Solar Panel Dealers

We are offering us a high quality range of environment friendly solar cells & modules. These modules offer a stable performance for multipurpose outdoor applications. Manufactured using high quality raw material, these are highly resistant to the severest climatic conditions. We offer an unmatched 25 years warranty on these products for power output. These technologically advanced products feature bypass diodes, which reduce the power loss caused by shade. The modules use high efficiency 125 mm square mono-crystalline silicon solar cells with over 14% module conversion efficiency. material monocrystalline siliconpolycrystalline siliconamorphous silicon photovoltaics: solar electricity and solar cells in theory and practice the word photovoltaic is a combination of the greek word for light and the name of the physicist allesandro volta. It identifies the direct conversion of sunlight into energy by means of solar cells. The conversion process is based on the photoelectric effect discovered by alexander bequerel in 1839. The photoelectric effect describes the release of positive and negative charge carriers in a solid state when light strikes its surface. how does a solar cell work? solar cells are composed of various semiconducting materials. Semiconductors are materials, which become electrically conductive when supplied with light or heat, but which operate as insulators at low temperatures. over 95% of all the solar cells produced worldwide are composed of the semiconductor material silicon (si). As the second most abundant element in earth`s crust, silicon has the advantage, of being available in sufficient quantities, and additionally processing the material does not burden the environment. To produce a solar cell, the semiconductor is contaminated or "doped". "doping" is the intentional introduction of chemical elements, with which one can obtain a surplus of either positive charge carriers (p-conducting semiconductor layer) or negative charge carriers (n-conducting semiconductor layer) from the semiconductor material. If two differently contaminated semiconductor layers are combined, then a so-called p-n-junction results on the boundary of the layers. at this junction, an interior electric field is built up which leads to the separation of the charge carriers that are released by light. Through metal contacts, an electric charge can be tapped. If the outer circuit is closed, meaning a consumer is connected, then direct current flows. silicon cells are approximately 10 cm by 10 cm large (recently also 15 cm by 15 cm). A transparent anti-reflection film protects the cell and decreases reflective loss on the cell surface. the usable voltage from solar cells depends on the semiconductor material. In silicon it amounts to approximately 0.5 v. Terminal voltage is only weakly dependent on light radiation, while the current intensity increases with higher luminosity. A 100 cm² silicon cell, for example, reaches a maximum current intensity of approximately 2 a when radiated by 1000 wm². the output (product of electricity and voltage) of a solar cell is temperature dependent. Higher cell temperatures lead to lower output, and hence to lower efficiency. The level of efficiency indicates how much of the radiated quantity of light is converted into useable electrical energy. different cell types one can distinguish three cell types according to the type of crystal: monocrystalline, polycrystalline and amorphous. To produce a monocrystalline silicon cell, absolutely pure semiconducting material is necessary. Monocrystalline rods are extracted from melted silicon and then sawed into thin plates. This production process guarantees a relatively high level of efficiency. the production of polycrystalline cells is more cost-efficient. In this process, liquid silicon is poured into blocks that are subsequently sawed into plates. During solidification of the material, crystal structures of varying sizes are formed, at whose borders defects emerge. As a result of this crystal defect, the solar cell is less efficient. if a silicon film is deposited on glass or another substrate material, this is a so-called amorphous or thin layer cell. The layer thickness amounts to less than 1µm (thickness of a human hair: 50-100 µm), so the production costs are lower due to the low material costs. However, the efficiency of amorphous cells is much lower than that of the other two cell types. Because of this, they are primarily used in low power equipment (watches, pocket calculators) or as facade elements. level of efficiency in % lab approx. 24approx. 18approx. 13 level of efficiency in % production 14 to1713 to155 to7 from the cell to the module in order to make the appropriate voltages and outputs available for different applications, single solar cells are interconnected to form larger units. Cells connected in series have a higher voltage, while those connected in parallel produce more electric current. The interconnected solar cells are usually embedded in transparent ethyl-vinyl-acetate, fitted with an aluminum or stainless steel frame and covered with transparent glass on the front side. the typical power ratings of such solar modules are between 10 wpeak and 100 wpeak. The characteristic data refer to the standard test conditions of 1000 wm² solar radiation at a cell temperature of 25° celsius. The manufacturer's standard warranty of ten or more years is quite long and shows the high quality standards and life expectancy of today's products. in addition to optimizing the production processes, work is also being done to increase the level of efficiency, in order to lower the costs of solar cells. However, different loss mechanisms are setting limits on these plans. Basically, the different semiconductor materials or combinations are suited only for specific spectral ranges. Therefore a specific portion of the radiant energy cannot be used, because the light quanta (photons) do not have enough energy to "activate" the charge carriers. On the other hand, a certain amount of surplus photon energy is transformed into heat rather than into electrical energy. In addition to that, there are optical losses, such as the shadowing of the cell surface through contact with the glass surface or reflection of incoming rays on the cell surface. Other loss mechanisms are electrical resistance losses in the semiconductor and the connecting cable. The disrupting influence of material contamination, surface effects and crystal defects, however, are also significant. single loss mechanisms (photons with too little energy are not absorbed, surplus photon energy is transformed into heat) cannot be further improved because of inherent physical limits imposed by the materials themselves. This leads to a theoretical maximum level of efficiency, i.e. Approximately 28% for crystal silicon.

Avail the best quality Disposable safety products from us at the most reasonable prices. The entire range of disposable products offered by us is used extensively in hospitals and various other industrial segments, especially, pharmaceuticals, chemicals, food etc. We offer these products in various sizes and dimensions as per client's demand and application area. Disposable products offered by us include: Disposable Face MaskDisposable Surgical Caps/Bouffant Caps/Nurse Caps/Hood CapsDisposable ApronsDisposable Plastic GlovesShoe CoversVenus Face ProtectionDust, Nuisance Respiratory ProtectionHead Protection

We are offering solar pv panels. Solar mono poly crystalline silicon pv panels are available in various sizes capacities from 3w to 300w. it can used for various applications like lantern, street lights, home pack, roof top, pumps etc. Available in mono poly crystalline siliconavailable in various capacity from 3w to 300w lantern, street lights, home pack, roof top minimum maintenance life is min. 20 years thin in shape light in weight easy to carry

We are a company that has a vision of using renewable energy technology for generating Solar Power in   India for both commercial   and residential purpose. Our products are commercialized at both national and   international level.     Mounting solar panels correctly is part of maximizing power production, and it is also an important way to protect ones’s investment from the force of wind. The proper solar panel mounting provides stability and the proper directional and latitudinal orientation for the solar array. When it comes to solar panel mounting options, one really has many from which to choose. There are plenty people who opt for simple solar panel roof mounts. If one is ready to mount the appropriate ground mounted solar panel system, roof system or pole mounted system and save money while one generate one’s own power. Enjoy the freedom of the road and powering the RV with solar panels rather than expensive fossil fuels. Solar Pole Mount System is applicated to install the solar panels on a single pole. According to different conditions, there are several kinds of solutions for one’s choice. Grace solar pole mount system is attached importance to the safety and duration. The systems have been calculated with the structural mechanics and tested strictly. Its material surface of the parts, such as steel and aluminum are all finished to get a treat anti-corrosion for at least twenty years of outdoor use.

We are offering disposable products. Avail the best quality disposable safety products from us at the most reasonable prices. The entire range of disposable products offered by us is used extensively in hospitals and various other industrial segments, especially, pharmaceuticals, chemicals, food etc. We offer these products in various sizes and dimensions as per client's demand and application area. Disposable products offered by us include: disposable face mask disposable surgical capsbouffant capsnurse capshood caps disposable aprons disposable plastic gloves shoe covers venus face protection dust, nuisance respiratory protection head protectio

1.surya  series   (3wp - 37wp) type:- 18/36 cells, range: 3wp - 37wp   2.arka  series   (40wp - 95wp) type- 36 cell mono/polycrystalline solar pv module key features: superior module efficiency as per international benchmarks positive power tolerance   3.surya  series   (3wp - 37wp) type: 18/36 cells, range: 3wp - 37wp   4.aditya  series   (250wp - 370wp) type: 60/72 cells polycrystalline solar pv module   5.aditya  series   ws-255 to ws-370 (mono) type: 60/72 cells mono crystalline solar pv module key features   6.bipv  modules   essentially, building integrated photo voltaic (bipv) refers to photovoltaic cells and modules which can be integrated into the building envelope as part of the building structure, and therefore can replace conventional building materials, rather than being installed afterwards.    .

In common reference a solar module is the same as a solar panel. Solar panels they are usually seen on rooftops of homes or businesses, but they can also exist as large arrays on open fields are even used to power satellites in outer space. Solar panel prices have fallen over the last few years to a point where power from solar photovoltaic solutions is now cheaper than buying power from your electricity company. The advances in technology have also made them easy to integrate in our daily modern lives and to boost socio-economic development. A solar module is a large flat rectangle, made up of multiple interconnected solar cells and can be configured to supply the desired loads. The cells are made from silicon, a common chemical found in sand. When sunlight shines on solar cells, the energy (photons) it carries blasts electrons out of the silicon. These can be forced to flow around an electric circuit and power anything that runs on electricity. A typical solar cell is a sandwich of two different layers - positive and negative - of silicon that have been specially treated to let electricity flow. When many solarphotovoltaic cells are connected together, you have a solar panel. Each cell generates some electricity and together many cells in a panel are combined to make a bigger electric current and voltage.   Common types of solar panels are: Monocrystalline solar modules begin as single molten silicon structure with added elements then forming circular shaped ingots. It is sliced into thin wafers, exposed to diffusion process, and electrically connected to allow the electrons to flow. Polycrystalline cells have many crystal structures. They can be made into squares or rectangles easily for packing with very little space between them resulting in power ratings per unit area that are similar or higher to than monocrystalline. Also because of added elements they are suitable for warm, sunny conditions in India. They also produce energy when the sun is brightest, as well as in diffused and lower lightconditions. Amorphous (or 'thin film') offer better performance in higher temperatures, and have some benefits in shady locations. These are made when silicon is sprayed onto glass and electrical connections are laser etched. However, the benefits may have been exaggerated and their performance in Indian conditions is still unproven, and it is important to weigh that up against the negatives of thin film technology.

We source solar panels using Crystalline Solar Cells that are individually characterized and electronically matched prior to the inter-connection. Encapsulated beneath high transmission tempered UV resistant glass, these cells are resistant towards harsh weather, moisture and mechanical damage. They perform excellently for both DC loads and inverter equipped systems for AC loads. Our solar panels are certified as per IEC specifications and are manufactured under ISO 9001 certified conditions. 

We are offering solar panel. We furnish the finest quality of solar power panels in the market. The residential solar panels made available by us are scientifically developed for various applications pertaining to energy saving measures. They are remarkable for long lasting functional life. We offer them at most competitive rates in comparison to the ordinary market. In addition to the above we are counted as one of the most trusted names among the leading solar panels suppliers from india. solaire meets your power needs using photovoltaic (pv) technology. Our solar electric systems supply reliable power where and when you need it. We select our panels and systems for maximum efficiency and minimum on-site construction time and operation costs. how light & temperature influence performance? based on the site conditions & application the appropriate panel suitable for the performance required are selected from a variety of manufacturers.eg the higher the exposure to sunlight, the more voltage is released in the solar cells, & the higher the performance of the photovoltaic installation. In the morning & evening as well as in fog or under thick cloud cover, performance is lower but the rightly designed photovoltaic installation still produces electricity in diffuse light. the lower the temperature, the higher the voltage released in the solar cells & thus high electricity generation. It may seem counterintuitive but solar modules function better in colder weather than in blazing heat. Hence here it is important that the solar modules are to be perfectly ventilated thereby lowering their core temperature & increasing their performance. we design custom systems and products to satisfy specific load and environmental requirements from a large selection of solar modules and balance of system component. Since many projects include a variety of requirements and special considerations, we offer specific solar modules manufactured in india as power warantee is to be considered for 25 years indestructible solcharger modules sunwize solcharger solar modules are designed to be lightweight, unbreakable, high-performance alternatives to traditional laminated, framed solar modules. Unlike a framed module, which laminates solar cells between plastic and glass surfaces, a solcharger uses its proprietary two part urethane technology to fully encapsulate the solar cells. The urethane polymer is a fast-setting compound that is impact resistant with high light transmission. The compound is uv stable; capable of surviving repeated thermal cycles and is virtually unbreakable under normal operation. Solchargers are ideal for powering equipment such as roadside call boxes, automated parking meters, fence chargers, and traffic control devices, where the risk of vandalism and impact from projectiles is present.

The Portable Solar Charger Panel delivers 21 watts of solar power, perfect for outdoor enthusiasts. With high-efficiency monocrystalline PERC cells, it adapts to sunlight intensity for optimal charging. Equipped with dual USB ports—one fast-charging and one standard—it’s ideal for powering phones, cameras, and more during trekking, camping, or beach trips. Its lightweight, foldable, waterproof design, along with 4 included carabiners, makes it easy to mount on a backpack and charge while on the move. 21 watts output for fast, efficient charging. Auto-detect fast charging via USB port 1. Dual ports: Fast charge (5V/3A) and USB 2.0 (5V/2A). Comes with 4 carabiners for easy backpack mounting. Lightweight, foldable, and waterproof design. Wash Care WASH CARE & STORAGE Clean with a dry microfiber cloth. Shipping Truck SHIPPING & DELIVERY Metro Cities: 4 - 5 days Western India: 5 - 6 days Rest of India: 6 - 7 days Remote Locations: 7 - 8 days Note : Any orders after 3 pm will be dispatched the next day. Return & ExchangesRETURNS & EXCHANGES This item is non-returnable.

