DuPont and Envision join forces to develop new degradation analytics for solar modules



As the solar industry’s thirst for greater quality control grows, an ever-increasing number of companies are delivering solutions specifically designed to improve PV’s durability, efficiency and reliability.

And today, two of the leading proponents in the push for PV quality – DuPont Photovoltaics Solutions and Envision – have announced that they will collaborate on the development of a predictive analytics solution designed to identify and eventually mitigate degradation in PV modules.

DuPont, which produces module backsheets and PV metallization pastes for the industry, will work alongside Envision – a leading digital energy company that manages more than 100 GW of energy assets globally with its Internet of Things (IoT) platform EnOS – to study module reliability, including backsheet failure mechanisms, in order to improve the analytics for aging solar assets.

Field data of modules installed globally will be assessed by the companies, with the aim being to identify the most effective steps towards ensuring durability, and then to market and promote their efforts, results and recommended solutions globally.

Popular content

According to DuPont Photovoltaic Solutions EMEA regional marketing leader Stephan Padlewski. The combination of the two firms’ strengths will bring together material science capabilities and expertise in big data analytics in a way not seen before in the solar industry.

“We can help provide asset owners with a quantitative and predictive analysis of aging for preventive maintenance of solar panels and their components in the field,” Padlewski said.

Envision’s head of global solar center of excellence Kam Mofid added that the creation of a “best-in-class analytics for PV module degradation and risk mitigation” would prove beneficial for all key stakeholders operating in the solar industry worldwide.

This content is protected by copyright and may not be reused. If you want to cooperate with us and would like to reuse some of our content, please contact: