[Abandoned] Radiator

Harness the Void: Introducing the Radiator Mod for Oxygen Not Included

For those intrepid duplicants venturing into the cold vacuum of space in Oxygen Not Included, managing internal temperatures can be a constant challenge. While various cooling solutions exist, a unique and passive approach is offered by the Radiator mod. This addition introduces a specialized building designed to leverage the extreme cold of space for efficient heat dissipation, provided you’re willing to place it strategically.

What is the Radiator?

The Radiator is a construct that can be built using 400kg of Refined Metal, unlocking after researching the “Temperature Modulation” technology. Its core functionality revolves around a simple, yet elegant, principle: heat exchange with the void. By piping liquid through the Radiator, it passively absorbs heat. When positioned in the open expanse of space – meaning it lacks a backwall – it actively radiates this absorbed heat away, effectively cooling the circulating liquid. The hotter the Radiator gets, the more efficient its radiative cooling becomes.

Key Features and Mechanics

Unlike active cooling systems that consume precious power, the Radiator operates entirely passively. This makes it an attractive option for sustainable base designs where energy conservation is paramount. It also boasts impressive resilience:

* **Passive Operation:** No power consumption required.
* **Space-Based Cooling:** Effectively dumps heat into the vacuum of space.
* **Heat-Dependent Efficiency:** The hotter it is, the faster it cools.
* **No Overheating or Entombing:** The building itself will not malfunction due to extreme temperatures or being trapped.
* **Meteorite Damage:** While robust, it is susceptible to damage from meteorite impacts.
* **No Solar Dependency:** Unlike some other space-based structures, the Radiator does not require exposure to direct sunlight.

Strategic Placement and Utility

The true power of the Radiator lies in its placement. By ensuring it’s exposed to the vacuum of space, you unlock its full cooling potential. This makes it an excellent tool for managing the heat generated by industrial processes or for cooling liquid loops that are reaching critical temperatures, especially when constructed in orbital bases or specialized space-faring outposts. Its passive nature means it can be integrated into complex liquid networks without adding significant strain to your power grid.