 We are the Vata Microgroup and we are working close to Variable Technologies application partners and our latest stuff is the Leaston Coin Power. It's a small Leaston rechargeable coin cell, updated to A2 version. The small battery is having 50mAh of capacity. The large one is having 100mAh of capacity and we are worldwide market leader in respect to energy density. We are working globally with different partners in respect to Variable applications, Bluetooth headsets for example, sport watches, all this stuff. We are also supporting during the R&D phase with free samples for example. We have a very experienced R&D facility in Germany and all these batteries developed and produced in Germany by Vata Micro Battery. So Vata is a world famous battery maker right? It is. It is 130 years of history now, 130 years of making batteries, producing, developing. We are very proud of our history. In Germany? In Germany. The whole time. And what's inside? Is it lithium-ion? It's a lithium-ion coin cell. We are very proud about the patent technology. Those are the same here? These are the same here. And we also have a 14mm version having 85mAh of capacity. And we are providing global organization, sales support, also having production facility, assembly facility in Asia of course, you have to be over there. And the global market is addressed at the moment with our products. This is perfect for IoT right? It is as well. IoT will be one of the next big steps after Variable and we are working close to our business partner on strategic development. And then you talk about these kinds of batteries, is it different type? Well this is a completely different type. Now we are talking about the HPC power caps. This is something in between a battery and a typical double-layer condensator. Having higher current compensation and a good capacity as well. This very small one is having four Farad which is pretty intense in case of power density. Then we have a 15 Farad version and a 90 Farad version. And this is also our 2015 launch project product. So what is it for? Where does it go? It is also for smart metering for example, energy harvesting applications and especially for server backup. So this form factor is like, what is it, is it the higher capacity? No, the capacity is not as high, the current consumption is very high. If you need a lot of power for a short amount of time, this is the perfect product for this kind of applications. Is it something to do with supercapacitors? Yes, the technology is something in between a supercapacitor and a battery. Then we try to integrate both advantages of the technologies. So like one of those could power something very strongly for short time? For example, if you have a main power fail on a server room and you need to store the data very quick, this could be the backup. Could you have one of those in a smart phone and while you change the battery, it would run the smart phone? This is also a possible application. 10 seconds, 15 seconds. This is also also a possible application. That would be great. What is this? The well-known nickel metal hydride button cells, we are producing them since years, really since years and this is the most approved technology we are also producing in Albania. So nickel metal hydride? Is that even better than lithium-ion? It's a completely different technology. The cell voltage is 1.2 volt. Compared to lithium-ion, we have roundabout 3 or 3.7 volt, but it's a more safe, more easy-to-handle technology, also for backup applications, for example. This one doesn't explode? No. And lithium-ion either. You won't have a problem if you carefully handle it. But this one is better for airplanes or kids or something else? It has advantages as well. Also as lithium-ion, maybe for stolen vehicle tracking, for example, this is one of the applications from our side. And did Varta announce future technology? Well, we are very proud about the current lithium-ion coin power. This is our Brio-1 project, let's say this way, and we are also working on printed battery in the next generation of lithium-ion cells. Printed battery? Printed battery. So very thin, below 1 mm of thickness, it needs on the market and also maybe some applications in the future. What's the capacity of a printed battery? It really depends on the area you have. If you're talking like a post-stamp size, you have like 5 milliampere-hours. But we are really focusing on rechargeable printed batteries, so this is the main difference on the other players on the market. How do you do that? How do you do rechargeable printed battery? Well, this is really deep chemical stuff. This is a complete different chemistry compared to primary batteries. And this is our main focus to bring our RD expertise also in this technology. What do you think about the ID Tech Act show? It's my first visit this year, but we are participants in SEERS, also on the ID Tech. Yeah, we are, I think, a big partner on the invariable stuff, and this is also part of the ID Tech, so we are very proud to be here again and having a lot of interesting conversations with a lot of interesting guys and women, of course.