Difference between revisions of "Energy transmission"

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Packing [[energy storage cells]] in [[Mechanical energy transmission cables]] is practical for all but the most extreme power conversion speed requirements ([[chemomechanical converters]]s are slower than "simple" redirections). Moderately done the tensile strength of the cable (which bears the kinetic power) does not fall much.
 
Packing [[energy storage cells]] in [[Mechanical energy transmission cables]] is practical for all but the most extreme power conversion speed requirements ([[chemomechanical converters]]s are slower than "simple" redirections). Moderately done the tensile strength of the cable (which bears the kinetic power) does not fall much.
 
Interesting is that there is a certain speed where the quadratically rising kinetic energy starts to exceed the linear rising cemical one. ['''Todo:''' what is that speed approximately; attempt to make a speed vs chemical & kinetic power graph]
 
Interesting is that there is a certain speed where the quadratically rising kinetic energy starts to exceed the linear rising cemical one. ['''Todo:''' what is that speed approximately; attempt to make a speed vs chemical & kinetic power graph]
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[[Category:Technology level III]]

Revision as of 10:36, 20 May 2014

Some forms of promising new kinds of energy transmission enabled by advanced AP systems are:

Packing energy storage cells in Mechanical energy transmission cables is practical for all but the most extreme power conversion speed requirements (chemomechanical converterss are slower than "simple" redirections). Moderately done the tensile strength of the cable (which bears the kinetic power) does not fall much. Interesting is that there is a certain speed where the quadratically rising kinetic energy starts to exceed the linear rising cemical one. [Todo: what is that speed approximately; attempt to make a speed vs chemical & kinetic power graph]