- #1
Foster
- 4
- 0
Good evening,
This Conversation is in regards to questions i have of a project of mine. I am, in a sense, looking to make a generator of sorts, one that uses a magnetic tesla turbine in order to power an electric motor. Unfortunately, i am at a loss for what formula i would need to figure out how much power (volts) this turbine will generate. I realize that the weight, diameter and speed of this turbine is all apart of calculating the total power it will produce. Question I am looking for is simply, what formula do i use?
I know there are many factors that will effect the total voltage generated, for instance number of copper coils or if you use a booster cercuit or not. Let us say that the fluid used to turn the turbine is simply pressurized water, will the total force from the PSI be included in a formula to find the amount of power, or would you just use the overall speed of the turbine? Feel free to add any comments you may have.
This Conversation is in regards to questions i have of a project of mine. I am, in a sense, looking to make a generator of sorts, one that uses a magnetic tesla turbine in order to power an electric motor. Unfortunately, i am at a loss for what formula i would need to figure out how much power (volts) this turbine will generate. I realize that the weight, diameter and speed of this turbine is all apart of calculating the total power it will produce. Question I am looking for is simply, what formula do i use?
I know there are many factors that will effect the total voltage generated, for instance number of copper coils or if you use a booster cercuit or not. Let us say that the fluid used to turn the turbine is simply pressurized water, will the total force from the PSI be included in a formula to find the amount of power, or would you just use the overall speed of the turbine? Feel free to add any comments you may have.