The solar industry has long known the potential of heterojunction technology to contribute to solar modules that last longer and produce more energy than those rolling off production lines today.
In 2023, solar cell and module manufacturers are looking to realize that potential at a massive scale. China’s Risen Energy, the partner of this pv magazine Webinar, is moving into gigawatt-scale production of its 700 W+ Hyper-ion module series, which promises a better temperature coefficient, lower performance degradation, strong bifacial performance and more, along with a lower carbon footprint compared to many others on the market.
In this hour-long program, Jerzy Rudnicki, senior product manager at Risen Energy, will take us through the ins and outs of this new module and some of its key features. We’ll take a closer look at Risen’s heterojunction cell technology and the production processes that make it work, and how this and the modules other advanced features, such as a steel frame, can deliver reliable high performance in solar generation.
We’ll also see examples of how Risen’s module can help to bring down project costs, and examine how the technology could develop even further in the near future. And as always, there will be plenty of time to address questions from the audience.
pv magazine Webinar content:
- Background and development of Risen’s heterojunction technology
- Introduction to Hyper-ion module
- Advantages in the field
- Future roadmap for HJT technology
Questions can be submitted beforehand or during the webinar through a chat window. Mark Hutchins, editor at pv magazine, will be the moderator of this webinar.
Registration for this pv magazine Webinar is free of charge.