Webinars

As the next generation of high-powered PV technology begins to roll off production lines, how these modules will fare in the field is a question on the lips of many. And it is a question we will look to address in this pv magazine Webinar, hosted in partnership with Canadian Solar.
We’ll take a closer look at the new technologies that are wrapped up in Canadian Solar’s new HiKu7 and BiHiKu7 modules, designed to reduce the LCOE for solar plants and set the stage for global grid parity. With power ratings up to 665 W, HiKu7 and BiHiKu7 open the door to further optimizations at several levels, promising lower LCOE and a higher return on investment, without creating additional challenges for installers or components suppliers.

Analizar el lanzamiento de una nueva ola de módulos fotovoltaicos de gran superficie y alto rendimiento diseñados para garantizar aún mayores reducciones de LCOE en la era de la paridad de red sin subsidios es una tarea clave para todos los interesados que participan en proyectos fotovoltaicos a gran escala en todo el mundo. En este pv magazine Webinar, JinkoSolar se ha asociado con expertos de Power Electronics para promover un debate impulsado por la técnica con el fin comprender mejor el impacto de los módulos Tiger PRO en la medición del LCOE.

Whether by design or necessity, the allure of an interconnected home, one which generates, manages and uses all of its own electricity on-site, grows by the day. LG states this vision was critical in the launch of its new NeON R ACe AC residential solar module. With a built-in micro-inverter, the product has been designed specifically for ease of installation and without the level of complication that can overwhelm new consumers. In this pv magazine Webinar, we will discuss if LG’s NeON Ace is the complete solution to enable the home of the future.

Is bigger always better? Had this year not already been dubbed the year of Covid-19, the solar industry might have remembered 2020 as the super-high-power modules year. In this pv magazine Webinar, we will discuss how EPCs and developers can maximize output and return on investment for their next project using these latest generation modules.

Traditional methods of optimization are a thing of the past. Modern technology now affords PV professionals with better solutions that produce more energy and greater lifetime reliability. In this pv magazine Webinar, learn how recent advances in services technology are streamlining PV operations and reducing business risks associated with system downtime and truck rolls.

While investment in solar energy has taken off considerably in the last decade, the science of investing is not a perfect one, and potential players require access to any and all relevant data relating to a project before they make big-bet decisions.

Back-contact technologies – metal wrap through (MWT) and interdigitated back contact (IBC) modules – promise high energy yields per square meter and are already making a significant impact in markets for residential rooftop and small commercial PV. In this pv magazine Webinar, we partner with leading materials company DSM for a closer look at how these technologies differ from conventional module designs, and the technology roadmap that could lead to bigger market impacts over the coming years.

In this pv magazine Webinar, we will discuss with Paul Wormser of CEA and Elias Hinckley of K&L Gates the IRS’ Safe Harbor Provision for Solar Energy Projects and how to take advantage of it.

With the share of photovoltaics growing rapidly everywhere in the world, the energy transition is entering a new phase. For the next leg, the integration of PV will become much more important and PV plants will have to become smarter, more flexible and more integrated into overall energy networks.

Solar modules are getting more powerful. This much was clear walking the show floor at the SNEC show earlier this month in Shanghai, where leading manufacturers all exhibited products with power ratings in the 600 W+ range. In this pv magazine Webinar, hosted in partnership with Trina Solar, we’ll take a closer look at the technologies inside Trina’s Vertex module, and why its impressive performance is about much more than simply making the module larger.