Simplest real free energy gravity generator.

[stevensrd1]

The reason this works is because of gravity, its pull is not depleted or its pulling power lowered by how many objects it pulling downward on. Think of it like this, if I use a battery to light a light bulb, it drains the battery a bit. Now if I use that same battery to light 2 light bulbs the battery drains quicker and as it does eventually less energy will be reaching the light bulbs as more light bulbs used will drain the battery more and more. But with ram pumps their power source being gravity does not drain nor does it lower in force downward regardless how many things gravity pulls down upon. If I use one ram pump I get a set amount of water to a set height at a set time. Lets say that amount is a cup full of water every 5 seconds. Thats not much but if I add another ram pump carrying the water even from the very same reservoir up to that same height I now have 2 cups of water arriving at the top every 5 seconds. And I can add another and another and countless more ram pumps so I can get any amount of water up hill to a set height ever 5 seconds and all at once, in this example. Thats the secret right there because by using more ram pumps they dont pump slower or cause any drain on their power source which is gravity, so they all always pump at a constant speed. Common sense would tell you if you have a set amount of water reaching some height at some set time and I double that I have twice as much water. This can be doubled endlessly by using more ram pumps. So you can get as much water as you want reaching a set height at a set time by using more ram pumps. And again thats the secret right there to it all.

[citfta]

The following is from a web site about ram pumps.

A ram pump uses the downhill flow of water to pump a portion of it uphill. You can pump up to 25 percent of your supply water, depending on the drop and the lift. Ram pumps will work on sites with 3 to 50 feet (0.9–15 m) of head (vertical drop) and can deliver to elevated sites far from the pump and source.

The formula for calculating the amount of water a ram pump can pump.
Water Delivered = Available Water x Source Fall x 0.5 ÷ Delivery Height           


We can see from the formula and information that 75% of the water goes on past the ram pump.  It has to in order for the pump to work.  We also can see that the amount of water a ram pump can pump depends on the source fall or head pressure getting to the pump.  So you can't put more of them in series because the lower ones won't have any head pressure.  And putting several of them in parallel will only work if you have a very large volume of water flowing downhill.  But even then each pump is only going to pump at most 25% of the water that is getting to that pump.  So you can't make a looping system where you keep pumping the same water back to the top.


And ram pumps have not been forgotten.  There are webs sites where you can buy them today.

[stevensrd1]

The gravity pull downward does not weaken just because more ram pumps are used. If I have 5 ram pumps side by side pumping water up hill all connected to one bottom reservoir they all will work the same regardless if it were one ram pump or 100. The only difference is with one ram pump I get a little water pumped up hill, and with 100 ram pumps I get 99% more water pumped up hill, all at the same speed and time. So I can end up with any amount of water needed up hill by using more ram pumps. Sure the reservoir will drain quicker by using more ram pumps but it also will be filling back up quicker because the water pumped up hill will be be directed through the electric hydro generators and then allowed to fall back into the same bottom reservoir. It does not matter if water is falling down into the bottom reservoir from some higher point or not for the ram pumps to work. You could take a pool of water 50 feet in the air and let the water fall through a hose going to the ram pump and that would make the ram pump work and it would still pump water back up to the same height or higher. Perhaps you have heard incorrectly about that as you dont need water to be flowing from the bottom reservoir to some lower point past the ram pump for the ram pump to work nor do you need water falling into the bottom reservoir from somewhere higher for the ram pump to work.  If I take a 100 gallon oil drum full of water that is sitting on a ramp and drill 5 equal sized and spaced holes in it all on a horizontal plane and measure the water speed coming out of the holes it will be the same speed of water flow coming out of each hole. If I then plug up 4 of the holes, the one hole open will still be flowing out at the same speed and vice versa. Gravity always pulls downward equally. More holes in the drum equally spaced and on a horizontal plane on the drum does not make the speed any less on any of the holes. This applies the same to ram pumps.  As long as we have a large bottom reservoir and allow enough of drop down hill for the water to flow through going to the ram pumps we can reach any height we need water pumped up to and we can reach any amount of water volume at once being pumped up hill to some set height. And if we need more water going up hill we can use more ram pumps side by side on a horizontal plane connected to the same reservoir. The only real water loss here is what is lost from the ram pump itself as it sprays it out the side of the pump. If I have not mentioned that water can be recovered as well by using the power from the top hydro generators to pump that smaller bit of lost water from the ram pumps side back up hill as well using an electric pump. And you would still have plenty of power left over to use elsewhere. I sometimes think some people just dont want to hear the truth or understand it even if it is explained a zillion ways. Regardless of any losses you can think of, we can recover them all by using the power generated by the top hydro generators, and have power left over for other work. And we must also not forget the added water to the system by mother nature as well called rain. I think I will leave this one alone as I have said far enough already for whoever needs to understand it to make many different kinds of working systems to suit their individual needs. People who seek the truth sometimes find it, and those who dont want to know it will always find some excuse or someone else to tell them it cant be done and why it cant, thus preventing them from even trying which they did not want to do in the first place usually. Best wishes all enough said!

[lancaIV]

                               stevensrd1, it is now all " said" !?
         
                                                       Fine !
                  #4 and "what you are documenting" in picture-kind :
     
             
                          http://rexresearch.com/allen/allen.htm           
                                                              

                  8% ( 1922 !)  for a not improved " free work delivering system"
                  is as good like our actual industrial split heat pump performance

                  calculating not with peak C.O.P. but average and not the KWelectric   
                 but from the primary energy source