Quote:
Originally Posted by Flyndaran
Our output varies from 90% basal when sleeping up to a kilowatt for explosive jumps. Overall it averages/equates to a continual 100 Watts.
2000 Calories times 4184 Joules is close to 8.3 megajoules. But turn that into continual power and you get close to 96 Watts.
|
So, we need some sort of power and mechanics capable of outputting a kilowatt, providing we want base human performance. If we're confined (for values of confined) to TL8 to TL10, there are a lot of options for putting that much power in a human sized form. Fuel cells and turbines are just two of the options explicitly mentioned in UT for powering portable devices at TL9. TL10 can convert food to electricity. A TL9 fission generator suitable for a military unit fits in a truck bed, so it's not unreasonable to expect a TL10 generator for a cyborg. For all I know the cyborg subscribes to beamed power from orbit and gets his internet through the transmission.
With all the available biotech options, there's a good variety of choices for supporting the organic brain too.