Planetary Ionosphere Utilization (Tech)/TechInfo: Difference between revisions

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{{TechInfo
{{TechInfo
|Name=
|Name=Planetary Ionosphere Utilization
|Description=
|Description=With the Graviton Lens, it can increase the ray receiver's maximum output power by utilizing the planetary ionosphere. Of course, the premise is that the planet has an atmosphere, or this technology is useless.
|Cost1Type=
|Cost1Type=Electromagnetic Matrix
|Cost1Qty=
|Cost1Qty=2000
|Cost2Type=
|Cost2Type=Energy Matrix
|Cost2Qty=
|Cost2Qty=2000
|Cost3Type=
|Cost3Type=Structure Matrix
|Cost3Qty=
|Cost3Qty=2000
|Cost4Type=
|Cost4Type=Gravity Matrix
|Cost4Qty=
|Cost4Qty=2000
|Cost5Type=
|Hashes=360k
|Cost5Qty=
|Hashes=
|UnlockItem1=
|UnlockItem1=
|UnlockItem2=
|UnlockItem2=

Revision as of 21:47, 11 February 2021

Planetary Ionosphere Utilization
Tech Planetary Ionosphere Utilization.png
Research Consumption
Icon Electromagnetic Matrix.png
2000
Icon Energy Matrix.png
2000
Icon Structure Matrix.png
2000
Icon Gravity Matrix.png
2000
Data Volume
360k Hashes

With the Graviton Lens, it can increase the ray receiver's maximum output power by utilizing the planetary ionosphere. Of course, the premise is that the planet has an atmosphere, or this technology is useless.
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