 Everybody's interested in ways for us to find better sources of water and to get sources to get water to people who don't have access to clean water or more efficient ways to get to water. And I'm with a Resbaz from WaterGen who's going to talk to us about solar Jenny. We're looking here at a thing that looks like a sparklets container, so tell us about the solar Jenny. OK, this is our Jenny. The Jenny doesn't need any piping, only electricity. The Jenny makes water out of the air, out of the humidity in the air. The way we do it is with a condensation system. Our condensation system is a patentable one. It's registered as a patent all over the world. The reason it's patentable is because it's making the water out of the humidity in a very efficient way, a very quick way, and the water flavor and quality is amazing, premium quality. So in order to do this, I'm assuming there's some sort of condensation process, right? Humidity into water. You've got something cold going on in here. How are you doing that? There is a cold system in our condensation system, a cold pipe. The cold action is made by gas, a very friendly gas that each one of the refrigerator is using. And actually, our condensation system changed the temperature in relation to the outside temperature because the point where the humidity changed to water is changing by the outside temperature. Right, the outside conditions, sure. So we can change the temperature all the time. So you've got a condenser in here. You started telling us earlier, before we got on the air here, about the fins. You've got a special kind of fins. Yeah, actually our system made out of fins. We have two kinds of fins, plastic fins, aluminum fins. Between the fins we have the cold pipes. Those are very special fins. The fins are our secret. The size of the fins, the material of the fins are made of. It's pretty much the magic sauce right there. Yeah, and something is happening inside the fins, but I can't talk about it. So let's talk about how much water can you make in a day? Okay, our journey can make up to 30 liters per day, or eight gallons. The quantity of the water depends on the humidity and the temperature outside. So I would think you could make a lot of water in Florida, not as much in Tel Aviv. Absolutely right. We can make the same quantity, but not in the same time. Okay, right. Sure. It will make 30 liters anyhow. Right. The water isn't in the air. In Florida it will be like in 18 hours, and in Tel Aviv it can be 30 hours. Right, right, right. So how much power is this going to use, say, in that average? Actually, the power consumption is very low. We need only 0.7 kilowatts per hour, right? An hour on a regular steady state condition. Okay, okay, great. I think I should taste it though, don't you think? Yeah, let's taste the water. Do I want some cold water, maybe? Yeah. Do I hold the button? Yeah. That's it. All right. Oh, oh, oh, let's see. See how good this tastes. Are we going to cheers on it? Yeah, absolutely. Oh, I drank a little bit first. In Hebrew we say l'chaim. L'chaim. L'chaim. Yeah, so that tastes really, really good. Why does it taste so good? Actually, after the conversation process, we get pure water. Our mouth cannot taste pure water. Does it taste right? It's very strange in the mouth. So we add calcium. And the calcium makes the taste that we feel when we drink the water. Wow, that's really, really interesting. So, water gen, solar gen A, would that be for the home or are you targeting areas that don't have clean water? What's the plan? We're going to get the solar solution to home in places in Africa, in Asia, or places that there is a problem with the electricity, or they have no infrastructure for water in the ground. Okay, so it comes, I didn't even notice the word solar in front of Jenny every time I've said it. So I'm seeing you've got a solar panel that goes with it. We have a system of three panels. We connect it, we connect the Jenny to the panels, and the solar solution can make up to one gallon per day. So, eight liters per day, two gallons per day. That's pretty amazing. So if people want to learn more about water gen, solar gen A, where would they go? We are going to launch the product in June in the US, and then we'll continue to the rest of the world. But our first market will be the US. We are now targeting retailers in the US, and few other B2B people that will help us to spread the rumors about air to water, water to air. Do you have a price point on the Jenny without the solar panel? Yeah, the retail price that we would like to have is $2,500. That's right about what I was thinking. Yeah. I think it's a very fair price to what you get, the quality, it's a premium water solution, and I think every consumer that will have this at home will have his own water system at home. That's it. No matter what. Well, Gary, help it to save the world. Thank you very much, Ares, this is very interesting. Thank you very much for coming.