Colony management

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Colonies are the method in which players interact with planets via Planetary Interaction. Colonies are established by procuring a Command Center the same type as the planet, and landing it on the planet. Doing so will allow you to build other buildings, and link them together for the purpose of mining the raw resources of the planet and producing goods from them.

Overview

This page details objective specific planet colonies or chains of colonies (while Planetary Industry discusses the usage of putting Planetary Buildings to good use on a single planet)

Colony Types

Colonies at a high level can be grouped into a few different types, though by no means does this limit players to only aim for these setups. Experiment to your heart's content!

Strip Mine

The simplest and most straightforward of the industrial ideology, just a ton of extractors with 1 or 2 storage facilities and a command center. Requires the least micromanagement, but does require reorienting the extractors with new deposits when the current one runs dry, for each extractor. If you use the slower/longer deposits then this setup could run for at least day or two without attention.

Note: The output of this colony may (total stab in the dark - confirm / comment?) strain the capacity of your Command Center to launch rockets with the raw materials, due to the sheer quantity. A Launchpad would cut into productivity, however. This may make the pure Strip Mine colony a rarity versus the similar Mining Complex colony type.

Distributed Strip Mine

A variation on a Strip Mine ideal for very large planets using a high quality Command Center. Large planets like Gas Giants end up with deposits spread far and wide with links that cost as much grid as cpu, eating up your grid much faster than smaller planets. With a ton of spare cpu, with launchpads only costing more cpu and isk than storage facilities (as of this writing), you can simply drop a pile of extractors around each suitable mining spot on the planet and transfer everything to a local launch pad. You'll end up with a planet infected with the measles, but you'll manage to use up your CPU better!

This technique may be more vulnerable to competition than more centralized colonies since it attempts to extract a large amount of the best deposits on a planet.

Mining Complex

Generally the same as a Strip Mine, but with one or more level 1 production buildings thrown in. Hooks the extractors to storage or directly to processors and produces tier one products instead of exporting the raw materials directly. This can be done with a single colony on a single planet, and is probably what most non-dedicated PI-ers will go into, if they don't want to bother shuttling materials from colony to colony to further production. Requires the same attentiveness as a Strip Mine, with the added bonus of dealing with production plants, schematics, more complicated routing, and as such, giving it a tad steeper learning curve.

Since the goal is to convert most if not all raw material to tier one products, the quantity of goods to export is substantially lower than a plain strip mine, and the m3 is likewise lower. This way a Launchpad could likely be avoided. You may have to include storage facilities in the logistics chain to not waste materials due to occupied processors.

Advanced Mining Complex

Much like the Mining Complex, this colony seeks to process raw materials into exportable products. However, the goal of this colony is to produce at least Tier 2 products from a single planet's resources. Coolant from a Gas Planet, for example. Extractors must be split so as to generate an equal amount of each raw material needed. Basic Processors then convert the raw into Tier 1 products. Finally an Advanced Processor is needed to create the Tier 2 product. This colony requires a fair bit of work since raw materials must be located in close proximity to each other and in sufficient quantity to support the multi-stage production. Layout of links becomes critical to conserve CPU and yet be able to handle the flow of materials from all the extractors. Given the need to manage so many products flowing through so many processors, it is often wise to build a launchpad in the center of the complex to serve as both a storage facility and a clearing house for finished goods, ready for export.

Factory Complex

This colony type relies on input from the market or other colonies and as such requires the inclusion of a Launchpad. It will likely be just one planet in a longer chain owned by a single player (or group of cooperating players), though it could also be a standalone turning one product made from market materials into a more profitable market product. Extractors could be added for additional profit, but may eat into the needs for the processors that make up the colony's primary purpose.

High-Tech Composite Plant

This colony is specific to tier four (and maybe five?) products that require both tier one and tier three products. To cut down on logistics, this colony is established on a barren or temperate planet with the raw material for the tier one product component of the desired target product abundantly available. Extractors feed tier one processors that produce that component in-place, and a Launchpad imports the required tier three components for the High-tech processor.

Full Chain System

Multiple colonies built expressly to complement each other make up a full production chain. There are many variations possible, but maybe some more interesting ones can be put here sometime.

Market interaction

Stuff on the market

Interplanetary Logistics

This is about moving stuff between planets. For moving stuff around on a planet see Intraplanetary Logistics

You do not have to setup your entire production chain on the one planet. You can purchase missing products on the market or produce them on other planets. However, then you need to get them down to the surface. In addition, ultimately you will want to get the fruits of your slave ..er "colonists'" labour to market.

