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Mixing Fuel and Air
A
Gas Turbine controller burns
Syngas mixed with air. Place a
Fuel/Air Mixer and connect a
Fluid Intake Valve for the
Syngas side and a
Gas Intake Valve for the air side. The
Gas Mix Compressor pressurizes the mixture before it enters the controller.
Building the Turbine Body
Surround the
Gas Turbine controller with
Iron Frame and
Iron Tubing to form the multiblock. Use
Redstone-Iron Wiring to link the controller to its valves and to a
Redstone Control Module if you want on/off control. A
Sensor Module placed on the controller reports its internal state so you can automate shutdowns.
Routing the Power
Attach a voltage emitter to the controller's output. Choose
Low Voltage Emitter,
Medium Voltage Emitter,
High Voltage Emitter,
Extreme Voltage Emitter, or
Insane Voltage Emitter depending on how much power your grid can accept. Buffer the output in a
Basic Power Capacitor,
Advanced Power Capacitor, or
High Density Power Capacitor so surges do not stall the turbine.
Tuning Output
If the turbine is starved, check that the
Fuel/Air Mixer is receiving
Syngas and that the
Gas Mix Compressor has power. If it overproduces, add a
Pressure Valve to throttle the feed. The
Gas Turbine controller will only run while fuel, air, and a valid output path are all present.












