Advanced Solar Module Manufacturing Technology
We combine robotics, patented designs, and rigorous quality testing to produce high-efficiency solar modules at our automated facilities in Haridwar and Bhiwani.
Our Director explains how we go beyond standard practices by integrating our own patented innovations in auto bussing, frame design, and packaging on top of the world's best available machinery. This commitment to research and development is what makes our modules technically advanced.
An overview of the advanced manufacturing technologies at our facility. We utilize a fully automated setup including high-speed MBB stringers, precise robotic layup, non-destructive cutting, and automatic sorting to ensure the highest quality for large projects.
Our fully automated manufacturing setup is designed for producing high-quality solar panels. This infographic highlights key technologies like integrated NDC, Round-Ribbon, Robotic Layup, and automated module sorting that ensure precision and reliability.
We use advanced robotic layup systems instead of gantry-based methods. This ensures more precise string positioning on the EVA sheet, which boosts panel performance and durability while reducing the risk of manual errors.
Our use of Non-Destructive Cutting (NDC) technology provides a 30% greater mechanical strength compared to manual laser cutting. This process avoids micro-cracks in the cells, ensuring the long-term durability of our modules.
A close-up of our advanced Non-Destructive Cutting (NDC) machinery in action. This technology is crucial for producing our Technically Advanced Modules, as it preserves the structural integrity of the solar cells.
Our integrated NDC and MBB stringer technologies work together to create superior solar panels. This automated process enhances durability and lifespan by reducing manual handling, making our modules ideal for large-scale projects.
This diagram illustrates the advantage of our Round Ribbon technology over traditional flat ribbons. The round shape reduces shadow on the cell, increasing module power by up to 2.5% and ensuring better heat management.
A look at our Round Ribbon technology during the manufacturing process. This latest technology offers better heat management and higher light utilization, resulting in increased module power and efficiency.
The advantages of our Round Ribbon technology are clear. By covering less cell area and reducing shading losses by 75%, we increase module power by 2.5% and utilize light more effectively for higher energy generation.
About Our Manufacturing Prowess & Technology
Our manufacturing process goes beyond standard practices by utilizing Non-Destructive Cutting (NDC) instead of manual laser methods, which increases mechanical strength by 30%. Every module undergoes 100% pre- and post-lamination Electroluminescence (EL) testing to identify and eliminate micro-cracks, ensuring that only structurally perfect panels are cleared for your project.
Precision Engineering at Scale
We have moved away from manual, gantry-based setups to fully automated robotic layup systems. This shift ensures precise string positioning on the EVA sheet, which directly correlates to long-term panel durability and reduced degradation in field conditions. Our facility layout is designed for speed and consistency, allowing us to maintain volume for large-scale utility projects without compromising on precision.
Patented Innovations for Better ROI
We do not just assemble imported parts; we innovate on the manufacturing line. Our use of Round Ribbon technology, replacing traditional flat ribbons, significantly reduces shading losses by 75% and improves heat management. This results in a 2.5% increase in module power, providing a measurable boost to the Capacity Utilisation Factor (CUF) of your solar power plant.
Quality Assurance and Traceability
For our clients, quality is not a variable—it is a guarantee. From the integration of N-Type TOPCon cells with zero LID (Light Induced Degradation) to our automated sorting machines that ensure strict Grade-A binning, every step is data-backed. All modules are ALMM compliant, making them suitable for government tenders and DCR (Domestic Content Requirement) projects. By tracking every piece from raw material to the final module, we ensure total BOM (Bill of Materials) transparency for your technical audits.
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