Heat Pump / Refrigeration. Can same overunity concept apply to Eletronics???

[CompuTutor]

It seems it should be parked here:

http://63.243.48.36/

[samlucas]

Many people are looking for alternative methods for heating and cooling their homes. When comparing the different heat pumps, it is helpful to understand heat pump efficiency. This article will address this issue.
Macerator Pumps

[RedEagle]

A heatpump is already an overunity device but outputs heat. If that could be converted into electrical power you would have a selfrunning device that would produce electrical energy out of thermal energy. The problem is the losses of its components.

But what are losses?
Almost all losses are heat!
So what you need to do is to keep the losses in the system.
All it needs is a feedback loop that collects them and feeds them back to the heatpump.

That is the basic idea of my invention.

Check the presentation in the download area on http://farislandllc.com and let me know what you think.

[picowatt]

A heatpump is already an overunity device but outputs heat. If that could be converted into electrical power you would have a selfrunning device that would produce electrical energy out of thermal energy. The problem is the losses of its components.

But what are losses?
Almost all losses are heat!
So what you need to do is to keep the losses in the system.
All it needs is a feedback loop that collects them and feeds them back to the heatpump.

That is the basic idea of my invention.

Check the presentation in the download area on http://farislandllc.com and let me know what you think.

FYI, heat pumps are not "overunity". 

[markdansie]

Heat pumps are definitely not overunity, and if you try and put any of this calculated COP to any work it will not succeed. Many people have tried.
Kind Regards