How to Make Generator in Minecraft
Generator
The Generator is IndustrialCraft 2's basic machine that burns furnace fuel to make EU for your early power grid.
Description
Block properties
| Item ID |
ic2:generator
|
|---|---|
| /give command |
/give @p ic2:generator
|
| Stackable | Yes (64) |
Java Edition Guide
How to use the Generator in IndustrialCraft 2
-
1
Craft the Generator
Stack an RE Battery on top, a Machine Block in the middle and a Furnace at the bottom of the center column in a crafting table.
-
2
Place it and add fuel
Set the Generator down and put coal, charcoal or wooden planks into its fuel slot to start producing EU.
-
3
Connect cables or batteries
Run insulated copper cable from the Generator to a machine, or drop an RE Battery into the charge slot to fill it.
-
4
Scale up your grid
Add more Generators or upgrade to solar, water and wind power once your EU demand grows beyond 10 EU/t.
Breaking or dismantling the Generator with a pickaxe or wrench loses all stored EU and the fuel currently burning — let the 4,000 EU buffer drain before moving the machine.
How to craft this block
Used in crafts
- Kinetic Generator
- Stirling Kinetic Generator
- Rtg
- Nuclear Reactor
- Wind Mill
- Solar Panel
- Water Mill
- Geothermal Generator
Related blocks
Frequently asked questions
How do you craft the Generator in IndustrialCraft 2?
Place an RE Battery, a Machine Block and a Furnace in the center column of a crafting table, top to bottom, to make one Generator.
How much energy does the Generator produce?
The Generator outputs 10 EU/t and holds up to 4,000 EU internally.
What fuel does the Generator use?
It accepts any standard furnace fuel — coal, charcoal, wooden planks and sticks. Coal or charcoal each give 4,000 EU.
Can the Generator burn fuels from other mods?
Yes. Almost any mod's furnace fuel works, converted at 500 EU per smelt in a stone furnace, or the fuel value × 2.5 EU.
Can the Generator charge RE Batteries?
Yes. Put an RE Battery in the charging slot and the Generator will fill it while it has stored energy.