Station | Sell | Buy |
---|---|---|
Jita | ||
Amarr | ||
Rens | ||
Dodixie | ||
Hek | ||
Maila |
Type ID | 47358 | |
Published | True | |
Tech Level | 2 | |
Meta Level | 5 Level | |
Volume | 4,000 m3 | |
Mass | 500 kg | |
radius | 1 |
Capacity | 0 m3 |
CPU usage | 1,200 tf | |
Powergrid Usage | 60,000 MW |
Portion Size | 1 |
Output | |
---|---|
Tritanium | 625,000 |
Pyerite | 150,000 |
Mexallon | 45,000 |
Isogen | 4,000 |
Nocxium | 2,000 |
Zydrine | 500 |
Megacyte | 250 |
Superconductors | 400 |
Morphite | 150 |
Nanoelectrical Microprocessor | 140 |
Tesseract Capacitor Unit | 200 |
Capacitor recharge rate bonus | 0.88 % | |
structureItemVisualFlag | 1 | |
Capacity | 0 m3 | |
metaGroupID | 0 |
Type ID | 47358 |
Group ID | Structure Capacitor Power Relay [1967] |
Meta Group ID | Structure Tech II [53] |
Variation Parent Type ID | 47356 |
Standup Capacitor Power Relay modules increase the capacitor recharge rate of a structure.
Standup is a proprietary system that uses a Structure Autonomous Nanoassembly Device (Upwell) containing integrated template software, a nanoassembler array and sufficient nanomass to enable the construction of a variety of service modules, structure modules and structure rigs when inserted into the appropriate slots on a structure built with Upwell technology.