Difference between revisions of "Electricity"
Space Opera (talk | contribs) m (I changed all the GW to MW, as the game measures itself in kilowatts and megawatts, not kilowatts and gigawatts. I also clarified "Refinery and assembler power usage" to mention that it was combined usage, not individual.) |
Space Opera (talk | contribs) m (I checked the in game power consumption of the Refinery and Assembler, their stated max power input is 560 KW, and their Standby Power consumption is 1 KW.Updated their power consumptions to be displayed in MW, to keep in line with the rest of the article) |
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| − | Refinery and assembler power usage ( | + | Refinery and assembler power usage (Individual Usage): |
{| class="wikitable" | {| class="wikitable" | ||
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! Mode !! Power Usage | ! Mode !! Power Usage | ||
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| − | | Standby || | + | | Standby || 0.001 MW |
|- | |- | ||
| − | | Operational || | + | | Operational || 0.560 MW |
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Revision as of 13:59, 12 April 2014
This article is a
Electricity is a system and resource in Space Engineers that is used to power most devices. It is created with large and small Reactor. Any device that has a direct block connection to a reactor will be powered by a reactor. That is to say, if a reactor is on a ship, all devices attached to that ship should receive power, granted there is enough power to receive. However at this point a motor block does not conduct electricity nor does it connect any pieces to the terminal except itself.
Reactors are powered by uranium ingots. 1L uranium ingots produces 68.76 MWs or 0.0191 MWh of energy.
At the current stage of the game, uranium is not required to power a ship, and will not deplete while using power.
The maximum amount a reactor can power:
| Reactor | Small Ship | Large Ship |
|---|---|---|
| Small Reactor | 4 MW | 56 MW |
| Large Reactor | 108 MW | 1512 MW |
| Solar Panel | 1.5* kW | 6* kW |
( *Solar Panels have a maximum output depending on their angle to the sun and the amount of actually lit surface. Given values are the max achievable output with perfect conditions.)
Thrusts being used by the ship's inertia dampening will use 1.5x the maximum power.
Thrust power usage:
| Ship | Thrust | Minimum Power | Maximum Power | Automatic Stabilizing |
|---|---|---|---|---|
| Small | Small | 0.0001 MW | 1.68 MW | 2.52 MW |
| Small | Large | 0.0001 MW | 20 MW | 30 MW |
| Large | Small | 0.0001 MW | 28 MW | 42 MW |
| Large | Large | 0.0001 MW | 336 MW | 504 MW |
Refinery and assembler power usage (Individual Usage):
| Mode | Power Usage |
|---|---|
| Standby | 0.001 MW |
| Operational | 0.560 MW |
Other component power usages:
| Component | Small Ship | Large Ship |
|---|---|---|
| Gravity Generator | N/A | 0.0112 MW |
| Interior Light | N/A | 0.0004 MW |
| Medical Room | N/A | ? MW |
| Door | N/A | ? MW |
| Gyroscope | 0.00003 MW | 0.0015 MW |
| Reflector Light | 0.012 MW | 0.0112 MW |
| Beacon | 0.1 MW | 0.1008 MW |
| Antenna | ? MW | 0.1008 MW |
| Ore Detector | ? MW | ? MW |
| Conveyor | ? MW | ? MW |
| Drill | .01 MW | N/A |
| Gatling/Missile Turret | N/A | 0.1008 MW |
| Interior Turret | N/A | 0.1008 MW |
(Ver: 01.013.008)
Notes:
Anything labeled "? MW" did not have power usage listed in the CubeBlocks.sbc file.
Noticed that lights, beacons, and antenna have power usage costs. However, have not thoroughly tested them.
Doors and reflector lights are off by default. All reflector lights are simultaneously turned on or off when using the toggle lights key.
Not sure if the drill requires power while in standby.
- novice test, drill uses 2.5% of 4 MW with a small reactor, whenever equipped, regardless of if it is active or not. Hence the value of .01 MW.
