Difference between revisions of "Power Systems"
(→New Research Branches) |
(→Research Requirements) |
||
| (One intermediate revision by the same user not shown) | |||
| Line 10: | Line 10: | ||
== Research Requirements == | == Research Requirements == | ||
| − | Research into Power systems fulfills some or all research requirements for the following research fields: | + | Research into Power systems fulfills some or all research requirements for the following research fields:<br> |
[[Electroreactive Myomer Fiber]]<br> | [[Electroreactive Myomer Fiber]]<br> | ||
[[Cybernetics]]<br> | [[Cybernetics]]<br> | ||
| − | [[Alien Alloy]] | + | [[Alien "Alloy"]] |
Latest revision as of 18:43, 28 August 2014
Several alien artifacts utilize power in ways that we do not yet understand. Often, it is not in the amount of power put out, but in the efficiency with which their machines and systems utilize it. This delicate balance demands investigation, lest the alien invaders wrest control of the Earth from us.
New Research Branches
Research into Power Systems helps us understand new ways of looking at the age-old problem of transferring energy from source to output. It also helps reduce inefficiency and power waste. Alien power transfer systems have a near perfect transmission coefficient, with very little loss. The combination of this means that a small power source could feasibly power a much larger system than ever thought possible; an electric car that could run on something the size of a normal car battery, or the electically-driven artificial muscles of a hypothetical exo-suit powered by nothing more than waste heat from the user's body and his own movements.
This has opened up the following research fields:
Power Transmission
Elerium
Alien Fabric Enhancement
Research Requirements
Research into Power systems fulfills some or all research requirements for the following research fields:
Electroreactive Myomer Fiber
Cybernetics
Alien "Alloy"
