Solar project

Solar panels menufectring process step by step First off all the solar penal journey start to cell. This is tha basic material off it. Modual journey start step by step:- 1: Glass Lodar 2: EVA Cutting mashin 3: Stringar 4: Bussing 5: Layup 6: Back sheet cutting mashin 7: Pree Visual 8: Pree EL 9: Rework 10: Leminetion 11: Triming Mashin 12: Post Visual 13: post EL 14: Framing 15: JB Fixing 16: Soldring 17: Poting 18: Quring 19: Cleaning 20: High Pot 21: Sun Simulator 22: Final EL 23: Final Visual 24: SAP 25: Packing 26:  Dispatch Finally our penel become ready to Sall. Every step of solar panels menufectring process discuss in below to grow up your knowledge very fast. It's helpful for you. Read and learn about more soral penal. 1:- Glass lodar       Glass lodar is a simpal mashin. This is work on vacuum pressure.       In this mashin 4 to 6 vacuum cup are available on their.       It raises the panel with the he

The sun is the ultimate source of energy, and we can all benefit by tapping into its resources. But how do solar panels work? How does something as simple as a solar panel take sunlight and use it to power your oven, television, and even Xbox? Basically, what’s happening is your solar panel system uses photons to separate electrons from atoms. Photons are particles of light. The process of separating electrons from their atoms creates solar electricity. Here’s the process in more detail: 1 - Solar panels collect sunlight Every solar panel contains photovoltaic (PV) cells. PV cells take light, or photons, and turn that light into solar electricity. When sunlight hits the solar panel, PV cells get to work by producing direct current (DC) electricity. (Pssst...want to geek-out at the science behind this? Check out  NASA’s  explanation.) This is all great—but DC electricity can’t power your home on its own. That’s where the other pieces of solar energy equipment come into the

1. Standard Solar Cell Production Process                                            2. PERC Solar Cell Production Process Wafer Clean： Using acid or alkali liquid to do saw damage removal. Texturing： Using acid or alkali liquid to texture. Diffusion： High temperature vacuum tube process with (POCl3 ) gas to define positive/ negative electric junctions. Wet Edge Isolation： Using Acid liquid to remove SiO2 layer from wafer surface and doing isolation on wafer edge. Chemical Vapor Deposition： Chemical vapor deposition by tube to build anti-reflection layer (SiNx) on wafer surface. Laser Opening： The formation of a high-quality local back-surface-field (LBSF) using by laser opening.  Screen Printing： Screen printing the electrode pattern on both side with metal component paste. Co-Firing： Using high temperature heater to make cross-link between electrode and junction for electric current output. Efficiency Test ： Classify cells by surface visual inspection with

a. Glass The front glass is the heaviest part of the photovoltaic module and it has the function of protecting and ensuring robustness to the entire photovoltaic module, maintaining a high transparency. b. EVA One of the most important materials is the encapsulant, which acts as a binder between the various layers of the PV panel. The most common material used as an encapsulant is EVA - Ethylene vinyl acetate. It is a translucent polymer sold in a roll. It must be cut in sheets and deposited before and after the photovoltaic cells. When subjected to a thermal process of vacuum cooking, this particular polymer becomes similar to a transparent gel and incorporates the photovoltaic cells. c. Backsheet The term backsheet literally means the sheet on the back. It is made from a plastic material that has the function to electrically isolate, protect and shield the PV cells from weather and moisture. This particular sheet is usually white in color and is sold in rolls or sheets. There

Solar panels have become the basic units for generating electricity. The popularity of solar energy in generating power is attributed to its improving efficiencies and reducing costs. Solar energy has gradually reached grid parity with almost all states in India and has become a convenient options for power generation in places located far from the grid. According to our analysis, people install solar panels for three basic reasons:          To reduce Electricity Bill          To store excess power  and          Inspired by Neighbourhoods Today, there are a lot of options available to common people to choose solar panels. Thanks to the internet, a potential buyer has ample brands to choose from. He can also study the features and compare different brands available in the market through information found on the internet. However, the pattern which a potential buyer chooses also differs from person to person. Based on their methodology, we have divided the buyers into di