1. Foreword
The tutorial of Industry 2 is nearing the end.This article will introduce [MFSU electricity storage box], [block loader], [high -end mining machine], [nano equipment], [energy trading machine], [entry of nuclear power], and [commonly used nuclear power use method].
2. MFSU power storage box (capacity: 40 million EU)
As the highest level of power storage boxes in Industry 2, output ultra -high voltage (2048V, Energy Level 4), [Landpoton Crystal] Various kinds of redstone, fluorite, lapisite, and diamonds, MFE is used in the synthetic formula.The power storage box can also consume a wrench to synthesize the MFSU upgrade component (Figure 3), right -click to upgrade the existing MFE.
3. Block loader (energy level 1, consumption of power = 1EU/T/block = 72,000 EU/H/block)
Because the MC block loading mechanism (only loaded the player and the block near the birth point), and most players will not deliberately build a base near the birth point, which will cause you to come back once. None of the crops and machines at home will notWork, [Block Loader] is needed at this time to keep the block update.Open the GUI, load the current block (green mark) of the currently loading machine, click the map to add and cancel the mouse, and load up to 25 blocks at the same time. The 9x9 block in the map can be selected.Solar generators continue to work, and crop harvesters+tree field+coal -fired power generation are also good).
——PS: The block loader is very practical and can be a map.
4. Advanced mining machine (energy level 3, collect power consumption = 48euu/T, scan low power consumption)
Industry 2 weapon, which is not cheap for synthesis, but absolutely value.Put the [OV Scanner] in the upper left corner to start working. The mining machine is the center 64x64 range (16 blocks) for scanning and collection until the rock.After putting in [High -voltage Upgrade], you can directly use [Langpon Crystal] to power, and then upgrade 4 to 6 overclocking to improve work efficiency.Work mode, divided into blacklist (not dig) and white list (only dig only), mark in the internal grid (non -cache, at most 15 types), so you usually need to put a storage box next to the machine to come to the machine to come toCollect the digging ore, otherwise you will lose it.If the precise mode is selected as True, it will be accurately collected. Although it is more power consumption, it will be better to use the pickups of the time of the time of the brought by high use of high -profile.
——PS: Using the blacklist mode, you can only mine the minerals, sand, and stones.Working to Jiyan once (working with the block loader to avoid keeping it all the time), you will not worry about the ore.
5. Nano equipment
Use carbon plates and energy crystal synthesis, style pull wind, durability (consumption of electricity can offset a large amount of damage and cannot prevent radiation).Note: Nano -thoracic armor cannot fly, nano shoes can prevent falling, nano -sword general attack 5, right -click activation for 21 (or chain saw).
6. Energy trading machine
The first person to open it will be considered an owner, and it can only be removed by wrench (similar to the safe), and [safe] next to it to collect traders (if you put the box, others can take it directly), others can take it directly),Pay attention to power supply.Open the GUI, the upper left corner is marked with items that can be purchased (with locks, others cannot remove), and the right panel is adjusted for price adjustment, as shown in the figure of 1 coal = 5000eu electricity, so as long as someone puts a coal in the upper right corner (If you fall into the safe), the battery in the lower right corner can get 5000EU power.[High -voltage upgrade] in the lower left corner to output higher -level electricity (default low voltage), or directly output electricity from the front of the machine.
——PS: Used in multiplayer mode, RPG maps, and used by various formula servers for various formulas.
7. Getting started at nuclear power
Before starting the nuclear power, prepare a full set of anti -chemical uniforms.Orange dyes can be synthesized with red dyes+yellow dyes.
Take the [Nuclear reactor] (with the capacity of 18 grids)+0 ~ 6 [Nuclear reactor] (each increased +6 grid, if the lead is not enough, you can not add it first, the reaction warehouse can only be affixed with the reactor)+pull rods(Used for switching reactors).Usually you have to put a power storage box to collect the electricity.
Use powder, washing ore, and centrifugal treatment [uranium ore], the final product [uranium 238] and [small error uranium 235], synthetic [concentrated uranium nuclear fuel], and then tanks are [fuel rods (uranium)] for use.Purple markers contain radiation, which must be worn on anti -chemical clothes!
