Module Technology

The promises of a longer lifetime and better performance under harsh conditions, such as desert heat, are among the key reasons the PV industry is beginning to make the switch to n-type technologies. While the cell technologies themselves are a major factor, there’s a whole lot more to think about when it comes to ensuring long-term reliability for modules in the field. In this pv magazine Webinar, we examine the joint roles of advanced cell technology and proven bill of materials in ensuring reliability as expected lifetimes for PV modules move to 30 years and beyond.

In this pv magazine Webinar we will learn more about how to make ideal technology choices for projects across the Asia Pacific region where energy crises were erupting in the last year. We will also have a sneak preview of the Trina Solar new technologies on its horizon and products launching later in the year.

Mainstream PV’s switch to n-type is gathering pace in 2022, and we are already seeing modules based on heterojunction (HJT) and other n-type architectures roll off production lines in increasing numbers. As these modules are deployed in a wider range of projects, the whole industry is keen to see new insight from the operations side. In this pv magazine Webinar, we take a closer look at the technology behind Huasun’s new HJT module series. And we’ll hear from expert project engineers about the benefits and possibilities of working in the field with this new generation of PV modules.

In this pv magazine Webinar, we’ll examine in detail the high temperature performance of JinkoSolar’s TOPCon products, and look at optimizations at both module and system level that can ensure the best performance in high temperature conditions.

In this upcoming pv magazine Webinar, Italian PV backsheet manufacturer Coveme and US/Canadian module producer Silfab Solar will present the results of their Highly Accelerated Life Testing (HALT) of PV backsheets which demonstrate that there is not only a strong correlation between the PVEL Backsheet Durability Sequence and the component-level HALT results, but that component level testing can be a crucial consideration for module manufacturers.

Podczas webinaru pv magazine Jinko Solar zaprezentuje własną technologię TOPCon, a także przeanalizuje trendy rynkowe. Do webinarium dołączy także Menloelectric i Polenergii, który omówi potencjał technologii TOPCon na polskim rynku.

In this pv magazine webinar, REC will present its new Alpha Pure-R HJT module series and show how an exemplary life cycle of premium solar modules can look like. For several years now, the company has been implementing sustainability strategies in its production, starting with polysilicon and ending with the recycling of end-of-life solar modules.

In this pv magazine Webinar, Chinese manufacturer JA Solar will present its M10 DeepBlue 3.0 modules based on gallium-doped technology for either rooftop or large-scale applications and define the specific applications that each of its products may have in the European PV market.

¿Cuánto dura un sistema solar? El 9 de junio, Maxeon mostrará cómo las pruebas, los datos de campo, la modelización y las mejoras de diseño han dado a la empresa la confianza suficiente para respaldar una garantía de 40 años.

In this pv magazine Webinar, we will learn about the premium technical features of TOPCon technology highlighting the impact on the LCOE of distributed generation (DG) projects, including calculation of the yield benefit for different environmental conditions and installation types to support project developers, EPC contractors, stakeholders for practical component selection decisions. Different business cases will be introduced and discussed to ascertain how TOPCon technologies may also be considered for improving a DG project’s quality and viability.