Here’s why one competitor wins customers.
We have been extremely happy with our cooperation with ET Solar. The company’s industry leading combination of high quality, competitive costs, reliable power output and dependable logistics were major reasons we decided to use ET Solar modules for our projects. Our past experience with ET Solar’s well engineered modules gave us confidence our investments were secure.
Silicor Materials’s Customers
See why customers chose Silicor Materials's products and services. Silicor Materials's customers include SMS Group.
SMS group is a global partner for the metal industry. As a family-owned business headquartered in Germany, it is committed to the success of its custo…
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ET Solar is a world wide solar manufacturing solution provider. engaged initially in wafer and module production, the company have now successfully developed into the solar systems integration market with the company's tracking systems. ET Solar in China has already established two manufacturing plants in Taizhou city. Together with offices in the USA, Germany and Italy, the company are able to provide r products through a global distribution network.
As the Solar Energy industry continues to emerge, new factories, new markets and new competitors place pressure on suppliers to meet ever higher demand for volume and quality. No longer can Solar manufacturers rely on legacy systems or manual methods of lot tracking. Today, Solar manufacturers need systems that can efficiently track, trace and control this high-volume production. Customer orders need to be visible to guarantee on-time delivery, and engineers need to collect data that will help them to improve quality and yields. Full-featured and ScalablennSolar Cell manufacturing includes high volume silicon wafer processing, electronic assembly, component tracking, vendor compliance and ultimately cell testing and rating. To manage these complex processes, Solar manufacturers need detailed data for analysis and control of a Wafer Fab, combined with visibility and traceability of the complex and high production volumes of Assembly and Test. When time-to-volume can make the difference in gaining market leadership, implementing a first-class, production-ready Manufacturing Execution System (MES) translates to a bigger share of the future. With Camstar's Solar Suite , Solar manufacturers get the power and control of the Fab combined with the dynamic tracking of Assembly and Test in a single Manufacturing Execution System. Camstar's solutions have long been a choice for Semiconductor and Electronics manufacturers, and Solar Edition is specifically designed to meet the needs of both the wafer processing and the electronic assembly. Out-of-the-box functionality translates to faster implementation and greater capability so users can have a first-class manufacturing solution that doesn't slow users down.
Skyline Solar manufactures High Gain Solar (HGS) arrays incorporating industry-proven silicon cells, durable reflector materials and single-axis tracking into a complete, easy-to-deploy system. Skyline HGS delivers ten times more energy per gram of silicon than traditional flat panel systems. Built primarily out of commodity materials and assembled using globally available manufacturing processes, Skyline HGS simultaneously improves financial payback and scalability, thereby accelerating the path to grid parity.
SolarWorld Industries manufactures solar panels.
Citizenre is developing renewable energy infrastructure. Through project development and strategic alliances, Citizenre is aiming to be a photovoltaic manufacturer, a photovoltaic system installer, and an owner/operator of PV generating assets.
"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.
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