Modular Reactor Modes

Modes

There are 3 possible modes for the Reactor to operate in. In all modes there is a spin up time starting the reactor and changing the reactor clock setting

Overclocking the Reactor above 100% (or 150% with coolant) will result in the reactor gaining heat , reaching the max temperature will cause the reactor to trigger an emergency shutdown Underclocking the reactor will cause it to loose heat.

You can see the current Reactor Heat in the Reactor Foundation screen, you can see the heat per cycle in the IO Modules screen

Stats

These stats are with shielding MK. 3 rings and Reactor Cooling rings with coolant

Power only

In power only mode the reactor will only output power to the power grid

Reactor Stats

DT Reactor Cores
Power(MW) Fuel/min Water coolant Heat Gain

Clock @ 25%

1,250

0.25

3 m³

3 m³

16.7%

Clock @ 50%

2,500

0.5

3 m³

3 m³

33.3%

Clock @ 50%

2,500

0.75

3 m³

3 m³

50%

Clock @ 100%

5,000

1

3 m³

3 m³

66.7%

Clock @ 150%

7,500

1.5

3 m³

3 m³

100%

Clock @ 200%

10,000

2

Increases as temperature rises up to 240 m³

Increases as temperature rises up to 60 m³

133.3%

Clock @ 250%

10,000

2.5

Increases as temperature rises up to 240 m³

Increases as temperature rises up to 60 m³

166.7%

Deanorium Reactor Cores
Power(MW) Fuel/min Water coolant Heat Gain

Clock @ 25%

1,250

0.063

2 m³

2 m³

16.7%

Clock @ 50%

2,500

0.125

2 m³

2 m³

33.3%

Clock @ 100%

5,000

0.25

2 m³

2 m³

66.7%

Clock @ 150%

7,500

0.375

2 m³

2 m³

100%

Clock @ 200%

10,000

0.5

Increases as temperature rises up to 240 m³

Increases as temperature rises up to 60 m³

133.3%

Clock @ 250%

12,500

0.625

Increases as temperature rises up to 240 m³

Increases as temperature rises up to 60 m³

166.7%

Steam only

In Steam Mode the Reactor using its internal heat to convert water into Compressed Steam to use in the Super HV Turbine

Reactor Stats

The reactor clock set to 150% will maintain the current heat level inside the reactor the fuel usage will be stable at this clock setting

Water coolant Compressed Steam

heat @ 25%

170 m³

38 m³

145 m³

heat @ 50%

200 m³

48 m³

165 m³

heat @ 75%

218 m³

57 m³

180 m³

heat @ 100%

237 m³

60 m³

196 m³

These are very close values taken at the around start of the cycle, and will vary due to being heat dependant and the fluctuations in the reactors internal heat.

Power and Steam

In Dual output mode, you decrease the production in Single output mode to split the energy from the cores to be able to output both compressed steam and power from a single reactor ring.

TODO: Add Dual output mode Stats