brilliant

could you add some pedals to the circuit?

no, you charge the battery with solar panels, and put all you need in a cylinder like a 5 litre trashbin

you dont need the regulator on a proper generator, you just use a basic pcb regulator if you know your stuff, and save a 100 extra watts

if you make them the size of houses, you replace the battery with the national grid switch, and disconnect from the national grid when the circuit is perpetual

then you dont need dams that generate 5 million volts etc, and ships can replace deisel generators with perpetual badboys and so on

and you can live on mars n sheet

there they go again :) http://www.esreality.com/post/2364802/#pid2364791

more on my interest, how can you connect to the Internezt if you choose to live up in the mountains? (considering that you have the right tools if needed -electricity and other equipment, excepting cable or sh1t)

i actually tried this and it works

Confirmed.

I'm writing this 5meters above the ground.

What are you typing with when both of your hands are currently occupied?

You'd like to know that wouldn't you, pervert

Oh I see what is 5 meters off the ground now ;)

:D

i laughed so badly, when i saw this one :DDDDDD

I tried it, and it didn't work. What did i do wrong?

try stronger magnets?

Make sure, that shoes are stil present.

doesn't work in Poland

.

v2

work, you can use a 12v power drill motor, if you take the drill apart, and use 6v to maximize your motor to the maximum RPM of the dynamo, most are 20 RPM, any faster and they stop generating power

with your 12v motor, it has enough torque to turn a 10kw dynamo, every 1 minute of constant 10 kw

Magnets !!1§!

electric motors have electro magnets on the case and axle...

the poles work against each other, and turns the axle, they are the only type of motor that can turn massive axles as they do not have shaft power.. the input watts can turn the axle with the right electro magnet calibration

they are either :

high RPM and low torque, or low RPM and high torque..

monster diggers etc, will move have 6 mph, because of the massive torque that is needed to turn the wheels

thinks like http://www.constructionphotography.com/ImageT...ermany.jpg

and why air craft carriers need nuclear power, and so on

there actually is a generator based on capillary tubes. (thin narrow glass tubes) when u dip them into water, the water "climbs" up inside.
so to build a machine, u take a water tank, put lots of these tubes in to lift the water like 10cm or so into another tank. and then let the water run down over a mill to generate power. problem is, its so slow and expensive, that it doesnt make sense.

wind turbine generators have come along way in 10 years they had millions spent on design to make wind farms usable

direct drive turbine are 5 years old, and 1 full rotation will generate

max output / 20 rpm

10 kw / 20 rpm = 5000 pure watts, and all dynamo`s do different volts and AC / DC outputs

its only possible to make a perpetual generator with modern wind turbine dynamo`s, with a maximum loss of 2% of generated power looping back to the motor, with 98% going to the main circuit grid

the next space shuttle can have a 6mw wind farm turbine for plasma propulsion, instead of 100 years time when they have made a small lightwieght nuclear reactor that can do the same, which will be no where near effiecent, because they will need external fuel and have to dump heat

cargo water ships, can all have turbine generators, instead of billions of gallons of diesel to generate the electric to move along

ehem, a perpetual generator with 2% loss and windmills for spaceships.. - i´m out

not windmills, the dynamo in wind farm tubines generate 6 mw, every 20 full rotations of the blades.. -

6mw at 20rpm, the match for all wind turbine dynamo`s is roughly the same, and the size of motor and torque will always only be a maximum of 2% loss of generated power that loops back to the motor

So what you are saying is that we:
1. push an X amount of electrical energy into a motor
2. the motor will convert it into mechanical energy
3. the mechanical energy will power a dynamo
4. the dynamo will convert it back to an Y amount of electrical energy
Where Y > X ?

not mechanical energy, electric motors do not have shaft power


a fully charged battery using solar power to charge up..

the charged battery electricity, it used to start the motor,

as soon as the dynamo starts to turn, it is generating, power that gets stored back in the battery

the dynamo generates X amount of watts per 1 RPM, 2% loops to the motor, and the rest is stored in the battery, if the invertor has`nt been openned to the main circuit grid

when the motor is upto 20 RPM or the dynamo maximum RPM for generating its maximum amount of watts, it will be perpetual, and 98% efficient, whatever size dynamo you have,

and is a constant source of free green energy

people are finally starting to work out how to make my generator that can replace wind farms



no patents allowed, its fully public domain, compitition runs on efficiency

he doesn't show the hamster on the wheel.

why hasn't this been used when it's clearly flawless

Because everyone except me and scientists that work at BAE Systems are thick

BAE are the folk with the question time in the comments on the register, about em drives, and generators

why don't you build one yourself and use the infinite power to mine bitcoins or sell it back to the grid?

I don't need a generator or care to waste my time on bitcoins

Generators are only useful for cars and replacing wind farms, and powering single houses in 10 years when the cost of permanent magnet dynamos comedown

I think this actually happens in your typical automobile, except the motor part is gas powered..

Not really, altinators are oldskool have have to spin faster and faster to generate more power, then normally endup using more power then what is being generated

New wind turbines dynamo only need 20rpm and you only ever loose 0.04% of power you can easily getback through thermal electric

You can guesstimate the powerloss to the motor converting the cubic meter sq wind volume into cm3 torque if you find the shaft diameter for the motor size and watts needed to replace wind blades

Then do ( ( output per hour / 60 mins ) / 60 secs )