Recent Event Highlights: ITS To Buy Q-Cells' Non-Prime Solar Cells, JA Solar and ECN join efforts to introduce high efficiency photovoltaic modules, JA Solar and ECN Join Efforts to Introduce High Efficiency Photovoltaic Modules, Testing High Power Solar Cells and Modules Using Agilent's Electronic Load, SolarPV.TV 5min Weekly (CN38): BP Solar, Trina, Sunpower 和Solsonica执行长看好2010年景气, SolarPV.TV 5min Weekly (CN37): 十大模块制造商、Q-Cells, LDK和Suntech公布第一季营收, and 43 more...
Created by dipity on Jul 4, 2010
Last updated: 10/29/10 at 09:59 PM
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...into very attractive modules and systems. Q-Cells’ focus remains on providing the very highest quality branded solar cells and modules, with precisely defined product characteristics, which we offer to our customers or process into our own modules,” Timothy...
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Sustainable Business
http://feeds.sustainablebusiness.com/~r/SBInvestorNews/~3/nw_BjrLPeKA/20519
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...power products. The company sells its products to solar manufacturers worldwide, who assemble and integrate solar cells into modules and systems that convert sunlight into electricity for residential, commercial, and utility-scale power generation. For more...
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Nanotech Now
http://www.nanotech-now.com/news.cgi?story_id=38638
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...solar power products. The company sells its products to solar manufacturers worldwide, who assemble and integrate solar cells into modules and systems that convert sunlight into electricity for residential, commercial, and utility-scale power generation. For...
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PR Newswire
http://www.prnewswire.com/news-releases/ja-solar-and-ecn-join-efforts-to-introduce-high-efficiency-photovoltaic-modules-96030449.html
www.agilent.com Using an Agilent electronic load to capture an IV curve from a 40 W solar module. A simple program is used to plot the IV curve along with the power curve. The N3300-series electronic load is modular solution and can be configured to test up to 1800W in a single mainframe.
(2010.05.25) SolarPV.TV 每周五分钟快报于每周一播出，请锁定solarpv.tv 本周的新闻内容包括: *PV Legal公布光伏发电资料库更多详细资讯*SEIA总裁兼执行长Rhone Resch对美新气候立法发表意见* Prologis启用第一个光伏模块比较测试地点*SMA Solar Technology 公布第一季营收数字*Q-Cells回到巅峰* Photovoltech生产之多晶矽黑电极MWT电池达成杰出转换效率*Manz 之雷射生产科技受Yingli Green, Bosch和COnergy青睐* 澳洲联邦政府宣布其2010/2011年预算，大力支持再生能源*GCL-Poly可能建造500兆瓦产能之太阳能场*Yingli Green Energy 和Maetel签订销售合约
(2010.05.17) SolarPV.TV 每周五分钟快报于每周一播出，请锁定solarpv.tv 本周的新闻内容包括: *IMS公布2009年全球前十大模块制造商*Q-Cells, LDK 和Suntech 发布2010年第一季营收数字* Kyocera将为Matsuyama太阳能电厂提供9000组模块* Satcon Technology第一季转换器订购量预见本年度需求增长* 德国下议会同意七月开始缩减光伏发电补助* Sanyo Electric宣告十八亿元投资计划* Masdar PV更换CEO与COO * Global Solar Energy 表示全球最大CIGS屋顶装设工程采用其提供原料之模块* Allianz 收购六座一兆瓦产能之太阳能公园* ProLogis 宣布其位于南加州之第二项屋顶装设计划
Mit unseren wächentlichen Nachrichten bieten wir Ihnen einen Überblick über SolarExpo, die wichtigste Solarmesse in Italien.
Interview with Dr Michael Goldsworthy, CEO, SilexSolar, at the launch of the SilexSolar manufacturing and development plant at Sydney Olympic Park, Homebush Bay NSW Australia
Interview with Eric Zimmerman, Director, Rezeko, at the launch of the SilexSolar manufacturing and development plant at Sydney Olympic Park, Homebush Bay NSW Australia
Interview with Martin A. Green - Scientia Professor, School of Photovoltaic and Renewable Energy, University of New South Wales at the launch of the SilexSolar manufacturing and development plant.
