GY-SCM-01 is an advanced PET-based solar enhancement film designed to improve
the energy conversion efficiency of photovoltaic modules.
Solar panels typically convert only 15–30% of solar energy into electricity, and their
efficiency gradually decreases over time due to environmental exposure and aging.
GY-SCM-01 utilizes wavelength-conversion technology to transform part of the invisible
solar spectrum (UV and infrared) into visible light that can be absorbed by photovoltaic cells.
This technology increases the effective utilization of solar radiation and improves the power
generation efficiency of solar modules.
The film can be applied directly onto solar panel glass surfaces and is suitable for both new
installations and existing photovoltaic systems.
Converts invisible light into usable visible light
Enhances solar energy absorption efficiency
High transparency PET film structure
Excellent adhesion to solar panel glass
Resistant to outdoor environmental conditions
Suitable for retrofitting existing solar modules
GY-SCM-01 is widely used in photovoltaic systems:
Solar photovoltaic modules
Rooftop solar installations
Solar farms and utility-scale PV systems
Agricultural solar installations
Industrial solar power systems
Solar panels installed outdoors often accumulate dust, organic residues,
and environmental contaminants that reduce sunlight absorption and cause
hot-spot effects. Enhancement materials like GY-SCM-01 help maximize solar energy utilization.
| Property | Value | Test Method |
|---|---|---|
| Product Type | PET Solar Enhancement Film | — |
| Appearance | Roll Film | — |
| Roll Size | 1000 mm × 25 m | — |
| Thickness | 85 ± 2 μm | N.Y Method |
| Color | Transparent | — |
| Adhesion | No peeling | JIS K5400 |
| Adhesion Strength | ≥ 450 g / 25 mm | ASTM D1000 |
| Total Transmittance | ≥ 85% | ASTM D1003 |
| Haze | ≤ 10% | ASTM D1003 |
| Recommended Validity | Over 2 years | — |
Field tests demonstrate that installing GY-SCM-01 on solar modules can significantly improve power output:
| Test Case | Power Output Before | Power Output After | Improvement |
|---|---|---|---|
| Case 1 | 145.5 Wh | 221.7 Wh | +52.4% |
| Case 2 | 306 Wh | 439.2 Wh | +43.5% |
| Case 3 | 78.7 W | 163.6 W | Increased power & current |
| Case 4 | 5530.7 kWh | 5654.8 kWh | Improved energy generation |
Actual improvement may vary depending on sunlight intensity, installation location, and module performance.
Clean the solar glass panels thoroughly.
Measure the panel size and cut the film accordingly.
Spray soapy water onto the glass surface.
Remove the release liner and position the film on the panel.
Apply the film gradually at an angle.
Use a rigid scraper to remove air bubbles and excess liquid.
Inspect the surface and complete installation.
Air bubbles between the film and the panel may affect performance and should be removed during installation.
16–20 rolls per pallet
Store in a cool and dry place
Avoid direct sunlight and contamination
Shelf life: over 2 years
Available documents:
Technical Data Sheet (TDS)
Safety Data Sheet (SDS)
Product Brochure
Recommended solar energy maintenance materials:
GY-SCM-02 Solar Panel Efficiency Enhancing Wash
Nano solar performance additives
Photovoltaic module maintenance solutions
Solar panels convert only a portion of sunlight into electricity due to the limitations
of photovoltaic materials. Solar enhancement films such as GY-SCM-01 improve
the utilization of the solar spectrum by converting invisible wavelengths into visible
light that photovoltaic cells can absorb. This technology helps increase solar module
efficiency and improve overall energy generation performance in solar power systems.
Interested in GY-SCM-01 Solar Energy Enhancement PET Film?
Contact us for technical consultation, quotation, or sample request.
GO YEN CHEMICAL INDUSTRIAL CO., LTD.
Email: gycinfo@goyenchemical.com
Tel: +886-7-2272766