How Are Solar PV Modules Made? Complete Guide to the Manufacturing Process
How Are Solar PV Modules Made? Complete Guide to the Manufacturing Process
To make a Solar PV Module, solar cells are joined physically and electrically.
Components of Solar PV Module:
- Glass
- Encapsulant
- Module frame
- Interconnectors
Steps for fabrication of Solar PV Modules:
- Cell sorting
- Contact Soldering
- Series interconnection of cells
- Preparing lamination assembly
- Laminate curing and polymerization
- Module framing & external connections
- Module I-V characterization
The first step is of sorting the solar cells (solar cells are tested and cells from same group are sorted). After sorting of cells, metal contacts are soldered in the form of metal strips, on the front side of the cells. The process of making metal contacts is known as tabbing. After this, cells are connected in series, this process is called stringing.
The above mentioned process can be done both manually and by automated technology. After stringing, stack of connected cells, glass, laminates and tedlar is prepared. After this process, the stack is kept in a machine called laminator. This process is called lamination. After the process of lamination, curing is done, where module is heated. During curing process, the polymerization of EVA occurs (formation of crosslink of chemical bonds). This process of polymerization makes the EVA sheet compact and provides strength and durability for long term. After this process modules are farmed using aluminum frames.
A plastic box containing electrical points for external electrical connection is added at the rear side of module which is called junction box. This junction box also contains bypass diodes. At the end, modules are characterized for their IV curve and power output.
Suggested Articles

Cut Factory Electricity Bills with Solar Energy: Smart Power Saving Guide for Industries in India
Discover how solar energy helps factories in India reduce electricity bills, improve ROI, and achieve long-term industrial power savings.
Researchers Propose New Way to Make Nuclear Power Plants Safer
Researchers propose innovative methods to enhance the safety of nuclear power plants, aiming to reduce risks and improve operational security.

Law Change Makes It Hard to Receive Compensation for Solar Developers
A recent law change creates hurdles for solar developers seeking compensation, impacting project viability.

Sustainable Solar Panel Disposal: Recycling for a Greener Future
Sustainable solar panel disposal ensures old or damaged panels are recycled responsibly, reducing waste and environmental harm. By adopting eco-friendly recycling and reuse practices, we can recover valuable materials, lower carbon impact, and make solar energy truly sustainable from installation to end-of-life.

Complete Guide to Solar Panel Subsidy Scheme in Haryana
Solar power is not only less expensive, but it is also the most abundant source of clean energy.

Breakthrough in Solar Technology: 33.2% Efficient Perovskite-Silicon Cell
Scientists achieve a breakthrough in solar technology with a perovskite-silicon tandem cell reaching a record 33.2% efficiency for higher energy output.

500 kW Solar Power Plant Cost in UP 2025 | Latest Price, Subsidy & ROI
Thinking of setting up a 500 kW solar power plant in Uttar Pradesh? Discover the 2025 cost estimate, available subsidies, and expected ROI. Learn how commercial and industrial projects in UP can reduce energy expenses and achieve long-term savings with solar energy.

500 kW Rooftop Solar for Industries in India: Complete Guide 2026
A complete guide to 500 kW solar for industries covering installation cost, energy generation, ROI, savings, and why it is a smart business investment.