Turnkey Line For Solar Module In India

1. Turnkey Line For Solar Module In India – Cliantech Solutions With a goal of producing 100 GW of solar energy by 2022, India is progressing significantly in the use of solar energy. To do this, the nation needs a reliable and effective turnkey line for the production of solar modules. We'll go over the essential elements and operation of an Indian turnkey solar module production line in this blog. Components of a Turnkey Line for Solar Module Raw Material Handling System: The raw material handling system includes storage and handling of the materials used in the manufacturing process, including glass, EVA (Ethylene Vinyl Acetate), solar cells, backsheet, and aluminum frame. Solar Cell Testing and Sorting System: Solar cells are the heart of a solar module, and it is important to ensure that they meet the required specifications before they are used in the manufacturing process. The testing and sorting system checks the electrical properties of each cell and sorts them according to their characteristics. Tabbing and Stringing System: In this step, the solar cells are connected together in a series to form a module. The tabbing and stringing system uses automated machines to tab the cells and string them together. Utilizing a laminator, the solar cells are covered in a layer of EVA and glass in this stage. The turnkey line's laminator is an essential part because it makes sure the module is sealed and shielded from the elements. Framing and Junction Box System: After being framed, the module is given a junction box that connects it to the building's or the grid's electrical system. The final assembly of the module is carried out by the framing and junction box system.

2. Quality Control System: The turnkey manufacturing line for solar modules must have a quality control system. Prior to being supplied to the customer, the quality control system makes sure that every module complies with the necessary criteria. Process of a Turnkey Line for Solar Module Preparation: The first step in the process is to prepare the raw materials and equipment for the manufacturing process. Solar Cell Preparation: The solar cells are prepared for tabbing and stringing by cleaning and coating them with a layer of anti-reflective material. Tabbing and Stringing: The solar cells are then connected together in a series using automated machines to form a module. Lamination: The module is encapsulated in a layer of EVA and glass using a laminator to protect it from the environment. Framing and Junction Box Assembly: The module is then framed and equipped with a junction box to connect it to the electrical system of the building or the grid. Testing and Inspection: The module is tested and inspected to ensure that it meets the required standards before it is shipped to the customer. Benefits of a Turnkey Line for Solar Module Increased Efficiency: A turnkey line for solar module manufacturing increases efficiency by automating the manufacturing process and reducing human error. Cost Reduction: The turnkey line reduces the cost of manufacturing by reducing labor costs and increasing production efficiency. Quality Control: The turnkey line ensures that each module meets the required standards by incorporating quality control into the manufacturing process. Scalability: The turnkey line can be scaled up or down according to the demand for solar modules, making it a flexible and efficient solution for solar module manufacturing.

3. Conclusion India has set an ambitious target of achieving 100 GW of solar power by 2022, and a robust and efficient turnkey line for solar module manufacturing is essential to achieving this goal. The turnkey line comprises several components and processes, including raw material handling, solar cell testing and sorting, tabbing and stringing, lamination, framing and junction box assembly, Website URL: https://cliantechsolutions.com/