and energy efficiency. Technology options are outlined on timelines from short to long term across diverse areas like wind, marine, biomass and other renewable technologies. R&D commitments and challenges are noted for the next generation of technologies. Four key development opportunities are identified around building technologies, offshore energy, bioenergy, and energy storage. An integrated approach is advocated to enable transformational change
Tarec in renewable energy - pv intro eng v1.1frankjoh
The document provides information on solar energy systems and solar panels. It discusses how solar panels work by absorbing sunlight and converting it to electricity. It also covers prerequisites for installing solar panels on roofs, including roof size, angle, and structural capacity. Additionally, it describes grid-connected solar systems and components like inverters. Integrating electric vehicles and vehicle-to-grid charging is also presented as a way to optimize energy use from solar production.
Mr. Roongroj PhetKheaw is a 23-year-old Thai national who works as a Lifting Equipment Inspector for Global Inspection & Certification in Iraq. He holds a Bachelor's degree in Mechanical Engineering and has work experience in piping engineering, wellsite engineering, and safety inspections. His technical skills include AutoCAD, SolidWorks, Microsoft Office, and safety certifications in magnetic particle testing, rigging, and emergency response.
This document provides information about investment promotion policies and criteria in Thailand. It outlines 6 key policies for investment promotion, including enhancing tax incentives, promoting quality standards, repealing export requirements, special promotion for low-income regions, minimum capital requirements, and priorities for certain industries and activities. It also lists 5 criteria for determining if a project qualifies for promotion, such as value added, debt-equity ratios, use of modern machinery, environmental protection systems, and feasibility studies for large investments. Concession projects and state enterprise privatizations have additional criteria based on Cabinet decisions.
Thailand's machinery and metalworking industries employ around 400,000 people across 50,000 enterprises. While domestic production is limited, imports of machinery and parts reached $12.57 billion in 2009, primarily from Japan, China, and the US. There is an opportunity for local suppliers to meet growing demand from downstream industries by providing a domestic source of more sophisticated machinery. Exports of machinery have also grown significantly, increasing over 90% since 2004 to over $8 billion annually, driven by Thailand's position as a regional export hub and trade agreements like AFTA.
This document provides an introduction and overview of Bangkok, Thailand. It begins with a brief description of Bangkok as the capital city, called the City of Angels, known for its vibrant culture, award-winning hotels and restaurants, entertainment, and attractions. It then discusses the cuisine available on restaurant boats along the Chao Phya River and attractions to explore like the Grand Palace and shopping. The rest of the document covers climate, government, population, hospitals, health, crime prevention, and other tourist information needed for a visit to Bangkok.
The document profiles participants from Australia, China, and Indonesia who will be attending the E-Idea Regional Event & Training from October 1-6, 2011 in Jakarta and Ciawi. It provides brief biographies on each participant, describing their background, organizations, and environmental projects. The participants represent a variety of fields including design, fashion, journalism, and non-profits working on initiatives such as urban farming, electric bicycle conversion, solar lighting for hospitals, and recycling campaigns.
1) Total vehicle sales in Thailand for 2012 were over 2.45 million units, an increase of 68.32% from 2011.
2) Toyota was the top selling brand for both passenger cars and commercial vehicles in Thailand in 2012, with over 516,000 passenger cars sold and over 291,000 commercial vehicles sold.
3) Pickup trucks remain very popular in Thailand, with over 666,000 one-ton pickups and over 592,000 pure pickup trucks sold within the country in 2012. Toyota and Isuzu were the top selling brands for pickup trucks.
High Concentration Photovoltaic (HCPV) TechnologyACX
This document discusses using high concentration photovoltaic (HCPV) technology in Kenya. It describes a case study of an HCPV project currently providing electricity to a customer in Kenya. The project uses linear fresnel solar collectors to concentrate sunlight onto absorber tubes to generate thermal energy. This technology provides attractive returns on investment for the customer and helps reduce their power bills in a financially viable way while also allowing them to claim carbon credits.
The document discusses energy saving solutions from Powertech Solar, including solar thermal collectors and other renewable technologies. It provides details on their solar thermal collectors, including the benefits of evacuated tube collectors over flat plate collectors. It also describes how the solar thermal collectors can be installed in new or existing homes and integrated with other systems.
The Exorg Group introduces itself as an upcoming company in South India's market established in 2012 in Kerala. It provides innovative solar energy and energy efficient products like solar power plants, solar water heaters, LED lights, and voltage stabilizers. These products aim to provide uninterrupted power supply, reduce electricity bills and carbon footprint, and save nature.