US-Department gibt 200 Millionen für Solarprojekte; Frauenhoferinstitut bestätigt Innovalights 19% Konversionaeffizienz; iSuppli: Outsourcing im Trend; Aide Solar im Aufwind;
Video describing how Suntech Power, the world's leading maker of photovoltaic solar panels, produces high quality, superior reliability products.
Video describing how Suntech Power, the world's leading maker of photovoltaic solar panels, produces high quality, superior reliability products.
Video describing how Suntech Power, the world's leading maker of photovoltaic solar panels, produces its quality products.
Wahl zum Event des Jahres 2009; Upsolar „Sehr gut bei Ökotest, Sunpower übernimmt SunRay, Investitionen in Italien Marokko und Indien. PV-Panel Test in den USA.
Video describing how Suntech Power, the world's leading maker of photovoltaic solar panels, produces its quality products.
Ingmar Wilhelm wird Leiter von EPIA, Zuschüsse aus Texas, Verluste in Deutschland, SolarPV.TV Messepavillon während der Intersolar Europe in München
DigInfo - www.diginfo.tv Kyosemi See-through Solar Modules Related Links - www.kyosemi.co.jp - www.pvexpo.jp (PV EXPO 2010)
Ab heute sind die wöchentlichen Nachrichten von SolarPV.TV nicht nur auf Englisch, sondern auch mit deutschen und chinesischen Untertiteln abrufbar.
(2010.03.01) SolarPV. TV 每周五分钟快报于每周一播出，请锁定solarp v.tv 将为您带来太阳能光伏发电产业的最新消息! 本周的新闻内容將包括: * 2009年光伏产业最佳活动竞赛开跑* 全球光伏相关高级化学原料市场成长*Fraunhofer ISE报告出炉，减价百分之六较合理*First Solar 不负第一盛名* 三菱电子电子新款电池实验室转换效率达百分之十四点八* InterSolar Award增添新奖项类别*还有更多来自台湾、以色列、土耳其、加拿大以及秘鲁的国家新闻!
Spire Corporation is a leading global solar company providing turnkey solar factories, capital equipment, installed PV systems, and critical services worldwide. With over 40 years of experience and $100 million in R+D and PV, our unique experience and technical depth puts us in a unique position to ensure the success of our customers. Spire is uniquely capable of creating new solar companies who can enter quickly and become commercially successful. Spire customers can produce solar cells, solar modules or solar energy. They enjoy rapid entry to the market and certification of their products; and join a growing list of cell module and energy producers who can be trusted vendors and/or customers of each other and the market beyond. Spires factories and equipment address crystalline cells and modules, back-end thin film and CPV solar cell foundry services. We invite you to discover why over 90% of solar manufacturing companies include Spire.
