Solar Energy

In this chapter you will find information about the Solar Arrays inside Environmental Energy, including information about each cells efficiency as well as base stats about each tier array.

Solar Cells

Solar cells are obviously the most important part of the Solar Panel. Any combination of cells(Any tier) can be used on any Panel, meaning you could potentially use Nanorite and Xerothium cells on a Litherite Solar Panel, or Litherite and Aethium cells on a Xerothium Solar Panel. You are not limited to what cells you want to use in your Solar Panel.


The main thing that is different between each tier of cell is the efficiency. The higher the tier of cell, the higher the efficiency. Keep in mind that the Solar Panels themselves also have a max efficiency that they will operate at.


Cell Efficiency Multiplier
Litherite 0.30
Erodium 0.46
Kyronite 0.60
Pladium 0.72
Ionite 0.82
Aethium 0.90
Nanorite 0.96
Xerothium 1.00





Solar Panels

The Solar Panels in Environmental Energy are capable of generating large amounts of energy from the sun. The panels have a few ways of improving their output such as switching out the Solar Cells for higher tier variants, or switching out the null modifiers with other modifiers.

Basic Requirements

This multiblock obviously needs access to the sky in order to be able to actually generate energy however you do not need every cell exposed to the sky in order for it to function. Its fine to have cells covered by other blocks that don't let light through just don't expect to get any energy generated by those specific cells. The panel will only generate energy with the sky exposed solar cells. It is fine to have glass above the panel also.


The following list are all of the usable modifiers on the solar panels:

IO Blocks

Currently the only usable modifier on the Solar Panels is the FE Output. You can fill the other IO slots with any other IO Block although obviously it won't provide any functionality. One thing you should keep in mind is that the FE Inputs can be upgraded and you may need to do that in order to get the full amount of energy out of your panel. Alternatively you can use multiple FE Outputs.