The document discusses cooling systems and solar cooling. It provides specifications for different types of cooling equipment, including chillers, air handling units, cooling towers, pumps, and air-cooled condensers. It also describes an experimental study to evaluate the performance of a chiller system using different refrigerants (R22, R437A, and R438A). The study involves collecting temperature and pressure readings at the evaporator and condenser under different operating conditions.
Super inverter epcen08 114-catalogues_english (2)Henry Hollands
The document discusses Daikin's RZQ Super Inverter air conditioning system. It provides high energy efficiency through its use of inverter technology, DC fan motors, and refrigerants like R-410A. The system ensures maximum comfort with stable temperatures and sound levels as low as 43dB. It can connect to various indoor units and offers benefits like reusing existing piping and a operating range of -15°C to 50°C.
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.
The document discusses solar parabolic collectors, specifically cylindrical parabolic trough collectors. These collectors use curved reflectors to concentrate sunlight onto an absorber tube to produce high temperatures. The absorber tube is coated to absorb solar energy and emit little infrared radiation. Parabolic trough technology is currently the most proven solar thermal electric technology, with nine large commercial plants operating since 1984 to produce steam for electricity generation. The document also discusses parabolic dish collectors which focus sunlight onto a small receiver but require dual-axis tracking.
Data sheet of 80W vertical solar street light for 10 meters poleEcho Kuang
Do you want to get something different for your projects? Have you ever heard vertical solar street light? do you know where is the solar module on this vertical solar street light? Pls feel free to contact us if you are interested in this new design! Email: sales12@auroraslighting.com / wechat: +86 13600022416
How Solplanet Inverters Deliver Reliable Solar Power in High Temperatures.pdfTech Products Info
Solplanet inverters are designed to thrive in high-temperature settings, ensuring consistent solar power generation. Equipped with state-of-the-art thermal regulation mechanisms, these inverters sustain optimal performance even in scorching conditions. Their resilient construction and advanced features guarantee seamless functionality, maximizing energy yield in hot climates. Solplanet's focus on reliability and efficiency makes them a preferred solution for solar installations in challenging thermal environments.
This document provides an overview of a presentation on smart process plant automation and electrical safety products. Some key points:
- It discusses automation of process plants that handle materials, products, water, air and packaging. Electrical controls, communication and monitoring networks are important.
- Electrical safety topics covered include earthing systems, lightning protection using early streamer emission technology, surge protection, and compliance with Indian and international standards.
- The presentation promotes the use of maintenance-free earthing using copper-bonded rods and exothermic welding to reduce joints. It also discusses lightning protection systems and surge protection devices.
Conventional sources of energy (power generation) 01Abha Tripathi
The document discusses India's power system structure and conventional power sources. It notes that power is primarily owned by state electricity boards and generated through thermal, hydroelectric, nuclear and renewable sources. Thermal power makes up the largest portion at 65% of total installed capacity, with coal being the primary fuel. Key components and processes of thermal, hydroelectric and nuclear power plants are described. Other conventional power sources like gas turbines and diesel engines are also briefly outlined.
The document describes the Solar CatcherTM, an advanced solar power conversion system that uses a Brayton cycle turbine with alternator for high efficiency. It can include optional energy storage like vanadium batteries for 24 hours of operation. The system has an efficiency over 30% with no piping needed and can operate at moderate turbine temperatures. It is designed for areas like Asia with medium solar insolation and hot, humid climates.
The Sustainability Consortium: Making Carbon-Free Living a Reality (Carbon Fr...ecoconnect
The document discusses various technologies for making buildings more sustainable and achieving zero-carbon living, including highly insulating materials, photovoltaic thermal solar collectors, geothermal heating and cooling, phase change material thermal stores, and voltage optimization systems. These technologies can provide passive house levels of insulation, increase electrical output from solar panels, store solar thermal energy for longer periods, and reduce energy usage from the electrical grid. The goal is to redefine renewable technology through appropriate technology selection and value engineering to create cost effective zero-carbon living solutions.
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Driving Business Innovation: Latest Generative AI Advancements & Success Story
CLFR Thailand
1. Compact Linear Fresnel Reflector
Power Plant 1 MW
On
Pure Solar Mode 24 hours
Operation
for
Soft Land, Medium Insolation
By and Humid Country
Solar Space Frame Industrial Co., Ltd.