These operations must be done in the system, and this exposes you to risk. There are two ways to get goods off a planet (Customs Office, and Launch Container) and one way to get goods down to the planet (Customs Office). Many of these operations are done near the "(Planet Name)'s Customs Office", which you will have to add to your overview. The Customs Office is like any other container, in that you must be within 2500m to transfer things into and out of it. However it is like your personal hangar in that things placed in it can only be seen by you. Then, unlike your personal hangar, it has a capacity of only 25,000 m3.

Everything to do with the Customs Office must be done in the system, and in space. While you can perform the Import/Export operations out in the dark at a safe spot (but uncloaked), you must go to a known location to actually pick up the goods from the Customs Office. The Launch Container method, while more expensive, can be done from anywhere in the universe, including docked at a station or cloaked. However, you will still have to go to the system to pick up your launch can, and others can pick it up too if you don't get there first. There are some nuances to this: The cans are on directional scan so people can chase them down with substantial effort (and know that you launched them), get a bookmark from you, or probe you down when you arrive on grid to pick it up. They do not appear with probes.

The Customs Office window is accessed either by right clicking on the Office, and choosing "Access Customs Office", or from the rocket icon on a Launch Pad on the planet below. Use "Open Hangar" on the Customs Office to access the container actually holding items.

Importing: To import items to the planet, you must have a Launchpad (found Under Space Port in your list of buildings.) Having built this, the operation is to place the items in the Customs Office in orbit via "Open Hangar". Next, right click on the Office and Access Customs Office. You can then move (or shift-drag to break up stacks) from the Planetary Customs Office pane on the left, to the To Be Transferred Pane in the middle. If you have multiple Launchpads make sure the target one is selected in the drop-down! When you have everything setup to your desire, click on "Import To Planet". The items will arrive in your Launch Pad, and can then be transported elsewhere through Expedited Transfer or Routing. There is a cost of 1 ISK/something to import. Experimental numbers below.

TODO: Update these numbers after launch

• 150 ISK for 3000 R0 (3000x 0.01 m3 = 30 m3)
• 7.6 ISK for 20 P1 (20x 0.38 = 7.6 m3)
• 90 ISK for 20 P2 Products (20x 1.5 m3 = 30 m3)
• 3,000 ISK for 10 P3 products (10x 6 m3 = 60 m3)
• 25,000 ISK for 1 P4 product (1x 100 m3)

For Export, you have two options: Launch or Export. Export is performed in the same way as Import, by Accessing the Customs Office, and clicking on the Export radio button in the upper right corner. This swaps the positions of the Customs Office and Launchpad such that the Launchpad(s) is/are over on the left. Add items to the shipment, or drag them to the center "To Be Transferred" pane. When everything is to your satisfaction, click on Export From Planet. There is a cost of 2 ISK/something to export. (ie 8640 ISK for 432,000 R0 (raw materials), 2190 ISK for 2,880 P1 products, 540 ISK for 180 P2 Products, 216 ISK for 18 P3 Products, and 200 ISK for 1 P4 Product. These numbers are chosen from the "compression" resulting from processing.) To spell out the subtext here: Highly recommended to process resources into P1 products, and preferably P2 products before shipping them off-planet, avoid too much shipping of R0, P3, and P4 products.

TODO: Update these numbers after launch

• 300 ISK for 3000 R0 (43,200 ISK for 432000)
• 15.20 ISK for 20 P1 ( 2,188.8 ISK for 2880)
• 180 ISK for 20 P2 ( 1,620 ISK for 180)
• 6,000 ISK for 10 P3 (10,800 ISK for 18)
• 50,000 ISK for 1 P4 (50,000 ISK for 1)

Alternatively, you can launch your products into orbit using your Command Center, with a volume limit of 500m3 matching the CC. Click on the rocket icon in the Command Center, which brings up the launch prep panel, where you can pick whole stacks to go into the rocket by selecting it and then clicking on the Add button. Once you are satisfied, you can click on launch. It will then launch a package into orbit for you to pickup within the next 5 days. You can find your package and warp to it in your Journal, under the Planetary Launches tab. There is a cost of 3 ISK/something.

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TODO: Update these numbers after launch

• 450 ISK for 3000 R0 (30 m3) (15 ISK/m3, or 0.15 ISK/item)
• 22.80 ISK for 20 P1 (7.6 m3) (3 ISK/m3, or 1.14 ISK/item)
• 270 ISK for 20 P2
• 16,200 ISK for 18 P3
• 75,000 ISK for 1 P4

To create a warpable bookmark (eg if you want to ask someone else to pickup for you), you must warp to the can and bookmark the can. There is no ranged warp available, but you might land more than 2000m from the can, so you may be able to do it without being decloaked. You (and others) can not probe down the launch canister with a combat probe, but they can probe down a ship picking up the package or use the directional scanner to get an idea of what is going on.

