Colony management: Difference between revisions

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Note that you will probably have to upgrade the link between the ECU and the Launchpad in order to handle the raw output from the ECU.

==Barren Planet (P2/P3~~/P4~~ Factories)==

==Barren Planet (P2/P3 Factories)==

[[File:EVE-PI-FactoryWorld-18.jpg|left]]

An example of a P2/P3~~/P4~~ production world with (3) launchpads surrounded by (6) AIFs (Advanced Industrial Facilties). Each cluster is designed so that you can load 10k m3 of product into the Launchpad and the (6) AIFs around that Launchpad will convert it into the next level of product. This could be P1 to P2, P2 to P3~~, or P3 to P4~~ steps. In general, a setup like this will allow you to queue up about 30 hours of material for conversion into the next tier. You could use all three clusters to do the same conversion, or you could convert 3 different sets of products at the same time.

An example of a P2/P3 production world with (3) launchpads surrounded by (6) AIFs (Advanced Industrial Facilties). Each cluster is designed so that you can load about 10k m3 of product into the Launchpad and the (6) AIFs around that Launchpad will convert it into the next level of product. This could be P1 to P2 or P2 to P3 steps. In general, a setup like this will allow you to queue up about 54 hours of material for conversion into the next tier. You could use all three clusters to do the same conversion, or you could convert 3 different sets of products at the same time.

~~ <br~~>

To queue up exactly 54 hours of P1->P2, you will need 12960 units of each P1 input material (4924.8 m3 of each input).

==Barren Planet (P2 Production)==

@@ Line 167: / Line 167: @@
 Note that you will probably have to upgrade the link between the ECU and the Launchpad in order to handle the raw output from the ECU.
-==Barren Planet (P2/P3/P4 Factories)==
+==Barren Planet (P2/P3 Factories)==
 [[File:EVE-PI-FactoryWorld-18.jpg|left]]
-An example of a P2/P3/P4 production world with (3) launchpads surrounded by (6) AIFs (Advanced Industrial Facilties).  Each cluster is designed so that you can load 10k m3 of product into the Launchpad and the (6) AIFs around that Launchpad will convert it into the next level of product.  This could be P1 to P2, P2 to P3, or P3 to P4 steps.  In general, a setup like this will allow you to queue up about 30 hours of material for conversion into the next tier.  You could use all three clusters to do the same conversion, or you could convert 3 different sets of products at the same time.
+An example of a P2/P3 production world with (3) launchpads surrounded by (6) AIFs (Advanced Industrial Facilties).  Each cluster is designed so that you can load about 10k m3 of product into the Launchpad and the (6) AIFs around that Launchpad will convert it into the next level of product.  This could be P1 to P2 or P2 to P3 steps.  In general, a setup like this will allow you to queue up about 54 hours of material for conversion into the next tier.  You could use all three clusters to do the same conversion, or you could convert 3 different sets of products at the same time.
-<br><br><br><br><br><br><br><br><br><br><br><br><br>
+To queue up exactly 54 hours of P1->P2, you will need 12960 units of each P1 input material (4924.8 m3 of each input).
+<br><br><br><br><br><br><br><br><br><br><br>
 ==Barren Planet (P2 Production)==