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Thermogenic plants: Difference between revisions

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== Winterspawn == <!--T:3-->
== Winterspawn == Winterspawn can be grown in hydroponics.
Winterspawn can be grown in hydroponics.
* Provide water into piping (5 to 60c) and an atmosphere of ~7.7KPa. Mature plants will produce cold [[Oxygen|O<sub>2</sub>]] and [[Volatiles|H<sub>2</sub>]].
* Provide water into piping (5 to 60c) and an atmosphere of ~7.7KPa. Mature plants will produce cold [[Oxygen|O<sub>2</sub>]] and [[Volatiles|H<sub>2</sub>]].
* Like all plants, Winterspawn consumes 0.4 mol of [[Water|H<sub>2</sub>O]] per hour, but it consumes [[Nitrogen|N<sub>2</sub>]] instead of CO<sub>2</sub> and uses electrolysis to produce 0.4 mol/hour of [[Oxygen|O<sub>2</sub>]] and 0.8 mol/hour of [[Volatiles|H<sub>2</sub>]]
* Like all plants, Winterspawn consumes 0.4 mol of [[Water|H<sub>2</sub>O]] per hour, but it consumes [[Nitrogen|N<sub>2</sub>]] instead of CO<sub>2</sub> and uses electrolysis to produce 0.4 mol/hour of [[Oxygen|O<sub>2</sub>]] and 0.8 mol/hour of [[Volatiles|H<sub>2</sub>]]
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== Hades Flower == <!--T:3-->
== Hades Flower == Hades Flower can be grown in hydroponics
Hades Flower can be grown in hydroponics
<br>Provide water into piping (5 to 60c) and an atmosphere of ~7.7KPa. The plants will produce hot gasses which you will need to remove.
<br>Provide water into piping (5 to 60c) and an atmosphere of ~7.7KPa. The plants will produce hot gasses which you will need to remove.



Revision as of 17:24, 8 March 2026

Winterspawn
Properties
Stacks Yes (10)


== Winterspawn == Winterspawn can be grown in hydroponics.

  • Provide water into piping (5 to 60c) and an atmosphere of ~7.7KPa. Mature plants will produce cold O2 and H2.
  • Like all plants, Winterspawn consumes 0.4 mol of H2O per hour, but it consumes N2 instead of CO2 and uses electrolysis to produce 0.4 mol/hour of O2 and 0.8 mol/hour of H2
  • The Alpha variant cools at 90W (90 J/tick) and is most efficient in temperatures between 0 and 40C
  • The Beta variant cools at 150W, but has a narrower efficiency band, working most efficiently in temperatures between 14 and 24C
  • Winterspawn consumes N2 and H2O while growing, but doesn't produce H2, O2, or have the cooling effect until it's mature
  • You can halt the cooling effect of a mature plant without damaging the plant by removing all N2 from the atmosphere, but you must maintain the minimum atmospheric pressure or the plant will take damage
  • Removing light from a mature plant does not appear to damage the plant, neither does it appear to halt the cooling and O2/H2 production effect

Beta-strain, per plant:

  • consumption: -0.01 mol N2 per tick, -0.000400 mol H2O per tick
  • production (peak performance at ~20.0°C): +0.000281 mol O2 per tick, +0.000562 mol H2 per tick
  • combusting the peak production of H2/O2 can NOT restore the consumed water (-0.000119 mol H2O per tick)

Alpha-strain, per plant:

  • consumption: -0.006 mol N2 per tick, -0.000200 mol H2O per tick
  • production (peak performance at ~18°C): +0.000181 mol O2 per tick, +0.000362 mol H2 per tick
  • much more temperature tolerant than the beta-strain
  • combusting the peak production of H2/O2 can NOT restore the consumed water (-0.000019 mol H2O per tick)
Info Data
Temperature Range -26c to 65c (247-338k)
Sweetspot (Alpha) 0c to 40c
Sweetspot (Beta) 14c to 24c

Hades Flower
Properties
Stacks Yes (20)


== Hades Flower == Hades Flower can be grown in hydroponics
Provide water into piping (5 to 60c) and an atmosphere of ~7.7KPa. The plants will produce hot gasses which you will need to remove.

Stationpedia

"The Agrizero's-created hades flower is the result of as dubious experiment to combine the allure of tropical plants with the comfort and homeliness of a heat pump. The plant breathes a 1:3 mix of volatiles and oxygen, and exhales heated pollutant. The beta strain is notably more efficient than the earlier, more experimental alpha variant.

Inhaled Gases: Volatiles - 54 Moles per hour Oxygen - 18 Moles per hour

Exhaled gas: Pollutant - 18 Moles per hour

Water usage: 0.043 Moles per hour"

Whilst the text states it's a 1:3 of volatiles to oxygen the growth parameter informations states the inverse.

Info Data
Temperature Range 0c to 65c (273-338k)
Sweetspot 4c to 20c (277-293k)