Steam Turbines
Role
Steam turbines are the final component of the power production chain. They convert the steam produced by reactors into electricity.
Voltage Based on Temperature
The voltage produced depends on the steam temperature. The hotter the steam, the faster the turbine spins, resulting in higher voltage output.
| Temperature | Voltage Produced |
|---|---|
| < 100 °C | 120 V |
| 100 – 300 °C | 240 V |
| 300 – 700 °C | 480 V |
| > 700 °C | 960 V |
Danger — Overvoltage
A turbine spinning too fast produces increasing voltage. In the event of a reactor meltdown, the overvoltage can destroy all connected downstream machines. Protect your grid with transformers.
Electrical Connection
Connect an electrical cable to the top of the turbine to extract the energy.
Large 3×3 Turbine
Group 9 turbines in a 3×3 square and then hit the center one with a Wrench to merge them into a single large turbine. It produces significantly more energy than a single turbine.
Placement Tip
Place turbines directly above the water area of the Fission Reactor, or above the heat exchanger for the MS Reactor. For the Fusion Reactor, place them above the water surface covering the electromagnets.
Steam Transport
If you cannot place the turbines directly above the reactor, use a Steam Funnel to collect and redirect the steam via gas pipes.