m
Unit of measure in calculations
imported>76561198015441998 (Power draw calculation tip) |
imported>76561198015441998 m (Unit of measure in calculations) |
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* Each [[Planetary Logistics Station]] can host up to 50 [[Logistics Drone]]s. | * Each [[Planetary Logistics Station]] can host up to 50 [[Logistics Drone]]s. | ||
* Power draw of the station is proportional to the amount of current energy loss. This means that at 0 J, the total max charging power will be utilized across the power grid, and the power draw proportionally decreases the more the energy is stored in the station. | * Power draw of the station is proportional to the amount of current energy loss. This means that at 0 J, the total max charging power will be utilized across the power grid, and the power draw proportionally decreases the more the energy is stored in the station. | ||
** At a max charging power of 12 MW, the station will draw 10.8 MW when it only has 18 MJ stored (12 MW * (180-18)/180) | ** At a max charging power of 12 MW, the station will draw 10.8 MW when it only has 18 MJ stored (12 MW * (180 MJ - 18 MJ)/180 MJ) | ||
** At a max charging power of 12 MW, the station will draw 1.2 MW when it only has 162 MJ stored (12 MW * (180-162)/180) | ** At a max charging power of 12 MW, the station will draw 1.2 MW when it only has 162 MJ stored (12 MW * (180 MJ - 162 MJ)/180 MJ) | ||
** Because of this, power draw is relatively low once the station is charged, but it can overload low power networks when first created. | ** Because of this, power draw is relatively low once the station is charged, but it can overload low power networks when first created. | ||