Don’t waste Watts
The coolest innovation in PV Solar
A fresh approach to solar modules
Created for Solar Module Manufacturers and Solar Module Users worldwide
COOLBACK® is an innovative and internationally patented application for the solar industry that integrates – and replaces – the standard solar module frame and backsheet functionalities.
Solar modules equipped with COOLBACK® outperform conventional modules by delivering more output and a prolonged lifespan in modules, while reducing stacking volume – for the same cost as conventional solar modules.
Developed for utility-scale solar installations in areas with relatively high irradiation, the integrated backsheet/frame solution provides effective heat management by cooling solar modules through natural convection and radiation.
DISCOVER THE COOLBACK® DIFFERENCE IN 2 MINUTES
在两分钟内发现 COOLBACK®差异
Rear side of solar module
COOLBACK® beats back the losses
COOLBACK® enhances the yield of solar modules by tackling the main losses in kWh output. In limiting losses, COOLBACK® also prolongs the productive lifetime of solar modules, giving immediate and long-term benefits.
1. More Output
Boost output by reducing the losses due to heat development, dust and dirt.
2. Longer Lifespan
Reduce degradation levels caused by operational temperatures, bending and humidity.
3. Smart Structure
Minimize stacking volume and costs with an intelligent replacement for traditional frames.
A different way of thinking
About our company
We believe that energy costs can be lowered by finding the right solutions for standard mass-produced Solar Modules. This is especially important for utility-scale installations within areas of relatively high irradiation.
Our goals:
1
Improve temperature management in PV modules
2
No added costs per Wattpeak
3
No changes in production
4
Cost-effective transport; no added weight and less stacking volume
Solution: COOLBACK®
An integrated backsheet / frame solution that improves performance in output and lifespan by cooling Solar Modules through natural convection and radiation.