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All planetary structures are placed directly on a planet via Planet Mode, after a Command Center of the appropriate type for the target planet has been deployed. To deploy a command center you must have it available in the cargo hold of a ship present and undocked in the target system. After you've deployed your Command Center it then allows you to build any other structure, already customized to fit the planet type. You can build structures while docked.
The following table summarizes the available structures, with further details in the next sections.
To deploy the Command Center you just need to be in space in the system with it in your hold and then view the planet in planet mode. On the build "tab" there will be a Command Center item listed which you will click, showing the command center type for the planet. Assuming you have that type of command center in your hold you can then click it and click where you want to place it. Click submit and you are the proud owner of a new colony.
You can use the rocket icon (or double click the structure) to prepare a launch, picking items to include, up to the total capacity of the command center (500m3). The cost of exporting commodities from the Command Center is 50% greater than via a Launchpad, and it cannot support the import of items.
You can review the CPU and Powergrid use of your colony from the Command Center window. You can see the same display under the build menu, but only if you have any construction pending. In that case you'll also be able to see two bars indicating how much additional CPU and Grid will be consumed by the pending changes, plus a numeric display of the same.
If the Command Center is decommissioned, all other buildings in the colony will be lost!
The command center is 1000 m3 to transport, and is upgraded in place on the planet. When first deployed, it has the profile of a Basic Command Center. Each level increments the power, CPU, and cost as listed below. You need a level of the Command Center Upgrades skill to use each Command Center upgrade beyond Basic.
|Level||Capacity||CPU Provided||Power Provided||Upgrade Cost|
|0||500 m3||1,675 tf||6,000 MW||N/A|
|1||500 m3||7,057 tf||9,000 MW||580,000 ISK|
|2||500 m3||12,136 tf||12,000 MW||930,000 ISK|
|3||500 m3||17,215 tf||15,000 MW||1,200,000 ISK|
|4||500 m3||21,315 tf||17,000 MW||1,500,000 ISK|
|5||500 m3||25,415 tf||19,000 MW||2,100,000 ISK|
|Name||CPU Required||Power Required||Cost|
|Extractor Control Unit||400 tf||2600 MW||45,000.00 ISK|
|Extractor Head||110 tf||550 MW||0.00 ISK|
|Basic Industry Facility||200 tf||800 MW||75,000.00 ISK|
|Advanced Industry Facility||500 tf||700 MW||250,000.00 ISK|
|High-Tech Industry Facility||1100 tf||400 MW||525,000.00 ISK|
|Storage Facility||500 tf||700 MW||250,000.00 ISK|
|Space Port||3600 tf||700 MW||900,000.00 ISK|
Extractor Control Units
After selecting the ECU on the build tab, a large transparent circle will be visible around the icon while hovering over the planet screen. This is the area in which extractor heads can be placed and operated after placement of the ECU.
You need to confirm changes before you can move on the the next step: programming the ECU and the extractor heads. After confirming, click the first button on your ECU page called "survey". You will be presented by a screen containing 10 small circles to the left labeled "extractor head units", an "extraction area size" slider below that and 5 potential planetary products on the top right. Begin by selecting the desired product. The planet will be colored according to your scan settings for the selected product. Next, set the extraction area size slider to the time you want to extract materials using the selected program. Setting a very long program (max 14 days) will make the extractor heads extract on a very large area, but only extract once every few hours. Selecting a short program will allow you to mine with pinpoint accuracy and get resources several times per hour. Finally, click on the first circle to attach an extractor head to your ECU. Move the extractor head to the desired location (see extractor heads below). After adding the desired amount of extractor heads (maximum of 10 per ECU), you can install the program and the display will change to the the ECU's product tab.
Simply click the output of your extractor in the list, then click "Create Route" and select your target destination. You have to have a link in place, but can build it in the same submit cycle - no need to commit any actions other than building the extractor itself before doing everything else. If you forget this step or want to continue with another action first (like creating a link) you can always return to the products tab by hitting the second button on your ECU display labeled "products"
The main idea for extractor heads is to move them around to resource hot-spots for a greater extraction amount. By placing the ECU in a way that the ECUs area is surrounding several hot spots the extractor heads can be placed on different hot-spots every time a program is installed. Using this method the depletion of the resource is balanced between the hot-spots.
The area of effect of one extractor head is dependent on the length of the installed program. Longer programs mean a wider area of effect for the extractor heads. When the areas are overlapping a penalty of extraction amount is displayed as red numbers in the ECU window.
Processors, also known as factories, are used to convert one type of planetary resource or product into a different product. See Planetary Commodities for details on the various combinations you can use. A processor waiting for materials will have its "Progress ring" slowly pulsing.
For the first two tiers Processors are especially useful by decreasing the volume of the involved materials. Turning raw resources (R0) into P1 goods will reduce the total volume to about 25% of the original, and to another 25% of that if worked to P2 goods. After that point the volume reduction becomes less substantial and it becomes impossible to find a single planet to run the whole process perfectly from start to finish without the export/import of material.
