Solar Cell Dealers in Delhi

1).Solar-X glass can reduce more than 66% solar heat radiation, thereby reducing solar heat gain, which in turn reduces loading on air conditioning and fuel consumption. 2).It can block out 99.9% UV radiation, protect the textile fabric in vehicles from fading and changing colors, reduce the sense of burning heat on the skins of drivers and passengers and enhance the comfort of car passengers. 3).With over 70% visible light transmission (and over 75% for products export to Europe) it allows drivers with an open and clear vision for safe and comfortable driving.

FEATURES: Mono-crystalline and Multi-crystalline are available Manufactured with stringent control over quality Tested against standard test conditions Individually tested and grouped into specific grades Multi-crystalline Silicon cells, size - 125mm X 125mm Mono-crystalline Silicon cells, size - 156mm X 156mm

• Thickness: 1/8 in.
• Type: Single Glass Performance Data
• Brand Name: Pilkington
• Nominal Glass Thickness: 3 mm
• Transmittance: 68 %
• Reflectance Outside: 6 %
• Reflectance Inside: 6 %
• Solar Energy Transmittance: 65
• Solar Energy Reflectance: 6 %
• Solar Energy Transmittance UV: 37

With 5,000 cells per hour, KUBUS has revolutionized soldering technology for crystalline solar cells. The innovative multi-stringer makes an important contribution to the future sustainability of your business � not only when it comes to increasing capacities. Expand your range of products through the production of 2, 3, 4 or 5 busbars � and remain free to choose your own raw materials and suppliers at the same time!

Flat glass is an integral component of many solar energy technologies, including solar thermal collectors, photo voltaic modules and concentrated solar power plants. The solar energy market for flat glass is one of high added-value glass products and a strong driver for innovation. However, despite Europe's technological lead, a crumbling European market and unfair trade practices in the entire value chain have severely hit Europe's production. Glass is designed to optimise solar energy conversion while providing long term protection against external conditions. Extra clear glass, with low iron oxide content is typically used in solar applications. Either float or patterned, low iron glass may be coated with an anti-reflecting coating to further increase performance. Transparent conductive coating can also be used as an electrical contact in some photo voltaic technologies allowing the light through to the photovoltaic material while conducting the general electricity out of the modules. Glass may also be toughened to increase strength and durability.Glass in solar thermal applicationsSolar thermal collectors are intended to collect heat - as opposed to photo voltaic panels which convert sunlight into electrical power. The collected solar heat can be used to supply hot water or heat ex changers, for domestic or industrial applications.There are various kinds of solar thermal collectors but most require a flat glass cover, or glazing, which serves not only to protect the panel while letting the sunlight through but also to prevent cooling of the panel from exposure to cold air.Glass in photovoltaic applicationsPhoto voltaic technologies are used to convert solar energy directly into electricity. There are many different technologies available to suit various requirements, from domestic systems to utility scale. Photo voltaic panels come in various shapes and colors offering flexibility for design integration and building integrated applications (BIPV).The most common photo voltaic technology is based on crystalline silicon solar cells. In this application glass acts as a protective outer layer, while transmitting the solar light to the photo voltaic cells interconnected underneath.Other photo voltaic technologies include thin film where solar cells are deposited as a sequence of thin films on glass. In these technologies, transparent conductive coated glass can be used as the front glass upon which the films are grown. The conductive coating not only allows light through to the photo active films, but also conducts the generated electricity out of the modules.Glass and mirrors in concentrated solar power SystemsConcentrated Solar Power (CSP) systems are used to produce electricity from the sun at utility scale. These systems are mainly used in regions with high levels of solar irradiance. CSP systems use lenses or mirrors to concentrate a large amount of sunlight onto a central receiver, thereby producing electricity either by concentrating the sunlight onto a high performance photo voltaic cell or by heating a transfer fluid to supply heat to a conventional thermodynamic power plant. For CSP systems, extra clear glass and mirrored glass are used to redirect accurately the maximum amounts of light towards the focal point.

FEATURES: . Mono-crystalline and Multi-crystalline are available . Manufactured with stringent control over quality . Tested against standard test conditions . Individually tested and grouped into specific grades . Multi-crystalline Silicon cells, size - 125mm X 125mm . Mono-crystalline Silicon cells, size - 156mm X 156mm

• Country of Origin: Made in India
• Thickness: 3.2 mm
• Shape: Flat
• Color: Transparent
• Structure: Solid
• Size: 50 Square Feet
• I Deal In: New Only
• Glass Type: Plain Glass
• Usage/Application: Office

Low Iron Dolomite manufactured by Essem Metachem is of high purity with Very low Iron content (Fe2O3 54%) content. Low Iron Dolomite is widely used in Glass Making Industries, High transparency Glass & lens making, Cement Making Industries(Typical standard - MgO+CaO 50% min., Fe2O3 100ppm max.). Low Iron Dolomite is extensively used in an iron and steel plant in various processes. Our Low iron Dolomite is high in Demand by Steel and Iron Industries and by others who requied low iron content dolomite with high purity. Dolomite is used as a slag former, slag modifier and as a refractory material. The process of iron making is the reduction of iron ore to produce iron. Iron ore normally contain gangue materials such as silica (SiO2), Alumina (Al2O3) along with sulphur (S) and Phosphorus (P). Removal of these impurities is done by combining the gangue materials with CaO andor MgO to form slag which consists of low melting point complex compounds such as calcium silicate, calcium aluminate etc. CaO and MgO is charged along with other raw materials in the form of lime stone and dolomite or it is charged through sinter where again fines of dolomite is used.

Flat glass is an integral component of many solar energy technologies, including solar thermal collectors, photo voltaic modules and concentrated solar power plants. The solar energy market for flat glass is one of high added-value glass products and a strong driver for innovation. However, despite Europe's technological lead, a crumbling European market and unfair trade practices in the entire value chain have severely hit Europe's production.

Low Iron Solar Glass, Centrifuge, Sterilizer, Spectrophotometer

Solar Cells, Molybdenum Products, solar wafers, Tungsten Products

building solar glass, shower glass, light glass, outside decorative glass

Solar Cell, color picture tube, Lcd Tv

Solar Cell, Solar Light, Off Grid Solar System, Solar Rooftops, Solar Pump

Solar Cell, machine tool casting, Air Ambulance Services

Solar Panel Glass, Induction Furnace, disinfectant fluid, counting machine

Solar Cell, Dc Adapter, Gear Wheel, Switch Socket, sensor switches

Solar Glass, Architectural Glass Burglar Resistant Glass

Solar & UV Controlled Glass Toughened, Glass Almirah, Ceramic Frit

Solar Cell, amorphous silicon thin film