SolarPV.TV bring you a reportage from Lyon, the French city where is a major center of business, and VICENT Industrie is one of the name. Created in 1979, VINCENT INDUSTRIE proposes and develops complete and adapted SOLUTIONS for the industrialisation of products. Together with Apollon Solar the company is bringing NICE (New Industrial Cells Encapsulation) to the Solar PV equipment market. In this report, we interviewed French Minister of State for foreign trade Anne-Marie Idrac, and had her lead the tour in the factory. To learn more about the New Industrial Cells Encapsulation (NICE) technology and the two companies, please visit our website at solarpv.tv
Under our "Recycling Focus," SolarPV.TV team interviewed Prof. Vasilis Fthenakis, Head, National Photovoltaic EH&S Research Center at Brookhaven National Laboratory, at the 1st International Conference on PV Module Recycling, to speak about the recycling effort in the US. Vasilis Fthenakis is a senior scientist at Brookhaven National Laboratory (BNL) and a professor of earth and environmental engineering at Columbia University. Fthenakis directs the National Photovoltaic Environmental Research Center at BNL, and in a dual appointment with Columbia University, he also directs the Center for Life Cycle Analysis (LCA) at Columbia, which he founded in 2006. To learn more about Professor Fthenakis, please visit our website at solarpv.tv
Under our "Recycling Focus," SolarPV.TV team interviewed Marc Suys, EH&S Manager at 5N Plus, at the 1st International Conference on PV Module Recycling, which was organized by PV CYCLE and EPIA in collaboration with the European Commissions Joint Research Centre to speak about Major challenges in recycling of thin film modules as well as 5NPV's recycling experience. As part of its strategy for consolidating its chain of supply, 5N Plus has acquired facilities for extracting metals of interest from various concentrates produced by the primary metals industry. The range of technology developed for this purpose has quickly allowed 5N Plus to use as raw materials numerous production residues produced by our clients and containing concentrations of our products. To learn more about the recycling actitivies at 5N Plus and Marc Suys, please visit our website at solarpv.tv
Under our "Recycling Focus." SolarPV.TV team interviewed Ms. Lisa Krueger, VP Sustainable Development at First Solar, to speak about First Solar's recycling experience at the 1st International Conference on PV Module Recycling, which was orgnized by PV CYCLE and EPIA, in collaboration with the European Commissions Joint Research Centre. Consistent with the environmental philosophy of extended producer responsibility, First Solar has established the industry's first comprehensive, prefunded module collection and recycling program. The program is designed to maximize the recovery of valuable materials for use in new modules or other new products and minimize the environmental impacts associated with PV system production. To learn more about the program, First Solar and Ms. Lisa Krueger's role in First Solar, please visit our website at solarpv.tv
Under our "Recycling Focus," SolarPV.TV team interviewed Dr. Sylke Schlencker, Head of Marketing at Sunicon AG, at the 1st International Conference on PV Module Recycling, which was organized by PV CYCLE and EPIA in collaboration with the European Commissions Joint Research Centre. Sunicon AG takes on the strategic task of testing alternative competitive procedural approaches to the manufacturing of solar silicon and its development with partners in order to ensure on a long-term basis the silicon demands of the SolarWorld Corporation. If you want to learn more about the company and SolarPV.TV's Recycling Focus, please visit our website: solarpv.tv
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...that is, one hundredth or less of the crystalline silicon photovoltaic cells. For this reason, a-Si thin-film photovoltaic modules have received widespread attention as a product that will become the mainstream of photovoltaic cell in the future, and are being...
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Renewable energy access
http://www.renewableenergyworld.com/rea/partner/ulvac-technologies-inc-8066/news/article/2009/12/ulvac-inc-developed-and-launched-the-new-cim-1400-pe-cvd-system-for-microcrystal-silicon-layer-utilized-in-tandem-type-thin-film-silicon-photovoltaic-modules
www.FSM-Solar.com Manufacturing equipment for producing and testing crystalline silicon solar panels. Also providing quality assurance equipment for solar cell sorting and micro crack detection for solar cells, solar cell strings, and solar panels. A Global OEM - FSM has been manufacturing and supplying high quality equipment with outstanding technical support and service to a wide range of industries in the USA and Worldwide since 1892. FSM Solar 4064 Clough Woods Drive Cincinnati, Ohio USA 45103 1-513-947-2888
Energy security + how to get rid of the electricity grid! LOL. A Melbourne company has been developing a cleaner electricity for Australians which could be implemented as early as next year..... but, as with solar thermal technology, will most probably be marketed everywhere else in the world first, uhh..... Traditional electricity generation is inherently wasteful. More than half the energy content of the fuel escapes from the power station's cooling tower as waste heat. In addition, more than 5% of the electricity generated is lost in transmission in the journey from grid to end user. An alternative approach is to generate electricity within homes and commercial buildings using a device called a fuel cell essentially a large battery with a replenishable fuel source. In Manchester, Mike Mason advocated fuel cells that use solid-oxide technology. These can run on natural gas, ethanol or various other fuels, including the gases produced when making biochar. Mason described domestic fuel cells that can produce electricity from gas more efficiently than even the best modern power stations and at a lower cost. As a bonus, because the generation happens at the point of consumption, transmission losses are minimised and any heat created can be used for hot water and radiators..... www.guardian.co.uk Ceramic Fuel Cells opens Germany plant - Melbourne-based alternative energy company Ceramic Fuel Cells Ltd (CFC) has opened its large-scale fuel cell manufacturing plant in Germany ...