Basic Industry Facility
You must route a planetary resource to the Processor either directly from an Extractor or from storage. After selecting your schematic you'll be forwarded to the Products menu, where just like an Extractor you'll have to select the output, click "Create Route", and pick a target destination for the product.
Be careful about routing your input directly from Extractors, as the Processor only has "storage" capacity for exactly one cycle, with anything else routed to the Processor being lost!
Advanced Industry Facility
Again you have to select a schematic and then route input material to the Processor. P2 schematics take exactly two P1 products as input, while P3 schematics take either two or even three P2 products. The icon of the structure will change to show two or three "bars" wrapping the icon based on whatever it is producing, so you cannot tell Advanced and High Tech Processors apart from their icon, although it would be easy to get that impression.
Advanced processors, like their Basic siblings, will store up to exactly one batch of input materials, so be careful about waste!
P3 advanced factories will need two p2 advanced factories feeding it per required input product to keep it running at full efficiency.
High Tech Production Plant
They take three input goods, either three P3 or two P3 and one P1. Each output P4 item is a full 100 m3 in volume.
You need two P3 factories per input product to keep p4 running at full production
Instead of routing straight from your Extractors to Processors (at a potential risk of waste) you can first route to Storage, then route from Storage to Processor. One issue is that you cannot use routes to transfer between different Storage - so if your goal is to export a commodity, you'll want to route it straight to the Command Center or a Launchpad.
If you do end up needing to move something between Storage, you can use the "Expedited Transfer" option under the Storage icon on either Storage Facilities, Launchpads, or Command Centers. Simply move the goods you want to be part of the transfer to the center panel. Note that while this option costs no ISK, it does have a cooldown!
When the first Launchpad is created on a particular planet a corresponding Customs Office is created in orbit. This orbital structure will connect to all Launchpads on the planet, regardless of location and owner. The Customs Office essentially provides a private hangar for all users and is the only way to move material down to the planet surface (import). Since there is only ever this single orbital point, it offers tremendous ambush potential.
Select "Access Customs Office" from anywhere you can select the Customs Office, or simply click the Rocket icon on your Launchpad controls directly (or just double-click the structure). This will work even from great range, but you must be present in orbit to actually transfer items to and from your ship.
See Colony Management for more details on using the Customs Office.
You do not need direct links between all your buildings - you can connect buildings to each other and route materials through them, up to a maximum of 6 hops. Do note that links have a capacity, and the more routes that pass through the same link, the more that capacity will be impacted. If your link design include any "bottleneck" links you may have to upgrade that link to a higher capacity.
You can see current usage of link capacity as a percentage above the link while you are either hovering the mouse above the link or simply hover over a building to see all links involved in routes to / from that building.
In addition to the base rate to build a link (10 PG+15 CPU), it also costs 0.20 cpu and 0.15 power per kilometer. This means links can be more expensive on larger planets. A handy table is available to estimate your cost.
See Planetary Industry for more details on how to plan and use your Links efficiently.
Link Cost By Distance
|Distance||CPU Required||Power Required|
|2.5 km||16 tf||11 MW|
|10 km||18 tf||12 MW|
|20 km||20 tf||14 MW|
|50 km||26 tf||18 MW|
|100 km||36 tf||26 MW|
|200 km||56 tf||41 MW|
|500 km||116 tf||86 MW|
|1000 km||215 tf||160 MW|
|2000 km||416 tf||311 MW|
|5000 km||1016 tf||761 MW|
|40000 km||8016 tf||6001 MW|
Link Upgrade Costs
Data on relative costs of upgrading the link capacity (uses a link that is 500km as a base):
|Level||Capacity||CPU Required||Power Required|
|0||250 m3||116 tf||86 MW|
|1||500 m3||280 tf||183 MW|
|2||1000 m3||481 tf||291 MW|
|3||2000 m3||713 tf||407 MW|
|4||4000 m3||968 tf||528 MW|
|5||8000 m3||1245 tf||655 MW|
|6||16000 m3||1542 tf||786 MW|
|7||32000 m3||1855 tf||921 MW|
|8||64000 m3||2185 tf||1059 MW|
|9||128000 m3||2530 tf||1200 MW|
|10||256000 m3||2889 tf||1344 MW|
The increase in capacity adds 100% over the previous level.
Notice that as you upgrade the link to higher levels, the CPU usage scales faster than powergrid usage. (2010-04-29 upgrade costs no ISK, unclear whether it will stay that way.) The CPU and PG penalty declines as the level goes higher. Looking at the CPU, level 1 adds a 162% increase in CPU usage over the previous level, but going from level 9 to 10 adds only 14% increase (though level 10 is 28.5 times greater than level 0 link cost). Level 1 power grid adds a 128% increase, from level 9 to 10 adds 12% increase, and level 10 is 17.5 times the level 0 link cost.
However, in a high sec planet, you will be hard-pressed to use up the level 0 capacity of 250 m3 on most links, though depending on your layout, you might have to upgrade the occasional link by 1-2 levels.