(elaborating a bit on how said 93 RF/t is possible to get.) |
m (Note that there is no internal power buffer) |
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− | The '''Thermoelectric Generator''' is a block added by [[Immersive Engineering]]. It generates [[Redstone Flux]] (RF) through the difference in temperature between blocks/liquids adjacent to it. |
+ | The '''Thermoelectric Generator''' is a block added by [[Immersive Engineering]]. It generates [[Redstone Flux]] (RF) through the difference in temperature between blocks/liquids adjacent to it. It '''does not''' have an internal energy buffer; therefore, if you try to inspect how much power it is storing with mods like [[The One Probe]] or [[WAILA]], it will show 0 RF. |
[[File:IE Thermo Generator.png]] |
[[File:IE Thermo Generator.png]] |
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Above is a basic setup with [[Water]] and [[Lava]]. |
Above is a basic setup with [[Water]] and [[Lava]]. |
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− | The two liquids used should be opposite of each other; having one liquid be on the east of the generator and another liquid being on the north of the generator (for example) will NOT allow it to work. Having two sets of opposites |
+ | The two liquids/blocks used should be opposite of each other; having one liquid be on the east of the generator and another liquid being on the north of the generator (for example) will NOT allow it to work. Having two sets of opposites ''will'' work and increase production. A third set of blocks/liquids can be used if the player has a viable way to extract the energy without using a block face; consequently, this would bring the max production to 93 RF/t. |
− | {|class="wikitable" |
+ | {|class="wikitable sortable" |
− | ! |
+ | ! "Cold" source !! "Hot" source !! RF produced !! class="unsortable" | Required mod |
|- |
|- |
||
− | | Water || Lava |
+ | | [[Water]] || [[Lava]] |
+ | | 15 RF/t || |
||
|- |
|- |
||
− | | [[Ice]] || Lava |
+ | | [[Ice]] || [[Lava]] |
+ | | 16 RF/t || |
||
|- |
|- |
||
− | | [[Packed Ice]] || Lava |
+ | | [[Packed Ice]] || [[Lava]] |
+ | | 16 RF/t || |
||
|- |
|- |
||
− | | [[ |
+ | | [[Water]] || [[Uranium]]* |
+ | | 20 RF/t || |
||
|- |
|- |
||
+ | | [[Ice]] || [[Uranium]]* |
||
⚫ | |||
+ | | 20 RF/t || |
||
|- |
|- |
||
− | | [[ |
+ | | [[Packed Ice]] || [[Uranium]]* |
+ | | 21 RF/t || |
||
|- |
|- |
||
+ | | [[Gelid Cryotheum]] || [[Uranium]]* |
||
⚫ | |||
⚫ | |||
|- |
|- |
||
+ | | [[Yellorium Block|Yellorium]] || [[Lava]] |
||
⚫ | |||
⚫ | |||
|- |
|- |
||
+ | | [[Lava]] || [[Blutonium Block|Blutonium]] |
||
⚫ | |||
⚫ | |||
|- |
|- |
||
+ | | [[Gelid Cryotheum]] || [[Lava]] |
||
⚫ | |||
+ | | 17 RF/t || [[Thermal Foundation]] |
||
|- |
|- |
||
− | | |
+ | | [[Water]] || [[Blazing Pyrotheum]] |
⚫ | |||
|- |
|- |
||
− | | |
+ | | [[Ice]] || [[Blazing Pyrotheum]] |
+ | | 30 RF/t || [[Thermal Foundation]] |
||
|- |
|- |
||
⚫ | |||
⚫ | |||
+ | | 30 RF/t || [[Thermal Foundation]] |
||
|- |
|- |
||
− | | |
+ | | [[Yellorium Block|Yellorium]] || [[Blazing Pyrotheum]] |
⚫ | |||
|- |
|- |
||
+ | | [[Blutonium Block|Blutonium]] || [[Blazing Pyrotheum]] |
||
⚫ | |||
+ | | 0 RF/t || [[Big Reactors]]/[[Thermal Foundation]] |
||
|- |
|- |
||
− | | Gelid Cryotheum || |
+ | | [[Gelid Cryotheum]] || [[Blazing Pyrotheum]] |
+ | | 31 RF/t || [[Thermal Foundation]] |
||
|- |
|- |
||
− | | Water || |
+ | | [[Water]] || [[Yellorium Block|Yellorium]]* |
⚫ | |||
|- |
|- |
||
+ | | [[Ice]] || [[Yellorium Block|Yellorium]]* |
||
⚫ | |||
+ | | 20 RF/t || [[Big Reactors]] |
||
|- |
|- |
||
− | | Packed Ice || |
+ | | [[Packed Ice]] || [[Yellorium Block|Yellorium]]* |
⚫ | |||
|- |
|- |
||
− | | Gelid Cryotheum || |
+ | | [[Gelid Cryotheum]] || [[Yellorium Block|Yellorium]]* |
+ | | 22 RF/t || [[Big Reactors]]/[[Thermal Foundation]] |
||
+ | |- |
||
+ | | [[Water]] || [[Blutonium Block|Blutonium]] |
||
+ | | 30 RF/t || [[Big Reactors]] |
||
+ | |- |
||
+ | | [[Ice]] || [[Blutonium Block|Blutonium]] |
||
