Recycling The Energy which was used in Cooling

[JohnAXD100]

You can imagine the cold object as if it were a spring when you compress a spring you store a specific amount of energy inside it by releasing it you can get the energy which you've stored.

By extracting 1MJ of heat from a liquid it will be very cold and will contract then it will cool the surrounding environment and will absorb 1MJ of heat and expand producing 1MJ of mechanical energy we can use this mechanical energy (the energy of expansion) to cool it again for free.

And this is the main idea of the Fridge that powers itself this type of fridge  can generate a huge amount of cold forever to cool any thing.

The more we'll consume the coldness from the cold liquid the more it'll expand and produce mechanical energy.

[DaS Energy]

Spot on!

[LibreEnergia]

You can imagine the cold object as if it were a spring when you compress a spring you store a specific amount of energy inside it by releasing it you can get the energy which you've stored.

By extracting 1MJ of heat from a liquid it will be very cold and will contract then it will cool the surrounding environment and will absorb 1MJ of heat and expand producing 1MJ of mechanical energy we can use this mechanical energy (the energy of expansion) to cool it again for free.

And this is the main idea of the Fridge that powers itself this type of fridge  can generate a huge amount of cold forever to cool any thing.

The more we'll consume the coldness from the cold liquid the more it'll expand and produce mechanical energy.

Sorry, but this is absolute rubbish , totally unfounded in any sort of physical reality.

The characteristics of heat engines are fully characterised by the laws of thermodynamics and those laws preclude such devices from 'self running' in the manner you describe.

[DaS Energy]

Whatever you do,  do nothing that may require the use of a fridge, they are impossible in your mind.

[LibreEnergia]

Whatever you do,  do nothing that may require the use of a fridge, they are impossible in your mind.

What sort of a ridiculous statement is that.

In thermodynamic terms fridges are simply heat engines running in reverse. They consume energy as work and shift heat from a low temperature to a higher one. Heat engines do the opposite. They transfer heat from a higher temperature to a lower one and produce work as an output.

However , there is absolutely no way to connect those two processes together and produce a machine that self runs. It always requires an external energy input.