Bangkok, Thailand
February 8, 2555
2. Intro
In CSP technology such as Trough, Compact Linear Fresnel Receiver,
Solar Tower, Solar Dish Stirling, etc required large area as shading effect. It
needs high insolation such as 1,000 W/m2 min. It is not suitable to operate
in humid and medium insolation such as 500 W/m2. As the structure so long
it needs good foundation in Soft-land area. It uses high power for tracking
as the system has no sound weight balanced. CSP had high thermal losses
due to long receiver tubes, long deliver fluid tubes, high temperature
thermal storage, and high working temperature. It required very good
thermal insulation. Once the structure to long it cannot prevented from
twisting so the structure will be large and heavy.
The turbine required high pressure, temperature, and dry steam quality.
Also generator required synchronous system when connected to grid. It is
not Easy to transport and assembly. As high technology the operation and
maintenance costs will be high. The material is not easy to find as the
system use high temperature. We expect the cost of CSP should below 90
THB/W, 3.0 US$/W, or 2.1 EURO/W when compare to solar cell. The Solar
Thermal Dish Steam Turbine with Induction Motor Farm may solve these
problems and make it possible for commercial.
4. WORLD
Future Solar Thermal
SOLAR THERMAL 30% Power Generation Capacity
700 0C 70 BAR USA 20,000 MW
CHINA 20,000 MW
LIGNITE POWER PLANT 70% INDIA 20,000 MW
THAILAND
Expected Solar Thermal
SOLAR THERMAL 75%
180 0C 15 BAR Power Generation
Capacity in 2020
3,500 MW
BIOMASS 25%
35,000 MTHB/Yr Savings
World Sustainable Energy Solution
5. Develop and deploy solar energy technology to serve
our customers’ who need special design for medium
insolation, soft-land, and humid countries. For global
electricity and thermal energy needs in a dependable,
market-competitive and environmentally responsible
manner.
Our Mission
6. Offer comprehensive and fully integrated CSP solutions
Lowest cost and most land-efficient CSP technology
Solar steam generators offer turnkey solar solutions, including
power block and balance of plant
High-volume manufacturing and installation, scalable and
modular
Support services in project development and EPC
Life-cycle services for long-term operations and maintenance
Easy to operate and maintenance
Low operation and maintenance cost
Operate from medium to high insolation
Molten salt storage
Direct Steam at saturation or superheat temperature
Low tracking power
Light weight structure but heavy duty
Structure prepare for earthquake, and high wind
High efficiency receiver
Back up by biomass, biogas, LPG, CNG, Hydrogen (Water)
Could operate 24/7 min 300 days/year
Provide breakthrough innovation to lower our customers’ cost of
energy
Design for monsoon climate insolation 500 – 1,000 w/m2 and soft-
land country
Comprehensive Solar Solutions
7.
8. Compact Linear Fresnel Reflector (CLFR)
Arrays of optically-shaped reflector mirrors
Concentrate over 50 “suns” of energy
Boiler tubes generate high pressure
saturated and/or superheated steam
CLFR Technology
9. Steam (Saturated or Superheated)
Standalone Solar & Solar Solar Steam Augmentation Industrial Processing
Hybrid Power Plants
Customers
• Utilities • Utilities • Enhanced oil recovery & refining
• IPPs • IPPs • Mining
• Chemical processing & refining
• Food processing
• Desalination, Absorption Chiller
Applications and Markets
10. Solar Steam Generators (SSGs) use Concentrated Solar Power
(CSP) to drive screw steam turbines or provide process steam
SSG could have dimension upto 365 m (1200’) long, 18 m
(60’) high, 36 m (120’) wide depend on power produced
SSG can produce up to 10,000 kg/hr (22,000 lbs/hr) of
saturated or superheated steam
Solar boiler, ASME S-Stamp qualify.
