Exploring the Inductive Resistor Heater

[profitis]

@gmeast..google 'steven j.smith magnetothermodynamics 3'i cant put a link here but you will see a brief one-page analysis of the thermodynamic cycle of a standard inductor core and how it can theoreticaly breach the 2nd law.it may help you to formulate a reference for future research.this is where i borrowed my theory from and tried to put  in language that most can understand.

[gmeast]

That's great, can you please post a direct links to your moderated threads?

Not much has been posted there lately and they contain practically identical content. I'm presently attempting to gather some resources so I can take the next steps: 1) ultracapacitor bank 2) alter the circuit to be self-oscillating ... this one is the biggest challenge of all.


The links:
http://www.energeticforum.com/inductive-resistor/13925-exploring-inductive-resistor-heater.html


http://www.hereticalbuilders.com/forumdisplay.php?f=21


My Channel and the Inductive Resistor Heater Video Slide Show:
http://www.youtube.com/user/gmeast

[gmeast]

@gmeast..google 'steven j.smith magnetothermodynamics 3'i cant put a link here but you will see a brief one-page analysis of the thermodynamic cycle of a standard inductor core and how it can theoreticaly breach the 2nd law.it may help you to formulate a reference for future research.this is where i borrowed my theory from and tried to put  in language that most can understand.

Why can't you put that link here? I just looked at it ... pretty heady stuff. Thanks for the reference.

[gmeast]

Heat pumps are a unique case when it comes to efficiency. Unlike electric, gas and fuel oil heaters which all create heat in a single environment, a heat pump is merely 'moving' heat from one environment to another. The only work the heat pump's compressor must do is to create a sufficient temperature differential at the condenser so that heat can be transferred from it, and the same thing at the evaporator ... only sufficient temperature differentials for heat flow to it. Really huge evaporators and condensers make these things very efficient, but not cost effective.


I've tried drawing a parallelism between the Inductive Resistor Heater and the Heat Pump, but I have been unsuccessful in doing so in my attempts to develop a working theory for the heater.

Clarifying: that the size of the Evaporator is pretty closely tied to the compressor's ratings/capacities ie. pressure, flow, refrigerant whereas the condenser can be huge thus requiring a lower temp differential for the same rate of heat rejection/transfer, but again, not cost effective.

[profitis]

@gmeast.. cant post links coz im on opera mini compression on a phone.are you using lead acid batteries there gmeast.do they have openings that you can open up.theres a very nice way to gauge total power in lead-acid systems.