We are offering solar modules, we offer a range of products to suit the requirements of both the residential as well the commercial markets. Currently, we offer four different panels using polycrystalline cells. The number of cells ranging from 48 cells to 60 cells and respective power then subdivides each category of module. pvq3: our flagship product based on next generation q6ltt3 cells from q cells, germany. The innovative cell design using 3 bus bars instead of the traditional 2 bus bars offers several advantages that improve module performance and efficiency. Know more» eco: this high quality, cost competitive module is based on high efficiency premium cells from eton solar, taiwan. Identical in construction & other raw materials to the pvq3, except the cells, this module offers a high quality cost competitive solution for the commercial installations. Know more» customized products: from bipv solutions to certified laminates, pv power tech can offer custom solutions for each individual requirement.

Our long lasting Solar Energy Module is competent of ingesting sufficient amount of solar energy. We are proud to be known as one of the most preferred solar module manufacturers.our superior quality solar energy module are manufactured under international standards.we also wholesale solar module,on very economical quotes.our excellent quality solar energy module can be easily installed for various applications.we use only optimum quality mono and multi crystalline solar cells to manufacture such highly efficient solar energy module. capacity solar modules of capacity from 3w, 5w, 10w, 20w, 30w, 50w, 75w, 80w, 100w, 125w, 150w, 200w, 250wmade-up of high quality mono or poly crystalline silicon waferminimum life of solar module will be 25 yearsmaximum efficiency of solar module is 14%top transferring cover made-up of break proof toughened glassmaximum hail stone resistance to withstand 1 sq. Inch of hailstonelight in weightwater proof and compatible with all season applications mainly used for, solar power packs, solar street lights, solar home lights, solar lanterns, solar emergency light, solar fencing system, solar battery charger, solar garden lights, solar indoor lights, solar out door lights, solar power plants. features: module have +10/-5% power tolerancelow iron, tempered glass, eva encapsulated and anodized aluminum frame construction 3.25 years output warrantyweather resistance junction box or multi – contact connection.light in weightheavy hail stone resistance quality thermal cycling testthermal shock testthermal / freezing and high humidity cycling test.electrical insulation testhail impact testsalt mist testlight and water exposure testfield exposure test. Terms & conditions all above mentioned prices are fob india pricesminmum qty. Will be 50 pcs. / each itemsdelivery period will be 60 days after receiving confirmed order/payment.payment terms : 100% against proforma invoiceabove rates are inclusive of all taxesfreight charge will be on your accountwarranty of module : 10 years price 30 watt solar module : 137usd 20 watt solar module : 92usd 10 watt solar module : 47usd

Solar panels turn energy from the sun’s rays directly into useful energy that can be used in homes and businesses. There are two main types: solar thermal and photovoltaic, or PV. Solar thermal panels use the sun’s energy to heat water that can be used in washing and heating. PV panels use the photovoltaic effect to turn the sun’s energy directly into electricity, which can supplement or replace a building’s usual supply. We have carved a niche as the reliable Manufacturer and Supplier of high-quality Solar Panels. The solar panel that we offer are developed by utilizing top-notch quality material and sophisticated technology keeping in pace with the laid industry standards and norms. With features like reliability, user-friendliness, easy installation and corrosion resistance, these Solar Panels with 25 years warranty are widely used for commercial as well as domestic purposes. Talk of price, we offer the best quality at reasonable prices. Details The Solar Panels offered by us are a form of active solar power that efficiently describes the working of solar panels and use of the energy of sun. These panels harvest sunlight and convert it into electricity. Moreover, these solar voltaic cells collect sunlight during day hours and convert it into electricity in an efficient manner.

We are offering pv solar panels. High conversion efficiency - leading innovative photovoltaic technology. High reliability - guaranteed power output, faster roi. Consistent field performance and high longer durability. Approval for high wind-pressure, snow load rated and extreme climatic variations. Consistent field performance and durability. Proven track record.

Synchronizing panel, Synchronization panels are mainly designed and used to meet power system requirements. These panels function both manually and with an automatic synchronizing function for two or more generators or breakers. They are widely used in synchronizing generators and offering multiplex solutions. Our high quality range of DG synchronizing panels is available with capacities of connected generators upto 10000 A, and are fabricated by our engineers using premium quality electrical components.