Engines: Difference between revisions

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[[File:2011-08-30_02.08.21.png|thumb|236px|The three engines of BuildCraft's energy option. The wooden, redstone engine; the stone, steam engine; the iron, combustion engine.]]As of Buildcraft 2.0.1 there is the option to use pneumatic engines to power the various machines in BuildCraft. Engines may be picked up by breaking them with any type of pick above stone.
As of Buildcraft 2.0.1 there is the option to use pneumatic engines to power the various machines in BuildCraft. Engines may be picked up by breaking them with any type of pick above stone.


Each has various strengths and requirements to function.
Each has various strengths and requirements to function.
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Engines can be daisy-chained. That is, one engine can send its energy to another, which can then send the combined energy to another engine or to the mechanism to be powered. This is useful for driving a mechanism faster, but incurs a danger of overheating. If the energy is not being removed from the system at about the same rate the system is producing it, the engine at the machine end of the chain may explode. A more efficent way to do this is to use [[Conductive Pipes|Conductive Pipe]]. This can be used over longer distances with no chance of exploding for [[Redstone Engine|redstone]] or [[Steam Engine|steam engines]] . Although this more efficient, it is also more expensive, as energy losses are rampant over long distances while using stone conductive pipes, the cheapest conductive pipe that will transport energy.
Engines can be daisy-chained. That is, one engine can send its energy to another, which can then send the combined energy to another engine or to the mechanism to be powered. This is useful for driving a mechanism faster, but incurs a danger of overheating. If the energy is not being removed from the system at about the same rate the system is producing it, the engine at the machine end of the chain may explode. A more efficent way to do this is to use [[Conductive Pipes|Conductive Pipe]]. This can be used over longer distances with no chance of exploding for [[Redstone Engine|redstone]] or [[Steam Engine|steam engines]] . Although this more efficient, it is also more expensive, as energy losses are rampant over long distances while using stone conductive pipes, the cheapest conductive pipe that will transport energy.


[[File:2012-01-04_17.55.08.png|thumb|236px|Steam engines and Combustion engine connected to pipes]]
[[File:Steam_Combustion_Engine.png|thumb|236px|Steam engines and Combustion engine connected to pipes]]


You can monitor the temperature of the engine by the color of its core. Blue represents a cold engine, green represents an engine that is warming up, yellow represents an engine that is running at the optimum efficiency, red represents an engine that is in danger of overheating and an engine that is bright red has overheated and will explode if not turned off or cooled down very quickly.
You can monitor the temperature of the engine by the color of its core. Blue represents a cold engine, green represents an engine that is warming up, yellow represents an engine that is running at the optimum efficiency, red represents an engine that is in danger of overheating and an engine that is bright red has overheated and will explode if not turned off or cooled down very quickly.
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In SMP for beta 2.2.1 of buildcraft, the energy folder should be installed last or the engines won't work properly.
In SMP for beta 2.2.1 of buildcraft, the energy folder should be installed last or the engines won't work properly.
===[[Redstone Engine]]===
===[[Redstone Engine]]===
[[File:Wooden_Pipe_-_Fuel.png|thumb|236px|A Redstone Engine.]]
[[File:Redstone_Engine.png|thumb|236px|A Redstone Engine.]]
Redstone engines only need a redstone current for power, and will never overheat; in fact, they gain power as they heat up, with them being most efficient in the blinking-red stage. However, they produce the least power out of all the machines.
Redstone engines only need a redstone current for power, and will never overheat; in fact, they gain power as they heat up, with them being most efficient in the blinking-red stage. However, they produce the least power out of all the machines.


===[[Steam Engine]]===
===[[Steam Engine]]===
[[File:2012-01-05_14.22.07.png|thumb|236px|Two Steam Engines.]]
[[File:Steam Engine.png|thumb|236px|Two Steam Engines.]]
This mid-range engine is significantly more powerful than the Redstone Engine but uses burnable fuel, such as wood or coal, as well as a redstone current.
This mid-range engine is significantly more powerful than the Redstone Engine but uses burnable fuel, such as wood or coal, as well as a redstone current.


===[[Combustion Engine]]===
===[[Combustion Engine]]===
[[File:Conductive-pipes.png|thumb|236px|Combustion Engines at work.]]The Combustion Engine is the most powerful engine in the mod. It is also the most expensive engine to make and run as it uses [[Fuel|fuel]], [[Oil|oil]] or lava as fuel. This engine will overheat rapidly, so you will have to provide sufficient cooling by either placing buckets into the engine's GUI or by pumping water using pipes. If you do not do so, this will cause the engine to overheat and explode quickly.
[[File:Combustion_Engine.png|thumb|236px|Combustion Engines at work.]]The Combustion Engine is the most powerful engine in the mod. It is also the most expensive engine to make and run as it uses [[Fuel|fuel]], [[Oil|oil]] or lava as fuel. This engine will overheat rapidly, so you will have to provide sufficient cooling by either placing buckets into the engine's GUI or by pumping water using pipes. If you do not do so, this will cause the engine to overheat and explode quickly.


==='''Configuration of Power Source'''===
==='''Configuration of Power Source'''===

Revision as of 13:21, 26 March 2012

As of Buildcraft 2.0.1 there is the option to use pneumatic engines to power the various machines in BuildCraft. Engines may be picked up by breaking them with any type of pick above stone.

Each has various strengths and requirements to function.

Engines can be daisy-chained. That is, one engine can send its energy to another, which can then send the combined energy to another engine or to the mechanism to be powered. This is useful for driving a mechanism faster, but incurs a danger of overheating. If the energy is not being removed from the system at about the same rate the system is producing it, the engine at the machine end of the chain may explode. A more efficent way to do this is to use Conductive Pipe. This can be used over longer distances with no chance of exploding for redstone or steam engines . Although this more efficient, it is also more expensive, as energy losses are rampant over long distances while using stone conductive pipes, the cheapest conductive pipe that will transport energy.

Steam engines and Combustion engine connected to pipes

You can monitor the temperature of the engine by the color of its core. Blue represents a cold engine, green represents an engine that is warming up, yellow represents an engine that is running at the optimum efficiency, red represents an engine that is in danger of overheating and an engine that is bright red has overheated and will explode if not turned off or cooled down very quickly.

In SMP for beta 2.2.1 of buildcraft, the energy folder should be installed last or the engines won't work properly.

Redstone Engine

A Redstone Engine.

Redstone engines only need a redstone current for power, and will never overheat; in fact, they gain power as they heat up, with them being most efficient in the blinking-red stage. However, they produce the least power out of all the machines.

Steam Engine

Two Steam Engines.

This mid-range engine is significantly more powerful than the Redstone Engine but uses burnable fuel, such as wood or coal, as well as a redstone current.

Combustion Engine

Combustion Engines at work.

The Combustion Engine is the most powerful engine in the mod. It is also the most expensive engine to make and run as it uses fuel, oil or lava as fuel. This engine will overheat rapidly, so you will have to provide sufficient cooling by either placing buckets into the engine's GUI or by pumping water using pipes. If you do not do so, this will cause the engine to overheat and explode quickly.

Configuration of Power Source

In the directory .minecraft/buildcraft/config the config file "buildcraft.cfg" contains a line starting "power.framework=".

It defaults to "power.framework=buildcraft.core.RedstonePowerFramework" - This allows Buildcraft devices to be run directly from redstone pulses. To use engines, you must use the setting "power.framework=buildcraft.energy.PneumaticPowerFramework".

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