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Steam engine: Difference between revisions

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(clarity, steam engines can't make pollution)
m (As per FF#430, 1 water now expands into 10 steam. So number of boilers/steam engines per pump is now 10 times higher.)
 
Line 6: Line 6:
Steam engines will automatically adjust their power production and steam usage based on the current demands of the electricity network. Hovering the mouse over a steam engine will display their current power production ('''Performance''') and their possible power production ('''Available Performance'''), in a display on the right.
Steam engines will automatically adjust their power production and steam usage based on the current demands of the electricity network. Hovering the mouse over a steam engine will display their current power production ('''Performance''') and their possible power production ('''Available Performance'''), in a display on the right.


Steam engines have two ports, allowing excess steam to flow through. This allows steam engines to be chained together. The current optimal ratio is 1 [[offshore pump]] to 20 [[boiler]]s to 40 steam engines.
Steam engines have two ports, allowing excess steam to flow through. This allows steam engines to be chained together. The current optimal ratio is 1 [[offshore pump]] to 200 [[boiler]]s to 400 steam engines. For more information, see [[power production]].


Using steam engines for power does not produce [[pollution]], however using [[Boiler|boilers]] to heat up the water does.
Using steam engines for power does not produce [[pollution]], however using [[Boiler|boilers]] to heat up the water does.

Latest revision as of 20:20, 1 November 2024

Steam engine.png
Steam engine

Steam engine entity.png

Recipe

Time.png
0.5
+
Iron gear wheel.png
8
+
Iron plate.png
10
+
Pipe.png
5
Steam engine.png
1

Total raw

Time.png
7
+
Iron plate.png
31

Map color

Fluid storage volume

200

Health

Quality normal.png400
Quality uncommon.png520Quality rare.png640
Quality epic.png760Quality legendary.png1000

Resistances

Fire: 0/70%
Impact: 0/30%

Stack size

10

Dimensions

3×5

Power output

900 kW

Maximum temperature

165 °C

Fluid consumption

30/s

Mining time

0.3

Prototype type

generator

Internal name

steam-engine

Required technologies

Steam power (research).png

Produced by

Assembling machine 1.png
Assembling machine 2.png
Assembling machine 3.png
Player.png

Steam engines are the most basic electricity generator, available to the player at the start of the game. They produce electricity by consuming steam, using water pumped from an offshore pump that was heated to 165°C steam with boilers or to 500°C steam with heat exchangers. Steam that has a higher temperature than the maximum temperature of the steam engine (165°C) is consumed at the normal rate (30 units/s), and does not yield more electricity. This means the energy that was put into the steam to heat it to a higher temperature is wasted.

Steam engines will automatically adjust their power production and steam usage based on the current demands of the electricity network. Hovering the mouse over a steam engine will display their current power production (Performance) and their possible power production (Available Performance), in a display on the right.

Steam engines have two ports, allowing excess steam to flow through. This allows steam engines to be chained together. The current optimal ratio is 1 offshore pump to 200 boilers to 400 steam engines. For more information, see power production.

Using steam engines for power does not produce pollution, however using boilers to heat up the water does.

When producing power, the steam engine will display a working animation:

Steam engine animation.gif

History

  • 0.18.18:
    • Adjusted steam engine and turbine collision boxes so player can walk between two steam engines.
  • 0.15.0:
    • Steam is now internally a separate fluid from hot water.
    • Added high graphics quality option for the steam engine.
    • Increased the maximum power production of the steam engine from 510kW to 900kW.
    • Doubled the heat capacity of water from 0.1kJ per degree per liter to 0.2kJ.
    • Change fluidbox height and base level of boiler, steam engine and pump to improve fluid flow.
  • 0.10.7:
    • Made bounding box smaller.
  • 0.10.0:
    • New graphics.
    • New sounds.

See also