Some interesting notes about the Customs Office

• A planet will not have a Customs Office in orbit until one person using the planet has constructed a Launchpad.
• There is only one Customs Office per planet shared between all on-planet.
• Even if you don't have a Colony on the planet you can still use the Customs Office and place items in it.
• It is safe to warp away leaving some of your goods in the Customs Office (no idea for how long however)

Adding the Customs Office to your Overview

To view if a planet has a Customs Office you will need to ensure that "Planetary Customs Offices" in the section "Planetary Interaction" is enabled in your overview settings. This will show every Customs Office in the system which will make it easy to determine if a planet is already being harvested by someone else - assuming they have a Launchpad!

Player Cooperatives

As you've probably already noticed, the most money to be made is off of those juicy Tier 5 items. These are the end items that go directly towards POS contstruction. Most of these sell quite high on the market. Each time you add value to a product, it seems to increase the value of the combined item by a factor of 5-10.

That being said, the resource distribution on each planet combined with the items required to make those end items means that no single end item can be produced on a single planet. In addition, the limit of planets that each player may have is 6 and most Tier 5 items take around 7-10 planets to complete a production chain. Please note that even if you were able to effectively produce the nescessary Tier 5 items by yourself on up to 6 separate planets, the odds are that other players are doing that too! Higher supply means lower demand which means less money for you. Therefore, the best thing to do is to start a cooperative with your friends!

The best thing about this approach is that it allows players that have not developed their Planetary Interaction skills a great deal to jump in and make, frankly, embarrassing amounts of dosh. Of course, since you're going to be giving other players the fruits of your labor for further processing and trusting them to give you your share of the proceeds then it goes without saying that you should only enter in to this kind of arrangement with people that you trust. Real life friends work great for this, as you can always slash their tires if they steal your stuff.

How is this accomplished?

1. Find some (preferably real life) buddies to farm with.
2. Pick an end item that requires more than 6 planets to produce.
3. Make sure you and your buddies get at least Planetary Management Level III and Command Center Upgrades Level III (and, of course, a couple of ranks in Remote Sensing).
4. First, the cooperative should put down Standard Command Centers on all the planets that can feasable render a Tier 3 item. Make sure all of your planets are relatively close to each other to ease the hauling time. Each Tier 5 item that can be produced includes at least five Tier 3 items that can be produced on a single planet. Make sure that these planets have the resources you need within relatively close proximity, as you don't want to burn your whole CPU/Power Grid on links across a huge distance. 
5. Next, find those resources that are going to be "problem children". These are the ones that take resources from two or more planets to manufacture or that only occur in low concentrations. Then, set up some planets to extract and refine those resources. Some of these can also be set up with a single Advanced Industry facility to recieve items from other planets to make the Tier 3 items. 
6. Logistics! Arrange for items to be traded amonst each other as needed to produce the nescessary Tier 4 items.
7. Finally, set up a single Temperate planet with a High Tech Industry facility to fabricate the final product. Dump all the Tier 4 items your cooperative has made into the launch pad and route it to the facility and route the output back to the launch pad.
8. More logistics. The goal here is to move your goodies to the most profitable system that you can safely sell them in. These tend to be 0.5 systems that are close to 0.0 space borders. As an additional precaution, you and your buddies might want to fleet up in a PvP loadout to oversee the trip and protect against suicide gankers.
9. PROFIT!!!!111 :)

Colony Layouts

Post effective colony layouts here, with classification as to its goal, and, if possible, a cropped picture of the colony layout.

When designing the layouts, note that PINs in the arms can be linked together and only 1 link sent back to the main colony rather than needing to directly link to the destination PIN (eg having a bunch of extractors off away from the command center can be linked one to another, and then only one link goes to the command center). However, you can only setup a route that makes up to 6 hops.

Also mention the trade-offs between building a link back to your main colony or eating the import/export taxes, CPU/power costs of a launchpad, and lack of automation if you have an isolated sub-colony over on the other side of a very large planet. This is of particular note for a pure mining colony where the export charge was a planned "sunk" cost that you have to pay either way.

