Solar power

 Are you looking for the solution solar power for home is best a solar panel is a collection of solar cells, which can be used to generate electricity through the photovoltaic effect. As the price of a solar panel goes down and efficiencies improve, it is attracting masses all over the world to go off the grid. Once you incur the cost of a solar system and its installation, you can practically generate free electricity over the next 25-30 years. Mini solar panels are miniature panels that conduct solar power, receiving energy from the sun and using it to provide power to a product. Mini solar panels typically are portable and usable when larger panels are unnecessary or impractical. A typical mini solar panel can generate between 0.06 and 4 watts of electric power. Mini solar panels are very small panels as compared to their larger counterparts and therefore can be used for small applications where limitation of space is an issue. There are so many types of systems on-grid, off-grid, and hybrid solar systems. The price of a 1kw solar system is approx. Rs 98,000 in India. Through a report, we can also tell you how to manufacture a solar panel. There are so many Steps involved to manufacture a solar panel step one is cell cutting Using a laser cutting machine, cells are cut out step two stringing process It is a fully automated process. Here at Loom Solar, we are using any cell of size greater than 39 mm. These cells are then assembled or soldered together step three solar glass Once the cells are stringed together, the machine transfers it to tempered glass, which already has an ethylene-vinyl acetate (EVA) encapsulation layer over it. Step four visual inspection the cells are examined by a technician for any fault or error in any string. Step five taping in taping, a technician tapes the cells into a matrix alignment step six connection Connections are then soldered together. Any excess material is cut out step seven insulate module connection The next step consists of insulating the connections by using a back sheet and EVA encapsulation. This process protects the module from any dust and moisture. Step eight mirror observation the module is visually checked once again for any dust particle, color mismatch, etc step nine EI testing or Electroluminescence test is the real testing of the module made so far. It is a testing process, where the module is kind of scanned in an EI machine step ten lamination process. The module is laminated at 140-degree Celsius. This process takes approximately 20 minutes. After lamination, the modules are left for 10-15 minutes to cool down till it reaches room temperature. Step eleven trimming back sheet This step involves cutting off the excess material of the back sheet to make perfectly shaped modules step twelve frame cutting In this step, frames of different sizes are cut out for bordering the panels step thirteen frame punching Then holes are punched in the frames for the purpose of mounting and grounding the panels step fourteen sealant filling A sealant protects the panels from the air, dust, and moisture and helps the module to firmly attach on the frame step fifteen fixing junction box A junction box is attached to the module using the sealant to firmly attach it to the structure. Connections are then soldered and left for 10-12 hours for curing so that the structures are perfectly dry and attached properly step sixteen clean module The module is then wiped outside to remove any traces of dust, foreign particles, or extra sealant step seventeen module testing. The module is connected to check its output current, voltage, power, etc. A report is generated for each module’s output data. Step eighteen packing After Final Quality Assurance (FQA), is the last step in the module manufacturing process, where the modules are safely packed into large boxes for transportation and storage. Loom solar is one of the best solar companies in the world