The LU-5X and LU-10X PV Cell Strings Layup machines have been developed in Gorosabel Solar Energy as transfer machines of low-half production. The machines put the soldered photovoltaic cells string over the modules glass. It is also possible to integrate an intelligent visual inspection. La familia de máquina LU son las máquinas transfer que se realiza en Gorosabel Solar Energy para la manipulación de células fotovoltaicas. Estas máquinas colocan strings de células fotovoltaicas soldadas sobre el vidrio del módulo. Es posible también integrar una inspección de inteligencia visual. More information in www.gorosabel.com
Konarka konarka.com is recognized throughout the world as a leader in OPV (organic photovoltaic) technology a 3rd generation solar technology that is rapidly emerging to compete with silicon based 1st and 2nd generation solar technologies. The company holds over 350 patents and filings covering every aspect of our proprietary chemistry and processes. Our current research efforts are exploring exciting new OPV chemistries as well as advances to our existing technology that will produce greater power output at a lower cost. At the heart of Konarkas technology is a photo-reactive polymer material invented by Konarka co-founder and Nobel Prize winner, Dr. Alan Heeger. This proprietary material can be printed or coated inexpensively onto flexible substrates using roll-to-roll manufacturing, similar to the way newspaper is printed on large rolls of paper. The resulting Power Plastic can then be manufactured into a wide range of end-use products.
SolarPV.TV solarpv.tv presents you the New Industrial Cells Encapsulation (NICE) for production of solar pv (photovoltaic) modules. Please also see the interview solarpv.tv with Robert de Franclieu, General Manager of APOLLON SOLAR, active in Solar PV business since 1983 ; and Robert Vincent, Chairman and General Manager, VINCENT Industrie SAS about NICE at
The red GOLF was was converted to then-state-of-the-art spiral wound Optima batteries by ACPropulsion. Conversion was a team effort, with Paul Carosa doing much of the design and construction. Alan Cocconi was the chief designer of the the Gen I drive system and Battery Optimizer modules. Dave Sivertsen did the battery optimizer controller. This is probably the most sophisticated lead-acid battery management system ever devised, with individual module-level monitoring of sealed spiral-wound lead-acid batteries that are still available today. Of course, the best module-level Battery Management System is not quite as good as the cell-level monitoring of the (successor) T-zero and then eBox, a system now used on the banked Lithium cells in the Tesla Roadster. While the Tesla might be considered the third-generation EV1, the Red Car could be considered the second-generation, perhaps a test article among that pack, and thus has a place in automotive history. On the video, the Red Car is compared with two Toyota RAV4-EV, which have over 100 miles range using NiMH nickel batteries produced prior to the Chevron lawsuit's shutting down production (Nov., 2002). But, really, lead-acid is the best choice for the daily commute; the lead-acid EV1, upgraded to PSB 1260 batteries, had a range over 100 miles, more than enough for the daily grind even if you didn't plug-in while working. The weight of the battery pack, 1300 lbs., in contrasted with the Tesla's 1000 lb. pack, and it's not ...
