When it comes to tackling the issue of potential-induced degradation in solar photovoltaic encapsulation films, functional anti-aging additives play a crucial role.
Compatibilizers are revolutionizing the food packaging industry by enhancing the performance, sustainability, and versatility of packaging films.
The photovoltaic industry is confronted with substantial issues that are associated with the aging and acidity of encapsulants
In the realm of photovoltaic systems, the technical, economic, maintenance, and environmental elements are greatly impacted by the aging and attenuation of solar cell modules.
COACE’s R2120 is silane-grafted photovoltaic grade EVA, which is used in EVA photovoltaic films to improve the adhesion after aging, especially the pass rate of the PCT aging test, reduce monomer residues, and improve the packaging yield rate.
The use of sophisticated encapsulant materials such as EPE will play a critical part in satisfying the growing need for solar energy solutions that are efficient, reliable, and sustainable.
Anti-acid additives in photovoltaic encapsulants play a significant part in the process of shielding solar modules from the corrosive effects that are caused by acidic conditions.
Understanding the differences between EPE, POE, and EVA photovoltaic films is critical for making sound judgments in the solar sector.
COACE is dedicated to the research, development, production, and servicing of photovoltaic packaging film additives, with an R&D team lead by numerous senior engineers and PhDs.