The principle of nuclear power: While the fuel rod is generated, it will generate heat. The calories are absorbed by the nearby components (heat sinks, heat exchangers, cooling units/condensation modules), and then absorbed by the reactor.Until damaged, the reactor is hot> its own heat capacity (10000HU) will cause explosion.In short, a safe reactor will be consumed by the components, not accumulated in the reactor.
The use of various components is listed below:
[Fuel Stick] Core components, while generating electricity, generate heat, last 20,000 seconds, and then become exhausted sticks, centrifugal obtains [钚], reactor power generation speed = sum of the sum of uranium rods
Fuel rod (uranium): power generation = 5*(1+n) eu/t, fever = 2*(1+n)*(2+n) hu/s (n = neighboring uranium rod/reflective board quantity, take forScope of value: 0 ~ 4) Dual -connected fuel rod (uranium): power generation = 10*(2+n) eu/t, fever = 4*(2+n)*(3+n) hu/s, which is equivalent to 2Put a single stick next to it
Four -connected fuel rods (uranium): power generation = 20*(3+n) eu/t, fever = 8*(3+n)*(4+n) hu/s, equivalent to 4 single rods next to it
[Neutral reflective board] Improve the efficiency of fuel rods. Actually the formulas listed above are subject to the prevailing. It is worth it to increase the utilization of uranium with some coal powder and tin plates.
Neutron reflective board: 30000 durability
Thicked neutron reflective board: 120,000 durability
无 无 无 铱 铱: Infinite durability
[Heats] The cooling of the reactor rely on it
Heats: absorb the heat of adjacent fuel rods, and use 6HU/s to heat dissipation.
Advanced heat sink: Ibid, an upgraded version of the heat dissipation tablet, 12HU/s for heat dissipation
Reactor cooling tablet: any location, absorbing the heat of the reactor 5HU/s, and using 5HU/s for heat dissipation
Overclocking heat sink: Any position, absorbing the heat of the reactor 36Hu/s, and 20HU/s for cooling, self -destruction type, please use [component heat sink] to use
Component heat sink: Invincible, it can assist nearby components for heat dissipation, add+4Hu/s (mainly combined with [overclocking heat sink])
[Heat Exchange] No heat dissipation function, only used to balance the heat between connected components and reactors
Hot exchanger: 12HU/s between components, 4HU/s between the reactor
Advanced heat exchanger: 24HU/s between components, 8HU/s between the reactor
Component heat exchanger: only 36hu/s between components
Reactor thermal exchanger: only 72HU/s between the reactor
[Cooling unit/condensate module] Place the fuel rod to place the absorption heat, and it will not directly absorb the heat of the reactor.
10K/30K/60K cooling unit: The heat capacity is 10,000/30,000/60,000, which can be placed in the nearby component heat sink for repair
Redstone condensate module: hot capacity 20,000, you can use redstone to repair
Laoshi condensation module: 100,000 hot capacity, you can use liquid stone to repair
[Reactor partition] Increase the thermal capacity of the reactor (stacking, maximum 36), and reduce the scope of the explosion. For nuclear power that will not be fried, it is not very useful
Reactor partition: Add 1000Hu reactor thermal capacity, reduce the range of 5%explosion
Seal reactor thermal insulation board: reduce the range of 10%explosion, heat capacity only 500HU
High -heat capacity partition: adding 2000HU in thermal capacity, but only 1%of the explosion range
8. Commonly used nuclear power
Double stick method, power generation = 20eu/t, fever = 24HU/s, use a [overclocking heat sink] (suck 24HU/s, loose 20HU/s)+[component heat sink] (auxiliary scatter 4HU/s).Low -order nuclear power is almost a permanent motor (5.5H), but 48 lead boards are not easy to obtain before highlighting.
Four -stick method, power generation = 60eu/t, heating = 96HU/s, 2 [overclocking heat sink+4x component heat sink] Combination has solved 72HU/s, and the difference is 24HU/s.Film]
16 Batt Method, power generation = 320eu/t, heating = 640Hu/s, below is just a implementation method.
