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12 Oct Solliance starts webinars on thin-film solar technology

Posted at 16:51h in News by

In the last months, covid-19 made it nearly impossible to meet our partners and customers . We also had to postpone the festivities for the second lustrum, our 10-year anniversary. But in the last weeks we have been working to reach out to you by free and interactive solar webinar. Let’s get in touch!

Webinars on perovskite

Together with our partners, we launch a series of webinars on perovskite solar technology. On the 2nd of November we start with two presentations on the up-scaling of processes to an industrial level, for glass based perovskite solar modules. The serie will continue with a webinar on roll-to-roll processing, hybrid or hetero junction tandems and multi junction perovskite tandems.

The presentations will be online by partner scientists working in the Solliance programs. During the presentation, there is a live Q&A. Via chat you will be able to ask your questions. The host, Ronn Andriessen, director of Solliance Solar Research,  will submit these questions to the experts.

 

More to come

There are more webinars planned on different subjects. But we would like to hear what you are curious for. What are the subjects you want to know more about? Where do you need more insight knowledge? Or are you curious to know what our scientists are expecting for the future?

Please let us know. Mail us your suggestions.

 

And if you’re interested to join, go to the webinar’s info page and register. It’s free.

  • The prospects of perovskite based solar are high. But the records set on miniature lab cell, must be translated to larger modules. How can we scale up this technology to industrial processes? Valerio Zardetto (TNO) and Yinghuan Kuang (imec) will tell you the l...

  • To come to a sustainable energy production, we need large amounts of solar cells. For perovskite solution based printing techniques are available, so the future perovskite solar modules are printed on flexible carriers. Roll-to-roll processes are researched by...

  • One of the unique features of perovskite based solar cells is their translucency. Only a part of the spectrum is absorbed, leaving the module is transparent for other colours. This means another solar modules can convert the' left-over' to electrical energy. T...

  • What is possible if you take this tandem concept even further? Can you fine tune the absorption wave length? What happens if you stack three, four or even more perovskite based solar cells on top of each other?...

  • A lot of energy has been invested in the research to arrive at stable perovskite based solar cells. New chemical composition, new layers and new barrier technologies combined made these solar cells more resilient to oxygen and moisture. The milestone of one th...

  • In this sixth Solliance webinar, we focus on atomic layer deposition. This deposition technique is developing fast and can create ultra-thin layers with high accuracy, which maybe crucial for reliability of flexible, thin film solar. We will discuss the develo...

  • In this webinar we discuss advanced interconnection technologies as developed at Solliance partners TNO and Forschungszentrum Jülich. Interconnection technology is needed to create a working solar module from a stack of thin-film photovoltaic layers. Together ...

  • Depending on the use and application, flexible solar cells need a fair life time. It is important to develop materials and processes that can protect the sensitive chemical and physical composition of thin-film solar cells, during the required lifetime. Althou...

  • Understanding material degradation and failure mechanismes of a solar cell is the holy grail for lifetime improvement  and application of solar cells in environmentally harsh conditions. Mirjam Theelen (TNO) is researching deceased CIGS solar modules. She deve...

  • Solar energy everywhere. Producing tailor-made products on a large scale and affordably, this is the future of solar energy. New ways to integrate solar panels so that they are invisible or, on the contrary, become an aesthetic part of a suitable surface. ...

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