The Earth Battery As A 'Free' Energy Generator

If you follow the channel, you'll know that what I mainly work on is batteries, but the cushion on one side of the equation has two sides, it's not just about

energy

storage, it's also about power generation, and I'm really also very interested in

energy

generation. There is an interesting crossover point at the land batteries. Land batteries are one of those funny things where no one really serves as a

generator

or

battery

. Now there is a chemical reaction and a redox reaction, galvanic reactions in which some type of oxidation occurs. It's a

battery

, but if you have something that doesn't do and that doesn't rust and there's a big debate about it, then it's somehow harnessing a natural force, in which case it's a

generator

, now we don't have to do that. do anything with it other than metal bars in the ground or some coal in the ground, plug it in and use it, so I would say it qualifies as a

free

energy generator, which is why there is an enormous amount of debate about this, but in my opinion, land batteries. batteries at that point where storage and generation intersect and that's why I think they're absolutely fascinating so let's take a look at terrestrial batteries so it's a pretty beautiful day so I went out because I'm basically staying trapped inside the batteries and that's probably contributing to the

earth

's sea, so they flow around the world like too dark, so they float towards the Sun, so the direction you put things is obviously important and it will change now in the northern hemisphere, which is where I am, I'm in the UK obviously, so you get a larger one if you add the anode to the north of the cathode.

I suppose in the southern hemisphere the opposite would be true, now no one really understands how terrestrial batteries work. very popular in the late 1800s. Early 1900s because the first research and recognition that this is a phenomenon was in 1862. I think it was a Swiss. Yes. A Swiss discovered that they became very popular in using things like clocks and alarms in homes. Something like this now produces a few milliamps of current and depends on its surface area, but what caught my attention is that the method of operation is probably very similar to that

free

energy generator I made on the members channel now.

I'm not one hundred percent sure if that's true or not, but it occurs to me that there's something that ties those things together and it might be interesting to try to see what that means, which may be that the soul can't be too dry and that's which leads people to say hey well it's galvanic yeah maybe or it could be this only the transmission can take place now the voltage you get depends on the materials you put in the ground and the current seems to depend of the surface of the material. and the orientation of the material, so I took a selection of things that I had lying around because all kinds of things are worms and it's one of the reasons why I think it will be good for an investigation during this period because it's basically just things lying around , so I have a couple of carbon rods that I got from a zinc-carbon battery, obviously because that little bit of sink, I have some brass that I might have had that from that generator that made the power aluminum steel hunk free that I got from the deck of our house to redo our roof, read some of these scraps, so if you take a look around, look at the bill to find all kinds of materials that you can try this with. so there are a lot of things to consider, as I say teshon humidity soil humidity the different materials what can and cannot be used the anode would really be chosen in relation to the electronegativity of the material I would suggest again I don't really know, I just I will go to Busan to sort through the research I have read on this to make some sort of selection.

Not much is known about it, so it would be really interesting. I think I will investigate this further and find out. Along the same lines, if we place that free energy generator in moist soil in the citizen of the Sun until the recurring flow towards the Sun and evaporation will need to contact resistance, would it work better somewhere like England where it rains and dries and rains and dries? Would that really make a significant hour depending on there being a digital multimeter here because that should be enough? I'll be able to get some voltage readings and what I also did was take a killer ohm resistor and just put it in there to overcome two clips because it's going to be a dummy load so I can put a compass on it so I can tell where north is.

North is that way so what I'm sitting on now is north so that's where my anode is going to go and I'm going to pick some zinc and the distance would be another How far apart can we put things in equal parts? Can we increase the voltage if we put several of these while they are not in series to increase? the voltage and I can tell you that they are too close together, no they are not, but what if they are further apart? or if there is some kind of separator there, what should that separation look like?

You know, to add that. To help, the more you put in, you'll increase the current, but that's just because you're increasing the surface area, so we put a little bit of zinc in that and then we pop up, which I'm actually using brass. We glue the brass there. You will be able to get a voltage reading after that, soon it will lower the stamping, you did it the other way around because the voltage reading will be negative when you look for a positive reading, okay I am sticking to 0.72. I'm using The brass between zinc and copper is supposed to be about point nine, you can actually calculate that I'm getting point seven two as a voltage reading where we put our resistor in series with which we should be able to get an amperage reading, I want say, it's It'll be my crowns, okay, but we should be able to get a reading on that sure enough to get a small one.

Now play around with that and try a few of these two different things to see what happens. Okay, so I put LEDs. and they're dragging me to one of the faults when it's against the brass, oh sorry, yeah, what you want, it's obviously targeted, it's an animal that's really good, it jumped to 0.75, that's really fascinating, like that that we can test LED against carbon, obviously. If you're a little nervous about their manure, the lead, the copper versus the carbon, it gives me point six, the same kind of voltages, regardless of the orientation, this north-south orientation facing the Sun, that daytime orientation, the aluminum versus carbon, it gives me a volt, actually, that is.

How good to share with you. I only took a little bit of magnesium in there because I forgot to do it in the happy video and it jumped into volts. Magnesium and carbon have incredible voltage. Actually, it's a piece of steel and it gave me half a volt. it's actually stainless steel, so you can understand steel and a piece of carbon that the chances of that voltage depends on corrosion obviously in my Newton, but it's an absolutely fascinating topic, it's possible to draw this current from here, like many patents I say that around the end of the 19th century, 1890, 1900, 1910, of various structures that you could devise to improve the output of this battery, you can get useful work out of it, so candy fell out of favor and it's a great resurgence right now for things like distance. lighting Telegraph power supplies that are needed to run lights and remote locations, that sort of thing, corrosion does happen, but it happens with an extremely slow lifespan, which is one of the reasons they are becoming most popular now, so take another look at Google.

Scholar, what you find are many more research works. Now I'm out because it's a beautiful day and I'm just gluing these things to the ground, but there's nothing stopping you from making pops of this to get some dirt. from your garden, put them in some pots and to get higher voltages I saw an experiment where a shot ran a radio from this so I thought ground batteries were really interesting research, we don't want your lot at home and There's not much else to do to try to find some suggested ways of surface area layout, insulation, moisture evaporation rates or my intention regarding the orientation of the Sun towards the poles, all kinds of things that are you can watch and they would be really interesting, so I thought I'd share that simple idea with you and hopefully it'll be a spark of something to do maybe with the kids.

If it's not something you'd be interested in doing yourself, you should be able to arrange enough of these to do something like turn on the LED or run. a simple engine that has to be really exciting and really interesting for people and the mechanism again. I'm not too sure and I'm sure a hundred people have a hundred different theories ranging from ley lines all the way to it's just corroding. I'm sure there are many theories out there. I think they are strongly related to the ideas I discussed in the free energy generator member channel, but I thought I would share this with you.

I hope it has been of interest to you. Thank you. Thanks so much for looking