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Module Technology

TOPCon heads to the rooftop

This year has seen solar manufacturers begin what is shaping up to be a major shift toward n-type technologies, and investors are keen to see these technologies in action in ‘real world’ installations. In this pv magazine Webinar, we take a look at the latest in TOPCon technology from one of n-type’s earliest backers, and share case study details from one developer already installing these modules and monitoring their performance in the field.

Nuevas Tecnologías para la optimización del diseño electrónico y mecánico de plantas FV: Menos Capex, Menor LCOE

En este pv magazine Webinar, Trina Solar presentará la tecnología de los módulos, incluyendo las características de las nuevas células rectangulares, y los detalles de funcionamiento de las células tipo N. También se discutirán las ventajas asociadas a realizar diseños de string con módulos de bajo Voc y la compatibilidad de estos módulos con los Trackers e inversores actuales.

Learning from PV module manufacturing nonconformities

In this pv magazine Webinar we will examine nonconformities reported during the PV module manufacturing process. We will define manufacturing nonconformities, analyze which ones are frequently found in production, and investigate on their distribution along the manufacturing line.

Shaping the future of PV manufacturing

Recent years have seen silicon wafers, solar cells and PV modules introduced to the market in a range of different sizes, as manufacturers seek cost optimization all along the supply chain. And though this move away from standardized dimensions has caused a few disruptions, the industry is generally keen to realize potential for cost reductions where it exists and has been quick to embrace larger format products. In this pv magazine Webinar, we’ll take a closer look at Trina Solar’s latest innovation, producing rectangular shaped cells that promise to revolutionize the industry by packing more watts into shipping containers and onto rooftops and racking systems, bringing big BOS savings for project owners and developers.

Cell cracking: the invisible performance thief

Industry awareness and mitigation of PV cell microcracks have improved in recent years, but there are signs that the problem may still be grossly underestimated by many. Microcracks can grow over time into full-fledged cell cracks and begin to have serious impacts on a PV system’s performance and safety. In this pv magazine Webinar, an expert from Clean Energy Associates (CEA) guides us through the risks posed by undetected microcracks, and what module buyers can do to prevent their development.

Tecnología TOPCon de alta eficiencia para distintas latitudes en América Latina

En los últimos meses, varios fabricantes de módulos han puesto en marcha ambiciosos planes para construir fábricas de módulos fotovoltaicos de contacto pasivo de óxido de túnel (TOPCon) y la mayoría de ellos han lanzado sus primeros productos. En este seminario web de pv magazine, Yingli Solar presentará su propia tecnología TOPCon, el Panda 3.0 de 565 W con una eficiencia de 21,8%. El fabricante analizará las tendencias del mercado y el potencial de TOPCon en los próximos años, especialmente para los mercados latinoamericanos.

Demonstrating durability in n-type modules

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.

Delivering value in the APAC region

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.

High performance at scale with HJT

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.

Solar in the sun: system optimizations for high temperature environment

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.

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