Obviously, if you manage to build double thick walls under overhead mountain tiles, that outperforms both of them by a significant margin. Without that, both doors will be opened at the same point. The one tile gap between them is important. The airlock ensures that minimal amount of outdoors air comes into contact with the indoors air when the doors are opened. In RimWorld, when you open a door, the game tries to normalize the temperature of the rooms it's connected to. If you are wondering, why do I have the doors lined up that way, it's because they form an airlock. 6C means a 56C reduction, which is almost equivalent to single thick wall with overhead mountain tiles! What other options do we have?ĭouble thick walls! Double thick walls improve insulation. Overhead mountain tiles are amazing, but it's not always feasible to build your freezer under them. Building the standard freezer under overhead mountain tiles brings the temperature down to -8C, a 58C reduction!įor all the other designs, I'll avoid making a separate section, and just post the overhead mountain result alongside the standard one. Overhead mountain tiles are pretty much the cheat code for efficient freezers and will remain so throughout the guide. So, how can we improve upon this one? Mountain Freezer We'll use this as a baseline for all the other freezers. With a 50C outdoors, two freezers managed to cool down the room to 6C, so a 44C reduction. Something you have probably built when you first played the tutorial. This is the most basic structure of a freezer. A lower temperature means you'll have more time before the freezer heats up in case of a Solar Flare. A higher temperature would result in the coolers getting to the low power state quickly, saving you power.
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