StageCorporate Minority | Alive
Missing: SolarWorld Industries's Product Demo & Case Studies
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Missing: SolarWorld Industries's Product & Differentiators
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Expert Collections containing SolarWorld Industries
Expert Collections are analyst-curated lists that highlight the companies you need to know in the most important technology spaces.
SolarWorld Industries is included in 1 Expert Collection, including Renewable Energy.
This collection contains upstream and downstream solar companies, as well as those who manufacture and sell products that are powered by solar technology.
SolarWorld Industries Patents
SolarWorld Industries has filed 25 patents.
Photovoltaics, Solar cells, Energy conversion, Electronics manufacturing, Soldering
Photovoltaics, Solar cells, Energy conversion, Electronics manufacturing, Soldering
Latest SolarWorld Industries News
Aug 17, 2020
17 août 2020 //Par Daniel Cardon Les créanciers de SolarWorld ont approuvé la vente des bâtiments de l'ancien site de production, situé à Freiberg en Saxe à Meyer Burger. Le prix qui a été fixé à 12 M€, comprend des bâtiments d'une superficie totale de 33 000 m², des brevets et des droits sur la marque SolarWorld. (Source blog Tecsol). L'accord avec SolarWorld Industries GmbH, va permettre à la société Suisse Meyer Burger de convertir l'infrastructure existante et d'installer ses dernières machines de production pour fabriquer des cellules solaires à haut rendement, avec la technologie exclusive d'hétérojonction. En outre, Meyer Burger va acquérir un centre de logistique et de distribution existant sur le même site. Dans le même temps, le contrat de location des bâtiments de l'ancien fabricant de cellules solaires Sovello d’une surface de 27000 m² à Bitterfeld-Wolfen (Saxe-Anhalt) a été définitivement signé. Deux étapes importantes ont ainsi été franchies pour démarrer la production au premier semestre 2021 avec des capacités de 400 MW dans les cellules solaires et les modules photovoltaïque. À la suite de l'augmentation de capital réussie, la société suisse Meyer Burger travaille activement pour mettre en œuvre le nouveau modèle économique en tant que fournisseur de cellules solaires à la pointe de la technologie « made in Europe ».
SolarWorld Industries Frequently Asked Questions (FAQ)
When was SolarWorld Industries founded?
SolarWorld Industries was founded in 1998.
Where is SolarWorld Industries's headquarters?
SolarWorld Industries's headquarters is located at Martin-Luther-King-Str. 24, Bonn.
What is SolarWorld Industries's latest funding round?
SolarWorld Industries's latest funding round is Corporate Minority.
Who are the investors of SolarWorld Industries?
Investors of SolarWorld Industries include Qatar Solar Technologies.
Who are SolarWorld Industries's competitors?
Competitors of SolarWorld Industries include Bossa Nova Vision, Trina Solar, XJet, Solaicx, M V Systems and 13 more.
Compare SolarWorld Industries to Competitors
SCHOTT Solar's high-quality products exploit the virtually inexhaustible potential of the sun as a renewable source of energy. For this purpose SCHOTT Solar produces important components for photovoltaic applications and solar energy plants with parabolic trough technology. In the photovoltaic industry, the compnay is one of the few ingetrated manufacturers of crystalline silicon wafers, cells and modules. Wafer production is mainly carried out through a WACKER SCHOTT Solar joint venture, which aims to ensure the supply of silicon necessary for long-term growth.
Mayaterials is a company that received a SBIR Phase I grant for a project entitled: Solar Grade Silicon from Agricultural Byproducts. Their project will develop a process to convert renewable agricultural byproducts to solar grade silicon metal in an energy efficient and environmentally friendly manner. The hulls of rice and many other grain plants are rich in silica derived from the soil in which they are grown. This silica can be extracted in a highly purified form from rice hull ash to produce useful specialty chemicals. It can also be extracted to provide a basic feedstock for the production of solar grade silicon for the production of photovoltaic cells. This process will bypass the capital and energy intensive methods, such as the Siemens process, which are currently in use. The broader impact/commercial potential from this technology could develop a process which will enable the production of high purity silicon directly from agricultural byproducts without the use of the current energy intensive methods such as the Siemens process. The process uses an abundant waste product as a renewable material source in an energy-efficient manner to achieve a valuable product at low cost and with minimal environmental impact. Current production of crystalline photovoltaic cells is limited by the bottleneck of poly-silicon production. This innovative new process will enable downstream PV plants to run at full capacity, unconstrained by shortages of raw material, thus allowing more rapid adoption of solar energy at lower cost per kWp. Furthermore, the proposed process will be better for the environment in that it is much less energy intensive and uses less toxic chemicals than existing methods.
Anaxtal Silicon is Anaxtal Silicon has developed the "Witter Green Cycle" for manufacturing a grade of silicon specifically tailored for the solar photovoltaic wafer and module manufacturers at a low cost.
"olar Silicon is a project that I2BF Venture Capital and Arbat Capital have jointly undertaken in the city of Irkutsk (Far East Russia). The goal of the project is to establish production of multicrystalline silicon (multisilicon) ingots. Multisilicon is a key feedstock for solar cell production.nUsually, multicrystalline silicon is produced from metallurgical grade silicon through an energy and component - intensive Siemens Process, which involves a chloride-silane purification stage. Solar Silicon however, is using a new technological method of multisilicon production, developed by the Irkutsk Institute of Geochemistry. The method includes direct purification process in an arc furnace of high purity quartzite from one of the local Irkutsk Oblast mines. The direct method will allow 30-50% cost savings on each kilo of silicon produced.
Electrodynamic Applications is a company that received a STTR PHASE I grant for a project entitled: Plasma Processing of Agricultural Waste into Photovoltaic Silicon. Their project will investigate the production of silane gas (SiH4) and photovoltaic-grade silicon (Sipv) from high silicon content agricultural waste. Current solar cell production struggles against the tremendous cost and complexity of refining Sipv or its more valuable gaseous pre-cursor SiH4. It is believed that the application of electromagnetic energy via a hydrogen plasma can be used to break SiO2 bonds and refine SiH4 directly from both lower grade silicon and from agricultural waste. This is a vast improvement over the current technique which requires the use of highly toxic chemical intermediaries and complex and capital intensive systems. Creating Sipv and SiH4 at lower cost from domestically available renewable resources will enable more aggressive and diverse investment in emerging solar energy technologies. This will help move the US toward nationally independent and environmentally clean energy, providing a broad positive impact both in terms of economy and national security.
Camstar Systems provides enterprise manufacturing execution and quality management software solutions to a global clientele. It enables global networks of manufacturers, brand owners, and suppliers to produce the highest quality products quickly and efficiently. The company was founded in 1984 and is based in Charlotte, North Carolina. Camstar Systems was acquired by Samsung.
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