I know about Law of conservation of energy – but this one beats me. Can we add a motor on one side coupled with a piston and pull the line on the pulley system and add a dynamo on the other side? And use a loopback to give part of its power to the motor? <I did think of the in-efficiencies of conversion, but since this is a 1/4 pulley I am assuming atleast 50% of the 400% produced remains after all losses.
I am about to make something that generates electricity continously that only requires a little effort from us(rotating the dynamo to start the flow) but i am not sure if this thing “really” works.
I’ll be connecting the dynamo(12v dc output) to the
inverter(12v dc-220v ac) then the inverter to the
motor(220v ac) then make some mechanism to connect the motor to the dynamo(again) that, i think, will generate electricity continously but not like a “perpetual” motion cause, i know, there’s heat which is an energy loss. I am thinking of this thing would be connected to some other appliances like a light bulb which is worth free other than the materials used.
Would that thing really work? Please explain… I need your answer…
Posted in Solar Power
Tagged dynamo, dynamo generator, effort, electricity, FLOW, generator, INVERTER, motor, power, power inverter, something, thing
So if you get a dynamo ,start it by revolving the armature which in turn is connected by the same spindel running though the centre of the Drive motor armature, would the power from the dynamo run the motor and in turn the motor run the dynamo, Ok so you cant get out as much as you put in , so what if you added a fly wheel to the motor, this flywheel connected to its own motor powered by solor enegy , when the initial power from the solar panel starts the fly wheel would there be enough momentem to start the main motor and in turn start the dynano and supply the drive motor with the enegy required to run the dynano….thingy
Now read this again and i hope it kinda makes some sence
Posted in Wind Power
Tagged armature, drive, dynamo, dynano, enegy, fly, fly wheel, flywheel, initial power, motor, motor armature, solar panel, spindel, turn, wheel
I know about Law of conservation of energy – but this one beats me. Can we add a motor on one side coupled with a piston and pull the line on the pulley system and add a dynamo on the other side? And use a loopback to give part of its power to the motor? <I did think of the in-efficiencies of conversion, but since this is a 1/4 pulley I am assuming atleast 50% of the 400% produced remains after all losses.
I am about to make something that generates electricity continously that only requires a little effort from us(rotating the dynamo to start the flow) but i am not sure if this thing “really” works.
I’ll be connecting the dynamo(12v dc output) to the
inverter(12v dc-220v ac) then the inverter to the
motor(220v ac) then make some mechanism to connect the motor to the dynamo(again) that, i think, will generate electricity continously but not like a “perpetual” motion cause, i know, there’s heat which is an energy loss. I am thinking of this thing would be connected to some other appliances like a light bulb which is worth free other than the materials used.
Would that thing really work? Please explain… I need your answer…
Posted in Solar Power
Tagged dynamo, dynamo generator, effort, electricity, FLOW, generator, INVERTER, motor, power, power inverter, something, thing