Solar Encapsulants – Protecting and Enhancing Solar Module Performance
Guaranteeing robust encapsulation and secure solar PV performance with premium-quality EVA encapsulants in every layer.
Solar encapsulants are essential materials used in photovoltaic (PV) modules to protect solar cells from environmental damage while ensuring efficient light transmission and electrical insulation. They safeguard the solar panel from moisture, UV radiation, mechanical stress, and temperature variations, thereby extending its lifespan and maintaining high performance.
Product Specification
| Product Type | EVA, POE, EPE |
| Width | Any size less than 1400mm |
| Thickness | 350 to 650 micron |
| Length | Roll size - 150 to 370 lenoir meter |
| Life Span | EVA and EPE: Around 9 months and POE: Around 6 months |
| Storage Condition | To be stored in sealed packing at temperature < 30 °C and humidity < 60 % |
| Application | Top and bottom surface of solar cells |
Benefits of Solar Encapsulants
Increased Module Lifespan
Protects against degradation and environmental exposure.
Higher Efficiency
Ensures optimal light transmission and electrical insulation.
Enhanced Durability
Resists UV damage, yellowing, and delamination.
Improved Mechanical Stability
Protects solar cells from physical stress and micro-cracks.
Key Types of Solar Encapsulants
Ethylene Vinyl Acetate (EVA)
Most widely used, offering high transparency, flexibility, and durability.
Polyolefin Elastomer (POE)
Superior moisture resistance, ideal for bifacial and high-performance panels.
Encapsulant for Polymeric Solar Cells (EPE)
Excellent impact resistance and flexibility.
Silicone-Based Encapsulants
Best for extreme environmental conditions but higher in cost.
