Steam engine: Difference between revisions
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Steam engines are used to produce electricity. The higher the water temperature provided is the more electricity is provided. The engine is not blocking the flow so its possible to chain multiple engines. | Steam engines are used to produce electricity. The higher the water temperature provided is the more electricity is provided. The engine is not blocking the flow so its possible to chain multiple engines. | ||
Steam engines themselves don't produce any pollution. | |||
{| class="wikitable" | {| class="wikitable" | ||
| '''Recipe:''' || {{icon|iron-plate|5|iron_plate}} + {{icon|iron-gear-wheel|5|iron_gear_wheel}} + {{icon|pipe|5|pipe}} + {{icon|time icon|1|time}} => {{icon|steam-engine|1|electrical network#Steam engine|Steam engine}} | | '''Recipe:''' || {{icon|iron-plate|5|iron_plate}} + {{icon|iron-gear-wheel|5|iron_gear_wheel}} + {{icon|pipe|5|pipe}} + {{icon|time icon|1|time}} => {{icon|steam-engine|1|electrical network#Steam engine|Steam engine}} | ||
Revision as of 23:42, 28 June 2014
Steam engines are used to produce electricity. The higher the water temperature provided is the more electricity is provided. The engine is not blocking the flow so its possible to chain multiple engines.
Steam engines themselves don't produce any pollution.
| Recipe: |    |
| Total raw: | |
| Max Output: | 510 W |
Examples
File:Electrical-network-example-1.png
A basic modular power plant.