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Tutorial of the Journey to the West: Diesel and early Power Selection [NWTC] Minecraft Game (NWTCRAFT) Minecraft Game

2024-12-10 17:49:09|Myriagame |source：minecraft skins

This tutorial is set by the author's setting without permission.

Based on the nearly West trip version 1.1.4, the acquisition of diesel and the choice of preliminary power generation have been explained in detail.

(1) Basic information (obtained through testing)

When the oil pump is 0-64 speed, the oil production rate increases linearly, and it will no longer increase after 64.The maximum yield (64 turns) is about 35 ml/s.

The speed pump speed is 10N ml/s, and n is the speed.

February (2*2*3) treatment rate is about 153.8 ml/s (6.5 s/L).

February (3*3*3) treatment rate is about 333.3 ml/s (3 s/L).

The processing rate of the refinery is 400 ml/s, and the power consumption rate is 5.56kfe/s.

The fuel consumption rate of a single modular diesel engine is 8 ml/s, and the stress = 9096 SU.The parallel rate is 8n ml/s, and the series is connected at 8n ^{2 ml/s, n is the number.There is no difference between the parallel total stress and series, but each fuel is required separately.(Then I will use a chain gear box to connect with the pipeline.}

The power generation rate and stress of magnets are positive proportional functions.The following are 4 generator coils, and the power generation rate and stress under 4*12 magnets. N is the speed:

Magnetic mine block: power generation = 71.875n Fe/s, stress = 144n SU.

Redstone magnet: power generation = 140.625n Fe/s, stress = 192N SU.

Layered magnets: power generation = 289.0625n Fe/s, stress = 288n SU.

Flux Magnet: Power Generation = 578.125N Fe/s, stress = 480N SU.

Below alloy magnet: power generation = 1,726.5625n Fe/s, stress = 1,248N SU.

The maximum power generation rate of the lower alloy magnet is 442 KFE/s, and the stress = 319,488 SU.

The fuel consumption rate of diesel generator is 1,000 ml/s, and the power generation rate is 163.8 KFE/s.

The fuel consumption rate of the flame people is 5 ml/s, and the oil consumption rate of diesel is 6.67ml/s.

(2) Selection calculation

Crude oil becomes only two ways: distillation and refining.In 1.1.4, 100ml crude oil can produce 100ml diesel and 50ml gasoline by distillation, and only 100ml diesel is obtained through refining.

In the early stage of power generation, only the magnetic power generation and diesel power generation.The immersed thermal generator, a large number of resource -eating resources (data based on ObserVable)

Distillation (2*2*3)

The distillation treatment rate/single oil pumping machine output rate to take up the CEIL (153.8/35), and the number of oil pumping machines = 5.

The distillation treatment rate/single diesel engine fuel consumption rate takes int (153.8/8), and the number of diesel engines is obtained = 19.

The total fuel consumption rate/power pump unit pump speed of the diesel engine takes up the CEIL (19*8/10) to get the speed = 16.

School nuclear speed: distillation treatment rate-Power pump total rate 153.8-16*10 = -6.2 <0, non-positive output.

Adjust the number of diesel engine = 18, power pump speed = 15.Diesel positive output rate 153.8-18*8 = 9.8

Specific stress = 163,728SU.Outside work stress 100KSU calculation, free stress = 63KSU.

The stress of the idle stress/magnet unit is selected.Magnetic ore block use speed: int (63K/144) = 437> 256.Redstone magnet: 256, layered magnets: 218, general volume magnetite: 131, lower alloy magnet: 50.

It is recommended to use red stone magnets or layered magnets in the early stage.Take layered magnets as an example, then power generation = 63kfe/s.

Each modular diesel engine has 1000ml cache.If 18 units are started, the cache time (cache period) of all jobs is 18*1000/9.8/60 = 30.6min.If you start 6 units, the cache period is 57s+114s.(114s is the remaining 12 cache)

Distillation (3*3*3)

Number of oil pumping machines = 10, number of diesel engines = 38, power pump speed = 32, total stress = 345,648SU, (work stress 100KSU), lower alloy magnet speed = 196, power generation 338kfe/s.20 units were started, and the cache period was 1min55+1min44.

The flames of distilled and burning need to be blue, so it is not recommended to build it in the early stage.Gasoline will definitely overflow, record it in time, otherwise distillation will stop.

Refining

Considering that the subsequent assembly water lines need to work, there are about 10 flame people who run daily.After the diesel that returned to the supply of flames, the remaining oil refining rate was 400-6.67*10 = 333.3. This rate was consistent with the distillation rate of 3*3*3, and the additional gasoline was produced.At the same time, the operation of the refinery still needs to be power consumption, which brings inconvenience to it.In summary, consider using the refinery to deal with crude oil.Choice of power generation

The maximum power generation rate of lower alloy magnets is 442 KFE/s, stress = 319,488 SU, and the number of diesel engines is 319488/9096 = 35.12. The conversion is 35.12*8 = 281 ml/s.

Diesel generator has a power generation rate of 163.8 KFE/s and a fuel consumption rate of 1,000 ml/s.

Calculate the cost -effectiveness of power generation by power generation rate/fuel consumption rate (KFE/L). You can get the alloy magnets: 1573.0kfe/L, and a diesel generator 163.8kfe/L.The cost performance of lower alloy magnets is much higher than that of diesel generators.

(3) Formula and production

Modular diesel engine

You can synthesize it by the magic structure of solarcraft.The most difficult to do in the formula should be an electronic tube, which requires a large amount of rose quartz, that is, huge quantities of quartz and red stone powder.It is huge by digging the workload. It is recommended to use solarcraft element Veority, which can be obtained in large quantities with the time bottle.

Lower alloy magnet

The most tedious part of magnets is to upgrade the magnetite block to layered magnets.(There will be a scrap rate for assembly streaming water lines, pay attention to do a few more to avoid being renewed enough)

The upgrade of the lower alloy magnets requires a large number of lower alloy fragments. It can be synthesized by the lower alloy dust, and the dust can be obtained through a crushing wheel.Among them, the highest cost -effective (dust expectation value/diamond consumption) is the lower alloy thoracic armor.

The lower alloy ingots and diamonds can also be obtained through element Waver.

Video version tutorial link: https://www.bilibili.com/video/bv1vt4y1b7wk/

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