• Elite Barren Planet Mining Complex Colony

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This is a highsec Barren Planet. There are 18 extractors, 4 processors, 1 command center. 99.35% power grid usage. 5 extractors are for the 2 less abundant resources and 4 extractors are for the 2 more abundant resources. The extractors for a specific resources are separated from each other to reduce depletion of resources but they are group with 1 of each of the other resources to reduce the amount of links required. The extractor clusters are placed where resources overlap. All extractors route resources directly to command center where they are rerouted to processors. The placement of extractors and links were designed so that all resources could reach command center without exceeding waypoint maximums. The processed materials are sent to Command Center for storage until they can be removed from planet. You can remove an extractor from your most abundant resource and add an advanced processor.

Gas Planet (P1 Production)

File:PIMiningComplexP1-9E3S3BIF-AdvPCC-450.jpg
This is a hi-sec Gas planet using an Advanced PCC producing a P1 commodity (i.e. Oxygen). There are (9) extractors feeding into (3) storage units into (3) BIFs (basic industrial facilities) with the output routed into a launchpad for export. Each storage unit feeds a single BIF and the launchpad is in the lower center. Link lengths were a problem and limited the number of extractors that could be placed. But resource density was high enough to easily keep (3) BIFs running at full-tilt.

A P1 planet like this with (3) BIFs running 24x7 generates 2880 units per day or 1094.4 m3/day. Which means you'll fill the Launchpad in about 9 days.

Barren Planet (P1 Production)

An example of P1 production using a pair of BIFs (Basic Industrial Facilities) along with a single ECU (Extractor Control Unit). The ECU is currently connected to 10 extractor heads, and the raw materials are routed into the Launchpad for temporary storage. Both BIFs are also connected with a links to the central Launchpad. From the Launchpad, there are two routes that feed raw material into the BIFs. The BIFs then route the finished P1 material back to the Laucnhpad. The CC (Command Center) does not have to be linked to any of the other buildings.

In a buffered setup where the ECU feeds into the Launchpad (or other storage building), you will not lose any raw materials if the BIFs cannot keep up with the extractors. As long as the field produces more then the BIFs can convert, a small surplus of raw material will build up in the storage location. Later on, when field production drops, the BIFs will catch back up and convert that surplus.

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 Factories)

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. If you are doing a (3) input P3, however, this will only let you run for about 36 hours. You could use all three clusters to do the same conversion, or you could convert 3 different sets of products at the same time. Setup cost is 4.2M for the Command Center plus about 7.2M ISK for the (18) AIFs, (6) LPs and the links.

To queue up exactly 54 hours of P1->P2, you will need 12720 units of each P1 input material (4924.8 m3 of each input).

Barren Planet (P1 to P3 Factories)

Here is a more complicated factory world (2+20 setup) that takes (4) different P1 products as input and outputs a single P3 product (such as Robotics). The (8) AIFs on the left side are designed to convert the (2) P1 inputs into a P2 product while the (8) AIFs on the right side do the same with the other (2) P1 inputs. The (4) AIFs in the center then pull those (2) P2 products and turn it into P3. As shown, this setup runs for about 41 hours before running dry.

With a level 5 Command Center, you could even do a 2+25 setup to produce 20% more per day. Just add 2 more AIFs on each side and more more AIF in the middle.

Barren Planet (P2 Production)

File:PIMiningComplexP2with9E2S2B1A1L.jpg

An example of P2 production using a single AIF (Advanced Industrial Facility) fed by (2) BIFs (Basic Industrial Facilities). The AIF is between the two BIFs in this graphic, next to the Launchpad. Each BIF has an associated storage unit along with extractors that pull the required raw materials. The output of (2) BIFs matches up exactly with the input of the AIF, so no buffer storage is required.

The goal of a buffered storage setup like this is to extract more than 6000 units per hour of raw materials using your extractors. The excess material will then begin to stack up in the storage units. The BIFs will then continue to work even as the extractors fall silent, until the storage unit is empty and the BIFs have no more raw material to work with.

A P2 planet with a single AIF, kept busy 24x7 will produce 120 units/day (180 m3/day). This will fill the Launchpad in about 55 days.

Storm Planet (Coolant Production)

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This colony uses an Advanced Command Center for the production of Coolant on a low security Storm planet. The layout uses both storage facilities in an effort to keep the long link cost to a minimum. The Command Center and Launch Pad are placed as close to the extraction site as possible. The final links from extractors into the Command Center and Launch Pad must be upgraded to handle the load under a 30 minute or 5 hour extraction cycle. Ionic Solution feeds into the Command Center where it is routed into the closely link Basic Industrial Facilities. The output from those BIFs are routed to the Launch Pad. From the Launch Pad, the water and electrolytes are routed into the Advanced Industrial Facilities. Under a 23 hour cycle, this colony can steadily produce 230 units of coolant per day with an excess of water and electrolytes.