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Offshore pump: Difference between revisions

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(Made also a link to the ratios page...)
(Cleared up ambiguity + added some specific details)
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The '''offshore pump''' is the only source of water. It is commonly used to provide steam to [[Steam engine|steam engines]] for power generation. The offshore pump itself requires no power to operate. (This is because, otherwise the game might fall into a serious deadlock: No coal, no electricity, no water...)
The '''offshore pump''' is the only source of water. It is commonly used to provide steam to [[Steam engine|steam engines]] for power generation. The offshore pump itself requires no power to operate. (This is because, otherwise the game might fall into a serious deadlock: No coal, no electricity, no water...)


You need 2 (or better 3) offshore-pumps to feed one pipe to the '''maximum throughput''' (for example if you have '''more than 10''' [[Steam engine]]s working at 100%).
Each offshore pump will produce a flow of 60 units of water per second, this is equal to the consumption of 10 steam engines per second. Thus if you wish to supply water to more than 10 steam engines at full output, you will need to use 2 or more offshore pumps per pipe.


'''This is explained more in [[Power_production/Optimal_ratios#Hot_liquids|optimal ratios]]'''.
'''This is explained more in [[Power_production/Optimal_ratios#Hot_liquids|optimal ratios]]'''.


==See also==
==See also==

Revision as of 15:19, 15 February 2016

Template:Machinery The offshore pump is the only source of water. It is commonly used to provide steam to steam engines for power generation. The offshore pump itself requires no power to operate. (This is because, otherwise the game might fall into a serious deadlock: No coal, no electricity, no water...)

Each offshore pump will produce a flow of 60 units of water per second, this is equal to the consumption of 10 steam engines per second. Thus if you wish to supply water to more than 10 steam engines at full output, you will need to use 2 or more offshore pumps per pipe.

This is explained more in optimal ratios.


See also

Template:MachineNav