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==== Boilers ==== The boiler is the starting point of every steam plant BoilerSteam is produced by boilers, while the rate of production is managed by a Steam Control. At present there is no difference between small, large and huge steam controls.<br> The parameters of boiler are determined the formulas:<br> <math>V_{boiler}</math> is the total boiler volume in cubic meters.<br> <math>r_{burn}</math> is the burn rate set by the steam control.<br> *The rate of steam production <math>Steam=400*V_{boiler}*r_{burn}</math> *Material consumption <math>Consumption=V_{boiler}*\frac{(r_{burn}+1)^2-1}{4}</math> *Steam per material <math>SPM=\frac{1600}{r_{burn}+2}</math> *Pressure <math>P=\frac{V_{steam}}{V_{boiler}}</math> The pressure inside depends on the amount of steam inside the boiler as well as the pressure inside the connected pipes. Like the [[Spin/Turn Block]] and [[Air|Dedicated heliblade Spinner]], a Steam Engine produces local rotary mechanical power (torque multiplied by shaft rpm). Unlike the first two, however, the Steam Engine does not draw electrical power from Batteries or Fuel Engines, it runs on steam. The steam, in turn, is provided by Boilers This mechanical power cannot be directlySteam engine can produce both power and directly from resources, rather then fuel. While It sounds very promising, there is some drawbacks. Most obvious one is that steam engine can explode and requires more (much more) space than fuel engine.
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