Yingli is a Chinese PV manufacturer that has been manufacturing solar panels since 1998. Their manufacturing currently encompasses ingots to wafer cells and modules, and in October, they plan to begin manufacturing the silicon used in their PV panels. This will make them the most vertically integrated manufacturer in the world. In addition, manufacturing all these parts will result in more efficient cost control in production, and hence cost savings which can be passed on to the end consumer. Yingli is currently the sixth largest manufacturers of PV panels in the world, and they have plans to increase their current 600 megawatts capacity to 900 - 1400 megawatts by the end of 2010. Yingli's manufacturing plant is in China, and they have two branch offices in the United States focusing on customer service and marketing. Yingli is looking into the possibility of moving it module manufacturing plants to the US As for warranties, Yingli guarantees that their PV panels will function at 80% efficiency after 25 years. And when it comes to corporate sustainability, Yingli offers recycle services for clients that decide they want to dispose of their solar panels. In addition, they have constructed industry parks around their manufacturing plants. Currently, Yingli has a partnership with one distributor, DC power systems, and as demand rises for their panels in the US, the number of distributors will increase. Furthermore, Yingli is currently undertaking research with PANDA cells ...
This video provides an overview of the Center for Photovoltaics and its research. Video produced for NREL by Fireside Production. Solar cells, also called photovoltaics (PV) by solar cell scientists, convert sunlight directly into electricity. Solar cells are often used to power calculators and watches. They are made of semiconducting materials similar to those used in computer chips. When sunlight is absorbed by these materials, the solar energy knocks electrons loose from their atoms, allowing the electrons to flow through the material to produce electricity. This process of converting light (photons) to electricity (voltage) is called the photovoltaic (PV) effect. Solar cells are typically combined into modules that hold about 40 cells; about 10 of these modules are mounted in PV arrays that can measure up to several meters on a side. These flat-plate PV arrays can be mounted at a fixed angle facing south, or they can be mounted on a tracking device that follows the sun, allowing them to capture the most sunlight over the course of a day. About 10 to 20 PV arrays can provide enough power for a household; for large electric utility or industrial applications, hundreds of arrays can be interconnected to form a single, large PV system.
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...SoloPower, a Silicon Valley-based innovator of thin-film solar photovoltaic (PV) cells and modules, today became the first US manufacturer of flat-plate, CIGS-based (copper-indium-gallium-selenide) PV modules to have its product certified under the ANSI/UL...
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Renewable energy access
http://www.renewableenergyworld.com/rea/partner/intertek-7372/news/article/2009/06/solopower-receives-certification-for-pv-modules?cmpid=rss
PLG Power Factory in Sinnar, India
Thin-film solar cells can use inexpensive, low-temperature processing to stack amorphous silicon and germanium photovoltaic layers atop a reflective foil backing. By using multiple layers with semiconductor junctions tuned to different wavelengths of light, thin-film module makers claim that their solar cells are not only cheaper, but could outperform expensive crystalline solar cells in many climates. Advanced Green Technologies (AGT, Ft. Lauderdale, Fla.) claims its thin-film solar cell modules trade higher output on sunny days for better performance on cloudy days. AGT said its thin-film cells outperform glass encapsulated monocrystalline solar cells where sunny days are the exception. The reason, the company said, is that they continue to produce electricity when its cloudy.
Self-Reconfiguring Technology: Universal Module-Cell Utility System "a concept" Part 1 of 2: Modules and Cells Section 1: Module Assembly Components Section 2: Basic Mock-up of a Module with Motion and Connecting Features Section 3: A Supply of 18 Modules Used to Make 3 Cells Section 4: Connecting Cells Together Section 5: Mesh of Cells Connected Together Undergoing Structural Reconfiguration www.selfreconfigurable.com Desmond Innovation, LLC
Classical Transistors (with metal cover: metal box). HOMEMADE. The ACCESS for the LIGHT: grind the TOP surface.( This is a touch of the POWER AREA.) Very soon more.
Easy HOMEMADE with METAL-frame Transistors. The ACCESS for LIGHT was made by removeing the TOP of the metal frame. This is the POWER AREA. Very soon more.
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...hubs. IB sources say the module chief does not interact directly with cell members. He creates another wing called as hub, which acts as the mediator between the cells and the modules. The number of cells and hubs would vary from operation to operation. ...
