This is the old paper in the original, the updated version is right here; https://showmeyourproof.blogspot.com/2018/06/free-and-cheap-off-grid-power-ram-pump.html
There also is a back torque in electricity or back EMF,
There also is a back torque in electricity or back EMF,
Understanding flow, which equals any element that flow creates energy.
We've covered the Seebeck effect, And the peltier effect which now makes the statement that any energy that flows or Cycles create energy, instead of getting all philosophical in staying who should I count the ways. No stop I'm just going to say, there are a lot of ways to make electricity flow and this is just another understanding,so you get it. let's talk about water flow!
Ram pumps or water hammers have been around for many decades and are popular for two main reasons: They need no external source of power -- the force of moving water gives them the power they need. Since we are comparing electrical sources to this water source understand that this water source works on its own power, I'm stating to you that electricity can also do the same if you know how to switch it or in this case Pump It.
They are extremely simple, with just two moving parts, You only need one part in electronics called a transistor switch.
The pump uses the momentum / flow of energy, of a relatively large amount of moving water. In the electricity this would be the battery storage device. to pump a relatively small amount of water uphill. This would refer to work being done the power.
To use a ram pump, you must have a source of water situated above the pump. For example, you must have a pond on a hillside so that you can locate the pump below the pond. You run a pipe from the pond to the pump. The pump has a valve that allows water to flow through this pipe and build up speed or pressure. This would be equivalent to voltage and amps.
Once the water reaches its maximum speed, this valve slams shut. An example for electricity once the battery is full it would switch, and when it does it will have the full power amps and voltage that's stored in batteries.
As it slams shut, the flowing water develops a great deal of pressure in the pump because of its inertia. Equal to back EMF, this is also why so many people states that they're getting a higher output on the back EMF Spike because of this type of flow.
The pressure forces open a second valve.
High-pressure water flows through the second valve to the delivery pipe (which usually has an air chamber to allow the delivery pipe to capture as much high-pressure water as possible during the impulse).
The pressure in the pump falls. The first valve re-opens to allow water to flow and build up momentum again. The second valve closes.
The cycle repeats. Here's a special treat I'm going to let you see one of our simple sketches, to give you an idea how to get energy out of such a pump even with the waste water.
They are extremely simple, with just two moving parts, You only need one part in electronics called a transistor switch.
The pump uses the momentum / flow of energy, of a relatively large amount of moving water. In the electricity this would be the battery storage device. to pump a relatively small amount of water uphill. This would refer to work being done the power.
To use a ram pump, you must have a source of water situated above the pump. For example, you must have a pond on a hillside so that you can locate the pump below the pond. You run a pipe from the pond to the pump. The pump has a valve that allows water to flow through this pipe and build up speed or pressure. This would be equivalent to voltage and amps.
Once the water reaches its maximum speed, this valve slams shut. An example for electricity once the battery is full it would switch, and when it does it will have the full power amps and voltage that's stored in batteries.
As it slams shut, the flowing water develops a great deal of pressure in the pump because of its inertia. Equal to back EMF, this is also why so many people states that they're getting a higher output on the back EMF Spike because of this type of flow.
The pressure forces open a second valve.
High-pressure water flows through the second valve to the delivery pipe (which usually has an air chamber to allow the delivery pipe to capture as much high-pressure water as possible during the impulse).
The pressure in the pump falls. The first valve re-opens to allow water to flow and build up momentum again. The second valve closes.
The cycle repeats. Here's a special treat I'm going to let you see one of our simple sketches, to give you an idea how to get energy out of such a pump even with the waste water.
No comments:
Post a Comment