 Så hej, I am Mattias Josefson, one of the founders and the entrepreneur behind Swedish Episcine. And our ambition is to take global lead in printing solar cells roll-to-roll. Our ambition is to take global lead in printing solar cells roll-to-roll. Let that sink in a bit, imagine something like a newspaper printing factory or toilet paper roll-to-roll manufacturing. I'll come back to this. We are starting with a first unique small solar cell to revolutionize IoT power supply. And six quick perspectives on this. The global digital transformation will require trillions of remote sensors, displays and other connected devices. And it's too expensive and it's often impossible to power them with wires. It's also too expensive to pay people to replace batteries in tens of thousands of sensors or displays. So self-powered electronics is one of the holy grails related to the expected growth of IoT and the only way really to get the trill internet of trillions of things that are expected. Så, wouldn't it be fantastic if you could power electronics with light? This has been tried for a long period. We have seen that in calculators since many, many years. But when you have small devices that should be placed, fixed on different places and a lot of them indoors, you have a very different amount of energy and often only parts of the day to count on. Så previous trials and the old technology failed to make those system work. And the reason for that is that traditional solar cells gets more and more unpredictable. The lower light you have to make things work in very low light is very difficult with this kind of technology. So that's why we are disrupting the possibilities to make light powered electronics and sensors and this kind of things with a predictable high performance in low light. And this is our first product that is released in the lab. We have double the performance with the same predictability in low light. This is based on 30 years of research within the University of Linköping. We have built our first manufacturing industrial full industrial line and every single step on this manufacturing line is focused on scalability road to road. And thanks to the long research and new ways of doing process steps related to road to road printing solar cells. We have the world's best quality and the world's best process today of road to road printing solar cells. Patentet of course. We have fantastic team as everyone has. We have some of the brightest people from all around the world when it comes to material development of solar printable solar sex stacks. And also when it comes to manufacturing processes for road to road printing solar cells in the management team. We have experience of building industrial manufacturing scaling industrial manufacturing. We have experience of taking innovation out to global leading positions and the other things we think we need. We have built our first factory in Sweden zero carbon factory and the first factory has the capacity of millions of our first small solar cells that could be in different sizes like this. And we are already now building our second factory also in Linköping Sweden that will have the capacity of billions of small solar cells per year. Our three first customers have already started to serial manufacturer electronics light powered by Epishines solar cells. And this is fast. We released our component one year ago. So the three first customers have been very quick and we have more than 30 ongoing projects with exciting customers. And we are speaking with the number of the giants in the world when they come to electronics. One of them has already selected Epishines solar cell for the new battery less sensor platform, which is very exciting. So this is on the crucial prediction or forecast where actually one of several cast big customers that that we are working with right now could exceed those figures by themselves. But according to this, we as a company in advanced material would reach break even 10 years after we founded the company 2026 and have a turnover of 50 million euros 20 27. We are convinced that solar power will be the biggest energy source in the future. And we are also convinced that the most scalable manufacturing method and the manufacturing method that we will need to really scale solar is roll to roll printing of solar cells. So that is why we are trying to take global lead in printing solar cells roll to roll. Firstly, this indoor case alone has a remarkable potential. We are speaking about billions or trillions of sensors that need that kind of power. But meanwhile, we're positioning Epishine within this future, most scalable solar cell manufacturing method that the world will need. We will do our next round in the turn of 2023 2024. And that will be in the size of 30 to 50 million euros. And those money will be used to accelerate market and sales with ambition to take global lead on light powered IoT or self powered IoT. We will use the money to continue to increase capacity, but we will also take our first important steps into building integrated and utility scale solar power. With the ambition to really take global lead in printing solar cells roll to roll. Thank you for listening.