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How to heat the compressor [PNC] pneumatic technology

2024-12-10 17:54:15|Myriagame |source：minecraft skins

introduce

The temperature of the compressor when producing gas determines efficiency, and it is necessary to fully consider the heat dissipation scheme occupying the area and efficiency.

What we will use in the heat dissipation scheme is

Advanced liquid compressor/flux compressor: necessary machine to produce compressed gas

Speed ​​upgrade: increase air production volume

Compressed iron block: transmit heat

Heading film: distribute calories

Air grid template: accelerate heat dissipation efficiency

Base

Heat -producing

Each increase of speed upgrade will be multiplied by 1.5, and the compressor will be upgraded up to 10 speeds. The heat production increases with the output of air. Each output 20ml of compressed air will increase by 1 HEAT (calories)

And the "hot capacity" of the block is different, the specific data is

Compressor 100

Compressed iron block 10

Heating tablet 5

That is to say, every 2000ml output will rise.

Heating

Similar to reality, the temperature of the heating blocks will try to make the temperature consistent, and the transmitted heat is proportional to the temperature difference with the thermal resistance of the two blocks (why is the author divided by 2?).

The good conductors in this module mainly include generators, compressed iron blocks, and heat pipes.The thermal resistance of the heat sink is a good conductor, but the heat resistance to the outside world is full of 14.

Heat dissipation

After exporting heat, heat dissipation, and heat dissipation is to exchange heat to the environment.According to the group and height, the environmental temperature is different, and the specific values ​​can observe the temperature of the thermal machining machine.

The heat dissipation and the environment exchange heat to perform heat dissipation, that is, it is equivalent to conducting heat conduction with a conductor with an infinite environmental temperature.

The manual said that the air grid module strengthens the heat dissipation efficiency. In fact, the air grid module consumes trace air to make it 3*3*3 in front of it, which takes turns according to TICK.

Basic cooling design

Pure heat sink heat dissipation

The smallest heat dissipation design is to stick heat sinks on 5 surfaces.

We know that the heat capacity of the heat sink is very low, only 1/20 of the compressor, which means that the heat sink is reduced by 20 degrees to reduce the compressor by 1 degree.The conversion is every 100ml/t generated, which is equivalent to increased the heat sink.

Suppose it is 40ml/t without an upgrade, which generates 2 heat/s.Then the single heat sink requires the temperature of the ambient temperature+30 degrees to dissipate heat.The baseline of the ambient temperature is 27, which is 57 degrees.That is to say, without considering natural heat dissipation, single heat sinks are less than 50 degrees without speed upgrades, and double heat sinks are required.

When considering the full 5 heat sinks, simply consider it to know that it can be maintained at about 50 degrees under 200ml/T.

Putting multiple noodles will not increase the independent thermal heat efficiency. When the thermal conductivity is calculated, it will be divided into the number of common heat conduction noodles. HoweverNoodles.Therefore, the above calculations have an error, because it is calculated based on the same thermal conductivity.

If it is increased to 400ml/t, in order to export these 20heat, the compressor needs to reach 100 with the five surface temperature, that is, the average temperature difference of 20 degrees.The heat dissipation tablets need to be scattered 4 HEAT, that is, it needs to reach about 80 degrees, that is, the compression opportunity is close to 100 degrees.This is also the heat dissipation limit of a single heat sink, and the high efficiency attenuation is too strong.

Multi -layer heat sink heat dissipation

The heat sink can also be superimposed on the outside to form a multi -layer heat sink structure.

In the structure of the previous section to a double -layer structure, the output of 400ml/T can be suppressed to more than 70 degrees.

The problem of the multi -layer heat sink structure is the heat conduction between the heat sink. If the first layer of the heat sink is 80 degrees, it is transmitted to the second layer to pass the heat dissipation only 60 degrees.

The external heat sink also depends on the ambient temperature, and the upper limit of the outer layer and the ambient temperature reached the upper limit.

The second layer can be reduced by 20 degrees, the third layer can only be reduced by 10 degrees, and the fourth layer can only be reduced by 5 degrees.Four layers of heat dissipation can only be reduced to 60 degrees for 400ml. At most, it can be upgraded to 600ml/T.

Use compressed iron block heat guidance

From the above, it can be seen that the problem of simply superimposing the number of heat sink is that the temperature attenuation at the outer layer is too fast.Although compressed iron blocks cannot directly dissipate heat, because it has six faces, it actually increases the location of 4 heat sinks.

However, the more iron used, the more the surface they occupy each other, the less the increased heat dissipation position, and the same as the multi -layer heat sink, it cannot be linearly suppressed the temperature.

The tower -shaped heat dissipation structure like some people is that the more the effects, the less understanding.

In addition, a major defect of compressed iron blocks is that the heat capacity is too high.The compressor should emit 30 heat/t heat, which needs to have a temperature difference with 30 degrees with the surrounding iron blocks.

The iron block is dependent on the heat sink, but the high heat capacity means that the cooling is difficult. The export of the heat sink twice is only equivalent to the one of the iron blocks.

Therefore, in fact, only a layer of iron blocks cannot bring significant improvements. 600ml/t still cannot be overwhelmed. It can only be said that it is more expensive and more beautiful. It belongs to the version trap.

Air grid module heat dissipation

The air grid module can increase the efficiency of the heat sink four times. The mechanism is to allow the heat sink to heat the heat four times, and actively heat dissipation, and actively exchange the heat exchange with the contact box.The working range is the 3*3*3 area centered on itself, and the effect of multiple modules can be superimposed.Active heat dissipation does not need to make differences in the middlemen at all. Compressed iron blocks will reduce the heat dissipation efficiency, because the heat cannot be extracted directly from the compressor.So you can remove it directly, so you can put it in this way

The 2000ml/T liquid compressor is easily maintained at 30 degrees, and it is completely because the ambient temperature is 27 degrees, not that it cannot be reduced.The four heat sinks have reached the ideal ambient temperature of 27 degrees. After removing, only 8 single -sided one can be maintained at 50 degrees.

This can also be briefly calculated. A module allows 4 more to work in the heat sink, 8 is 32 times.A total of 100 heat/5 = 20heat, you only need to disperse 0.6heat each time, that is, there is a 3 degree temperature difference with the compressor.

There must be 0.6*15 = 9 degrees temperature difference between the heat sink and the environment, that is, the compressor should be more than 40 degrees.It did not reach the problem that the two heat dissipation films next to it were not blown at the same time and did not heat the same heat dissipation at the same time.

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