Wind Turbine
Power block information is listed in the table down below.
Power Block | |
Components | Required |
Interior Plate | 30 |
Functional | |
Computer | 2 |
Hack | |
Girder | 24 |
Construction Component | 20 |
Motor | 8 |
Steel Plate | 10 |
Info | |
Dimensions (W,H,L) | 3,3,3 |
Mass | 616.4 kg |
Integrity | 1,882 |
Build Time | 20 s |
Max Power Output | 400 kW |
Power Source Group | SolarPanels |
Is Airtight | No |
PCU Cost | 55 |
Power Block | |
Components | Required |
Interior Plate | |
Functional | |
Computer | |
Hack | |
Girder | |
Construction Component | |
Motor | |
Steel Plate | |
Info | |
Dimensions (W,H,L) | |
Mass | |
Integrity | |
Build Time | |
Max Power Output | |
Power Source Group | |
Is Airtight | |
PCU Cost |
Overview
Renewable energy from wind. Its power output is a function of nearby obstructions, altitude, and the planet’s air density. Must be stationary to function.
Usage
This block is an alternative energy generator when direct sunlight is not available but an atmosphere is. Using this instead of a solar panel you have a much larger range of power output (not to mention greater). Because this block’s energy output is dependent on the atmosphere, pressure, and obstacles there is no need for batteries to be the main power source as they will always be active.
Wind Clearance
The displayed Wind Clearance is the product of nearby obstructions and weather.
Wind Clearance | Max Output |
---|---|
Optimal | >380 kW |
Good | >240 kW |
Poor | >0 kW |
None | =0 kW |
Tips
- Locking a mobile wind turbine’s grid to a stationary object (station or voxels) will also allow the turbine to function.
- Place this above the structure so that there are fewer obstructions.
- Wind Turbines output more power under certain weather conditions.
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