SSG will not overheat, even with coincident failure of offsite
power (feed water and reflector drive) and backup power
(reflector drive) at solar noon on the summer solstice
Durable designs of standard materials can be erected rapidly
and deployed at scale
IBC/UBC structural design for Seismic Zone 4 and 145 km/hr
(90 mph) wind speed
Key Product Attributes
11. ASME “S” Stamp Solar boiler standard
ASME Boiler & Pressure Vessel Code
Section I, 2007 Edition, 2008a Addenda
ASME B31.1 Power Piping Code
2007 Edition, 2008a Addenda
Structural Codes
Uniform building code
International building code
Authorized Inspector
Standard Code and Design
12. Most land-efficient solar technology,
lowest cost CSP technology
Lower land and grading costs and
ongoing O&M costs, less time-intensive
permitting
Easier access to contiguous, flat land, can
be built on sloping sites (<3% grade)
Reduced environmental impact (no oil
containments), lower view shed impact
Easy to erection, operation and
maintenance, less time-intensive
permitting
Scalable by adding solar steam
generators, greater ability to site at
existing power plants and industrial sites
CSP Reference Plant @ 24 hrs Crystalline 84 Rais
Pure Solar Mode @ 550 w/m2 Thin Film 126 Rais
Solar Trough 64 Rais
1 MW = 67,200 Sqm = 42 Rai CLFR 42 Rais
= 6.72 Hectares Solar Tower 84 Rais
CLFR Advantages
13. SSG is the building block
Each SSG contains one receiver with boiler tubes
Receiver heated by reflector rows in segments
Segments comprised of factory assembled reflectors and drives
Modular System 250 kW, 1MW, 5MW, 10 MW
Scalable 1MW, 5MW, 25 MW, 50 MW
Modular, Scalable and Deployment
17. Boiler Trips rotate reflected light away from receiver
High exit pressure
High exit temperature
UPS back-up for reflector drive power
Passive thermal protection protects against
concurrent loss of
Feed water
AC mains
UPS backup
Worst Case
Summer Solstice Solar Noon
Boiler is completely hot and dry
Safety
18. Simple, reliable, robust
Design for medium
insolation, soft-land, and
humid countries
Saturated or Superheated
steam at pressure and
temperatures that
customers want
High-volume manufacturing
and installation, scalable
and modular
ASME Section I design
Commitment to customers
world-wide
Lowest cost, most land-
efficient CSP technology
Summary
20. • Delta Truss
• Software Analysis
- Linear First Order
- Linear Second Order
- Non-linear First Order
- Non-linear Second Order
- Dynamic Harmonic
- Dynamic Seismic
- Dynamic Modal
- Bucking
- Stiffness
- Own weight
- Shell Stress
- Torsion
- Thermal expansion
- Moment
• Antirust treatment
• Easy to transport and
erection
Structure Design
21.
22.
23. Solar Space Frame
Linear Receiver
CSP Type
Low Thermal Loss
Reliability
Scalability
Operability
High Shock Load Resist
HTF as Working Fluid
Triple Layer Insulator
Linear Receiver
24. Solar Linear Receiver Specification
Surface Emittance ε 0.03
Surface Absorption αr 0.87
Specular Reflectance ρ 0.95
Transmittance of Glass Cover τg 0.90
Max. Temperature C 600
Max. Working Pressure PSI 400
Insulation Thermal W/mK 0.05
Conductivity
Min. Direct Insolation 400 W/m2
Max. Direct Insolation 1,100 W/m2
Max. Wind Speed 160 Km/hr
Overall Efficiency 80 %
25. Descriptions MTHB
Foundation 3.00
Steel Column 5.00
Reflector Support and Mirror 55.00
Low Pressure Steam Engine 250 k x 4 20.00
1 MW XFUR with Controller 3.00
Solar Receiver 6.00
Solar Tracking 5.00
Thermal Storage + Backup Burner 90.00
Accessories 15.00
Sub Total 202.00
VAT 14.14
Total 216.14
Cost for 1 MW Pure Solar Mode 24 hrs
28. Solar Steam Performance @ 0.25 MWhr
Performance
Temperature Up to 750 F (180 C)
Up to 900 F (200 C)
Constructability
Reliability
Pressure Up to 150 PSIa (10 BARa)
Up to 230 PSIa (16 BARa) Scalability
Annual Energy per 1,800 MWh
Operability
10.5 Rais (16,800 Sq.m)
System Efficiency 15 %
1,800 MWhr/300 = 6 MWhr/day = 1 MW for 6 hr
16,800 m2 @ 0.55 kW/m2 = 9.24 MWhrThermal = 0.92 MWhrelectric
Equivalent to 6 MW/day This could produce 250 kWhr for 24 hrs
Back Up fuel 5 - 25 % used to maintain the stability of the
power plant
Performance @ 550 W/m2
Pure Solar Mode 24 hrs
35. Solar Space Frame
High Efficiency Steam Engine
CSP Type
Low Friction
Reliability
Scalability
Operability
High Shock Load Resist
Low Maintenance Cost
Easy to Maintenance
High Efficiency
High Efficiency Steam Engine
36. High Efficiency Steam Engine
Specification
Bore 8 In
Stroke 8.5 in
Action Single
No of Cylinder 4
Working Pressure 150 PSI
Steam Consumption 3,500 Kg/hr
Power 380 HP
280 kW
Induction Motor 250 kW
RPM 1,000
Frequency 50 Hz
Carnot Efficiency 30 %