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

This is a short teaching that tells the way to control the operation of the power blast furnace according to AE2 according to AE2

First of all, explain the application environment. If you do not install other technology Mods, then when you have the power blast furnace, the power will not be enough, and Gray also has a mechanism.The progress bar will continue to go backwards

Therefore, in this case, there are only two ways, one is manual operation. This method is time -consuming and laborious. Because the early power generation is very slow, the electricity in a few minutes is enough to burn one metal.A set of aluminum can be produced in an hour, which is very disgusting

Therefore, when I recommend that when the battery is not enough in the early stage, learn the second method -AE automatically controls the power blast furnace

Here we will first popularize the basic knowledge of AE related:

Sub -network: This is a relative concept. The simplest subnet is a structure similar to the internal wiring of the ME interface. It is widely used in the automation of multi -square machines, but in fact, the subnet can refer to a ME controller matchingFull network of wires

ME storage bus: This is also a very magical thing. The use of storage containers such as connecting boxes is used to facilitate management.But in fact, this thing is essentially the role of the connected container as under the jurisdiction of the AE network, that is, the internal items are regarded as the AE network storage

ME standard sender: You can control the sending of the redstone signal according to the number of items storage of the network

ME output bus: output the items stored in the network into the connected container. When there is no designated item, it will not be output by default. After the specified items are specified, it will continue to detect whether the item is existing.

Red Stone Card: After assembly to the component, you can control the switch of the component through the redstone signal

Quartz fiber: only transmit energy, not transmitted channels

So far, the components we need to use will be explained. Next, let's explain how to build an automated power blast furnace.

First of all, you need to have two battery boxes, one is at the main power supply port, that is, the source of all your power consumption, this battery box can directly represent whether the electrical volume of your line is in the state of surplus/power shortage; the other batteryThe box is at the energy warehouse of the power blast furnace, which is used to provide an electric cache for the power blast furnace to avoid affecting the operation of other machines due to the lack of electricity at the power blast furnace.

Our idea is to determine that when these two power storage boxes are in a state of rich electricity, they put raw materials into the power blast furnace, otherwise

We use the ME storage bus to connect to the battery box, the ME standard sender controls the ME output bus, and the ME storage bus connects the box that stores the raw material, as shown in the figure below:

The figure is only a temporary example. The automated blast furnace I originally used was relocated and demolished because of the current power of power, but this example is enough to explain the deployment structure

The green cable on the left represents the source of power supply in the AE network. The transfer of AE through quartz fiber can maintain the operation of the vitamin network.The position of the line is connected to electricity, and the electricity is constantly using electricity before, then this sub -network will start to stop power, and we cannot predict the adverse consequences.Give various sub -networks, so that all AE systems can work normally at all times

The left battery box refers to the battery box at the power generation entrance. The middle battery box is directly responsible for power supply to the power blast furnace. Through the ME controller, Gray's cable has been omitted

The right ME output bus points to the input bus of the power blast furnace, next to the ME standard sender next to the ME standard to control the redstone signal.

Two capacity cards and a redstone card are installed in the ME output bus.

The ME standard sender is filled in a full -power battery in the item, which is set to send a signal when it is greater than or equal to the specified value. As for the specific value, for example, I have two 16 -capacity battery boxes here.The numbers, because when they are full, not all batteries are full. There will be a small part of the battery that maintains a power that is close to full power. How much can this number fill in?

What is displayed in the figure is the same type of battery boxes in the two battery boxes, so if different

At different times, according to the figure below:

We set up two ME standard senders to the ME output bus. When the ME output bus is set to work when it is not signal, the two ME standard sender is set to send a signal when the value is less than the value, which can meet the needs, which is equivalent to the needs.A simple and door.

At the end of this tutorial, please leave a message if you have any questions