+ | | 30 RF/t || [[Big Reactors]] |
||
+ | |- |
||
+ | | [[Packed Ice]] || [[Blutonium Block|Blutonium]] |
||
+ | | 30 RF/t || [[Big Reactors]] |
||
+ | |- |
||
+ | | [[Gelid Cryotheum]] || [[Blutonium Block|Blutonium]] |
||
+ | | 31 RF/t || [[Big Reactors]]/[[Thermal Foundation]] |
||
|} |
|} |
||
− | <nowiki>*</nowiki>[[ |
+ | <nowiki>*</nowiki>[[Uranium]] and [[Yellorium Block|Yellorium]] have the same temperature. |
==Equation== |
==Equation== |
||
− | + | * <math>e = {r\sqrt{|f - s|} \over 2}</math> |
|
− | < |
+ | * <math>e</math> is the energy made per tick. |
⚫ | |||
− | <nowiki>*</nowiki>SQRT() is the square root function.<br /> |
||
+ | * <math>s</math> is the temperature in Kelvin of the second heat source. |
||
− | <nowiki>*</nowiki>ABS() is the absolute value function.<br /> |
||
− | < |
+ | * <math>r</math> is an adjustment value, defined in the config. Defaults to 1. |
⚫ | |||
− | <nowiki>*</nowiki>r is an adjustment value, defined in the config. Defaults to 1. |
||
==Recipe== |
==Recipe== |
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|B1={{O|ingotSteel}} |
|B1={{O|ingotSteel}} |
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|C1={{O|ingotSteel}} |
|C1={{O|ingotSteel}} |
||
− | |A2={{O| |
+ | |A2={{O|plateConstantan}} |
− | |B2={{Gc|mod=IE|dis=false|Copper |
+ | |B2={{Gc|mod=IE|dis=false|Copper Coil Block}} |
− | |C2={{O| |
+ | |C2={{O|plateConstantan}} |
− | |A3={{O| |
+ | |A3={{O|plateConstantan}} |
− | |B3={{O| |
+ | |B3={{O|plateConstantan}} |
− | |C3={{O| |
+ | |C3={{O|plateConstantan}} |
|O={{Gc|mod=IE|link=none|Thermoelectric Generator}} |
|O={{Gc|mod=IE|link=none|Thermoelectric Generator}} |
||
}} |
}} |
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|C1={{O|ingotConstantan}} |
|C1={{O|ingotConstantan}} |
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|A2={{O|ingotEnderium}} |
|A2={{O|ingotEnderium}} |
||
− | |B2={{Gc|mod=IE|dis=false|High-Voltage Wire Coil}} |
+ | |B2={{Gc|mod=IE|dis=false|title=High-Voltage Wire Coil|High-Voltage Coil Block}} |
|C2={{O|ingotEnderium}} |
|C2={{O|ingotEnderium}} |
||
|A3={{O|ingotEnderium}} |
|A3={{O|ingotEnderium}} |
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{{Navbox Immersive Engineering}} |
{{Navbox Immersive Engineering}} |
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− | [[Category:Immersive Engineering]][[Category:RF Power]][[Category:Energy |
+ | [[Category:Immersive Engineering]][[Category:RF Power]][[Category:Energy production]] |
<languages /> |
<languages /> |
Revision as of 02:38, 14 August 2020
Thermoelectric Generator | |
---|---|
Mod | Immersive Engineering |
Type | Machine |
Energy | |
Max RF output | 256 RF/t |
RF production | 0-62 RF/t |
The Thermoelectric Generator is a block added by Immersive Engineering. It generates Redstone Flux (RF) through the difference in temperature between blocks/liquids adjacent to it. It does not have an internal energy buffer; therefore, if you try to inspect how much power it is storing with mods like The One Probe or WAILA, it will show 0 RF.
Above is a basic setup with Water and Lava.
The two liquids/blocks used should be opposite of each other; having one liquid be on the east of the generator and another liquid being on the north of the generator (for example) will NOT allow it to work. Having two sets of opposites will work and increase production. A third set of blocks/liquids can be used if the player has a viable way to extract the energy without using a block face; consequently, this would bring the max production to 93 RF/t.
*Uranium and Yellorium have the same temperature.
Equation
- is the energy made per tick.
- is the temperature in Kelvin of the first heat source.
- is the temperature in Kelvin of the second heat source.
- is an adjustment value, defined in the config. Defaults to 1.
Recipe
FTB Infinity Evolved
- Main article: FTB Infinity Evolved
Citations
- The energy generation numbers are based off a Reddit post by user "SeriousCreeper", seen here. This information is used with special permission.