Watch this webinar to gain essential insights into designing effective solar trackers for high-wind regions, highlighting IDEEMATEC’s approach through FEM simulation models, extensive mechanical testing and cutting-edge aeroelastic wind tunnel testing. The webinar will cover: Design criteria for high-wind regions: Learn about the key features of the Horizon L:TEC 1P, including its locking technology, flat stow strategy, intelligent control system, and rigid design. Design principles and methods: Discover how IDEEMATEC engineers use advanced FEM simulation models and extensive mechanical testing, such as free vibration and bolt torque tests, to achieve high-wind durability. Characteristics of rigid solar trackers: Explore the role of stiffness in mode shapes and natural frequencies, and how the L:TEC 1P achieves the stability needed for high-wind regions. Advanced aeroelastic wind tunnel testing: Observe how CPP Wind Engineering tests the L:TEC 1P for aeroelastic stability, overcoming modelling challenges to refine high-performance tracker designs. Join this webinar to gain essential insights into designing effective solar trackers for high-wind regions, highlighting IDEEMATEC’s approach through FEM simulation models, extensive mechanical testing and cutting-edge aeroelastic wind tunnel testing.

The Anker SOLIX X1 offers an extreme solution that leverages innovative technology to address the aforementioned issues, ensuring a continuous and reliable supply that meets the diverse needs of any household. However, choosing the right battery storage solution can be challenging for homeowners and their installers. One choice to make is between integrated and parallel-connected battery systems. Watch this on demand webinar to find out how to make the right choice and what Anker's solution is.

Through detailed product reviews, real-world performance data and insights into the manufacturing process, this webinar showcased how MoNo 2 simplifies production while boosting energy yields. Viewers will gain key takeaways on: How the half-cell edge passivation technology ensures higher module efficiency and reliability. How to reduce balance-of-system costs and levelised cost of energy). Module strategies on different application scenarios including utility, commercial and residential, and their respective benefits. Join us to discover how these innovations can elevate your installation projects and improve profitability across a range of applications.

This webinar will explore the Windproof Module’s key attributes in detail, its R&D background, core technology features and key test data. It will look in particular at Jolywood’s innovative n-Type TOPCon Bifacial single-glass encapsulation solution that has helped enhance the module’s overall reliability. Why attend this webinar: Explore the latest advances module technology and how they can improve module reliability and durability in the face of extreme conditions Learn more about Jolywood’s innovative product design and encapsulation process, which enhances the module’s strength and durability Gain an understanding of new technologies and processes designed to address the reliability challenges faced by n-Type TOPCon modules, including issues like Damp Heat, UVID, PID

Attend this webinar to gain insights into: A deep understanding of the rapid growth in the rooftop PV market, with a focus on the C&I segment. The substantial cost-saving benefits that can be achieved through the use of Sunman’s lightweight solar modules. Sunman’s innovative product: Dragonfly, which could transform the market’s approach to industrial rooftop solar installations. Addressing emerging challenges in the industrial rooftop PV market, such as the integration of industrial batteries and the impact of negative wholesale electricity pricing. Attendees will learn how to navigate these challenges and position their projects for long-term success. Benefitting from the expertise of Sunman’s team, who will share their knowledge and experience in developing and deploying lightweight solar solutions. This is an opportunity to engage with industry leaders.

As the PV industry shifts to n-type TOPCon technology, solar module manufacturers are faced with crucial decisions over material choice. As well as the cells themselves, encapsulant and backsheet technologies are increasingly important to insulate the longevity and conversion efficiencies offered by the next generation of TOPCon solar modules. Jolywood has made a number of R&D advances with its innovative encapsulant and transparent backsheet technologies, which can offer 1.63% higher energy yield compared with double glass modules. This webinar will explore the implications that these innovations have for the European market regarding energy yield, cost and overall module performance.

As the n-type technology landscape undergoes a significant transformation within the solar industry, heterojunction (HJT) technology stands out by showcasing remarkable advancements in the last couple of years.This webinar will explore the factors that most affect the performance of modules made with HJT cells over time and which mitigation measures can be taken to increase lifetime and yield.

This webinar will explore the challenges faced with bringing up modern production lines with increasing process complexity, available MES functional modules to meet high volume production requirements and much more!

This webinars delves into the pivotal role of rapid solar tracker installation in revolutionising the solar energy landscape. Discover how expediting installation processes not only slashes total costs but also amplifies the returns of solar power plants, paving the way for a more sustainable future.

Learn how the X1 US AC Coupled Storage System can cover the needs of customers in the US from the perspectives of the three main market drivers: disaster preparedness, energy independence and electricity savings. In the webinar, we’ll also discuss how the X1’s innovative modular design and parallel-connection systems architecture enables installers to best match each customer's needs to the correct system sizing, and more.