Desert Planet (Class-G)
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'''Desert''' or '''Class G Planets''' are one of the most sought-after planet types because you can produce massive energy very cheaply using [[Solar Satellite]]s and [[Solar Array]]s on them. This makes them ideal for energy-intensive uses, such as [[Antimatter]] production or [[Isolinear Chips|Isolinear Chip]] production using Jupiter stations. However, they can also produce nitrium (although less efficiently than [[Class-La|Lavas]]). | '''Desert''' or '''Class G Planets''' are one of the most sought-after planet types because you can produce massive energy very cheaply using [[Solar Satellite]]s and [[Solar Array]]s on them. This makes them ideal for energy-intensive uses, such as [[Antimatter]] production or [[Isolinear Chips|Isolinear Chip]] production using Jupiter stations. However, they can also produce nitrium (although less efficiently than [[Class-La|Lavas]]). | ||
| - | Most deserts produce 10-12 [[Isolinear Chips]] or 22 [[Antimatter]]. | + | Most deserts produce 10-12 [[Isolinear Chips]] or 22-23 [[Antimatter]]. |
Because of the availability of power from [[Solar Array]]s, you should never use fusion reactors on a desert. In other words, do not do this: | Because of the availability of power from [[Solar Array]]s, you should never use fusion reactors on a desert. In other words, do not do this: | ||
Revision as of 11:53, 28 December 2010
STNE is a Strategy and Role Play Game. You can play here.
| Contents | STNE | Colonies | Buildings | Goods | Items | NPC | Ships | Stellar Cartography | Research | Trade | Combat | Settler | Alliances | Index |
|---|
 Orbital view | ||
| Desert Planet | ||
|---|---|---|
| Terrain characteristics | ||
  
| ||
| General characteristics | ||
| Atmospheric density: | 5 | |
| Attractiveness: | 15 | |
| Orbital solar power: | 7 | |
| Desert solar power: | 9 | |
| Raw material deposits | ||
| Iridium Ore: | 4 | |
| Nitrium: | 2 | |
| Dilithium: | n/a | |
| Sorium: | n/a | |
| Planet class overview | ||
Desert or Class G Planets are one of the most sought-after planet types because you can produce massive energy very cheaply using Solar Satellites and Solar Arrays on them. This makes them ideal for energy-intensive uses, such as Antimatter production or Isolinear Chip production using Jupiter stations. However, they can also produce nitrium (although less efficiently than Lavas).
Most deserts produce 10-12 Isolinear Chips or 22-23 Antimatter.
Because of the availability of power from Solar Arrays, you should never use fusion reactors on a desert. In other words, do not do this:
Also See:
