I will only use solar generators and hydroelectric generators.
1. Solar generators, as the name suggests, can only produce electricity in sunny locations, and of course not at night. First place it on the ground and connect it with fiberglass wires as shown in the picture.
Then connect the energy storage box as shown in the picture.
The left gear has a smaller capacity; the middle speed is faster and has larger capacity; the right gear has a larger capacity.
2. Hydroelectric generators, as their name suggests, can only produce electricity in water. They are placed in water and connected with fiberglass threads. As the picture shows.
Hold down Shift before logging in, otherwise it will open. Then connect the energy storage box as shown in the figure.
At present, the speed is unified and the capacity is as above.
That's it, put the dead equipment into the energy storage box and it can be charged.
You don't have to do it all the time. Create a set of magma units (costing 16 tin ingots and 64 magma) that will last you for a while. If you have bcmod, just use a water pump to pump magma to hell and connect it. It seems like it costs 10,000 euros to add a magma unit to the generator, which is certainly enough at first, even if it is. is a UU machine, it is also a good choice as long as it uses BC water pump to pump 3q continuously. Some people say the wind is good? If wind power has enough resources, it can be produced on a large scale and left alone. However, wind power itself does not have much electricity and the wires will bent lost, so it goes without saying that diamond wires cannot be used. are expensive, and wind power does not. How much electricity (the advantage is that you leave it alone) needs to be connected to a storage box, and it is easy to die if installed hundreds of meters high. can be produced using forest fermentation machines, synthesized and compressed with plant fermentation plants or seeds. However, too many seeds and young trees are consumed and little biomass is produced. Biomass bottles can be placed inside. But not the biomass unit. It seems I can't put any units. It's not a liquid problem, but a bottle problem. In addition to the unit, there is also a bottle of similar length to the unit, but with a different name. You can also use a waterproof conduit to pump it. If there is exploitation forestier, use forestry cans instead of industrial units. Forest cans can be put in it. It is also possible to use a general fluidic unit. There is no forestry. . . Then you can only use the general fluid unit. Although the semi-fluid generator is synthesized using a geothermal generator, it is relatively wasteful to go to hell and use a pump to pump magma into the geothermal generator, and drain a magma lake to create a final hybrid. And thanks to pipeline automation, there is no longer any need to consume bottles. But someone has to be there for the data in the block to be loaded. . . . The compressed plants must be fermented into biomass before the biomass can be loaded into the fluid unit. As for how to ferment. It seems that the only fermentation machines I know of areforest fermentation machines. There is no forestry. . . . Without logging, compression facilities seem of little use. You can press the g key to check the summary table. There may be machines in industrial machinery that process compressed plants. This is for storing items that need to be recharged, but if you want to generate wind and solar power, it is recommended to build a lot of them and connect them to a storage box. Oh, I forgot to say Yes, this can carry water to the hydroelectric generator. Simply connect it directly to the hydroelectric generator. Connect to the hydroelectric generator, and the industrial pump can also charge the geothermal generator (you need to connect the magma then connect the geothermal generator). The side with the copper ring material is attached to the side of the copper ring materialvre equipment that can be heated to absorb heat, such as solid/liquid fuel heaters, liquid heat exchangers, etc. If attached to the radioactive isotope heater, it is best to use radioactive isotopes directly. Just like a generator, there is no need for liquid heat exchangers to typically use hot coolant from nuclear power plants.