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Rediff
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http://www.rediff.com/rss/redirect.php?url=http://www.rediff.com/news/2008/dec/30mumterror-tracking-local-modules-role-in-terror-strikes.htm
This short video clip is part of a hands-on science demonstration on fuel cells which I developed a few years ago. Additional modules to follow if there is interest, and as time permits. Water is made of hydrogen and oxygen. How can you break it into its components? Sawing it sure doesn't work. Nor does pounding it with a hammer. If you boil it, you get water vapor ... but it is still water. Fortunately, there is an easy way to separate water into its components. A few volts of electricity (DC) can do it, via a process known as electrolysis. At low voltages, however, water behaves like an insulator. To make it work, we must dissolve an ionic substance, such as a salt, acid or base in the water, increasing its conductivity. While strong acids and bases (such as draino) work well and produce lots of bubbles, they can be very hazardous. Instead, we are going to use a weak base, baking soda. In this experiment, a heaping spoonful of baking soda is dissolved in water. Two metal rods are placed in a jar. The baking soda solution is then poured into the jar, and 4.5 volts DC connected across the electrodes. A steady stream of bubbles can be seen at each electrode. The hydrogen bubbles form at the negative electrode. Oxygen and other gases are produced at the positive electrode. This science experiment is easily done at home. Watch for an advanced version which is in the works. Caution: Do NOT connect this apparatus to an AC outlet ... it doesn't work, and could be deadly.
3S Swiss Solar Systems is the technological world market leader for manual and semi-automatic production lines for solar module manufacture. In co-operation with our partners, 3S Swiss Solar Systems offers turn-key fully-automated production lines. www.3-s.ch
Video features Spire Corporation's Spi-Assembler 6000 - an automated production machine that interconnects solar cells by soldering flat metal leads, or tabs, to cell contacts. Solar cells are processed at a throughput of up to 600 cells per hour with high yield. For more information, visit www.spiresolar.com or www.spirecorp.com
Generators (modules) with spare-parts from old radios, old TV-s(CRT), etc.
PLG POWER Ltd - video presentation of the world class photovoltaic solar modules factory located in Sinnar, India
Making Water - To view a higher quality version (quasi-HD) try www.youtube.com . This short video clip is part of a hands-on science demonstration on fuel cells which I developed a few years ago. Additional modules to follow if there is interest, and as time permits. A small PEM electrolyser is used to break water into its components: hydrogen and oxygen. The hydrogen is stored by displacing water. Watch as the hydrogen displaces the water, pushing the water into the upper storage tank. For safety reasons, the oxygen was vented into the air. A tube runs from the side of the hydrogen tank to a beaker containing soap bubble solution. When the clamp is loosened, hydrogen flows into the soap solution, forming bubbles. These are not, however, normal soap bubbles. They are filled with HYDROGEN! Hydrogen is a colorless, odorless, and highly flammable gas. A spark gun (gas appliance igniter) was used to ignite the hydrogen bubbles. The hydrogen combines with oxygen from the air, forming water vapor, and releasing energy. Safety note: Mixtures of hydrogen and oxygen are extremely flammable and can be very dangerous. NEVER store a hydrogen - oxygen mixture in a sealed container, not even a small one. Even static electricity can set it off. In this demonstration, the hydrogen was stored in soap bubbles, and the oxygen limited to that available from the air, providing a relatively safe explosion. Note: This video clip was filmed at my camera's maximum resolution, 720x480. Using Vegas ...
This short video clip is part of a hands-on science demonstration on fuel cells which I developed a few years ago. Additional modules to follow if there is interest, and as time permits. A small .05 ounce, platinum coin with a hole drilled through its center is suspended in a 3% hydrogen peroxide solution. A stream of small oxygen bubbles is clearly seen, as the H2O2 breaks down into water and oxygen. Note that catalysts change the rate of a reaction, but are not consumed by the reaction. This video clip was filmed at my camera's maximum resolution, 720x480. Using Vegas Studio, the clip was then padded to 854x480 (ie: 16x9), and finally saved (and uploaded) at 1280x720. As a result, 3 versions of the clip are available: Normal, High Quality, and pseudo-HD (much higher quality). Currently, to view the latter, add &fmt=22 to the end of the URL: www.youtube.com Music by Kevin MacLeod
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