Introduction
In particular, EVA is expected to be a more commonly used material because of its advantages, such as high transparency, low moisture absorption, low adhesion to other materials, and good chemical stability. Moreover, POE is also expected to play an increasingly important role because of its low cost and excellent performance in terms of both transparency and heat resistance.
EVA and POE Applications in PV Film
As the price of photovoltaic (PV) modules continues to fall, more businesses are beginning to look at installing solar panels as part of their energy infrastructure. One common way to install PV panels is on roofs, but this can be expensive. Another option is to install them on the sides of buildings, which is where EVA and POE come in.
EVA stands for “energy-vapor-air” and POE stands for “power-output-enhanced.” EVA and POE coatings are applied to the sides of solar cells to improve their power output. This is done by increasing the amount of light that can reach the solar cells.
EVA and POE have several applications in the PV film industry. First, they can be used to increase the power output of thin film solar cells. Second, they can be used to increase the power output of polycrystalline solar cells. And finally, they can be used to increase the power output of monocrystalline solar cells.
Conclusion
As the cost of PV technology continues to fall, so too does the incentive to use costly and environmentally- damaging adhesive technologies. In their place, many solar PV installers are turning to EVA and POE as affordable and sustainable solutions for mounting solar panels. The application trend of EVA and POE in the PV film industry manufacturer in the future is likely to continue on this trajectory as these technologies become more commonplace.
