Difference between revisions of "Object:Fusion-in MK2 XL"
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| categoria=Fusion reactor | | categoria=Fusion reactor | ||
| descripcionCategoria=Fusion reactors join atomic cores of light element isotopes to generate immense amounts of energy. | | descripcionCategoria=Fusion reactors join atomic cores of light element isotopes to generate immense amounts of energy. | ||
− | | | + | | tecnologia=Fusion In MK2 reactors |
| volumen = 400 | | volumen = 400 | ||
| valor = 8721 | | valor = 8721 | ||
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| Estructure=600 | | Estructure=600 | ||
| Maintenance=20 | | Maintenance=20 | ||
− | | Power= | + | | Power=1470 |
}} | }} | ||
{{Installation requirements | {{Installation requirements | ||
− | | | + | | Power = 0 |
− | | | + | | Personnel = 80 |
− | | | + | | Space = 100 |
}} | }} | ||
{{Object resources | {{Object resources | ||
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| Carbon compounds=200 | | Carbon compounds=200 | ||
}} | }} | ||
− | |||
[[es:Object:Fusion-in MK2 XL]] | [[es:Object:Fusion-in MK2 XL]] | ||
+ | [[Category:Objets]] |
Latest revision as of 12:27, 14 April 2021
Fusion-in MK2 XL | |
Characteristics | |
Category | Fusion reactor |
Tecnology | Fusion In MK2 reactors |
Mass | 1000 |
Value | 8721 |
Volumen | 400 |
Fusion reactors join atomic cores of light element isotopes to generate immense amounts of energy.
It uses inertial confinement.
Installation requirements
Power | {{{power}}} |
Personnel | {{{personnel}}} |
Space | {{{space}}} |
Resources needed
Metals | 160 | |
Silicates | 140 | |
Carbon compounds | 200 | |
Inert gases | 40 | |
Water | 1200 |