![]() Thus, Solid Steel Ingot will be chosen when it is involved in higher tier item analysis. Although Coke Steel Ingot has slightly lower WP than Solid Steel Ingot, it has more weighted Oil usage than its base resource, Iron Ore.Energy for sinking byproducts is considered, assuming using Conveyor Belt Mk.5.Building space and building count are summed for all buildings, excluding belts, pipes, power poles, power lines and other logistic infrastructures. ![]() Energy per item can be used to measure how much power is consumed for the entire production chain.Weighted Point is the weighted consumption rate which is calculated by: (resource consumption rate / maximum extraction rate) * 10,000.5 belt: for example, a line with more than 7 Assemblers making Rotors will require two inputs.īy finding the right alternative recipes, it is possible to completely eliminate Screws from normal production lines.The following shows different ways to produce 1 Steel Ingot / second, or 60 / min: Even late-game their low compression can present problems as the high demand of certain processes can easily overwhelm the capacity of a single Mk. As one of the low-compression items, transporting them to the next machine that requires them can be a challenge during the early game, due to the relatively low throughput of the conveyor and high Screw consumption rate.Making 780 Screws per minute from steel requires 23 Constructors using the Steel Rod setup, but only 4 with the Steel Screw setup.If the steel is used to make Steel Beams instead, only 13 Screws per Steel Ingot are made, however, the recipe is far more space and power-efficient.The most resource-efficient way to make Screws from Iron Ingots is converting them to Steel Ingots using the Solid Steel Ingot alternate recipe, processing those to Iron Rods using the Steel Rod alternate recipe, and finally producing screws using the default recipe, having an efficiency of 24 screws per Iron Ingot or 16 per Steel Ingot.Screws can also be found around from Crash Sites. It's not free, but still quite the steel." Just three Steel Screw Constructors are able to fill a Mk.5 belt completely. While it requires production of Steel Beams and is thus more coal-intensive, the recipe is incredibly compact and power-efficient. ![]() I'll start with Iron products and probably move to copper and more complicated things. So, I'm starting a series of posts about early automation of most things with 100 efficiency, where the product will simplybe built without any eccess of any of the materials. Want a lot of screws FAST? Don't have enough power or space for all those Constructors? Steel Screw could be just the thing for you. Early Game 100 Efficient Rotor Production."I hate Screws, but this is a recipe even I would cast my eyes on." This is one of the few recipes than can be seen as an upgrade to the normal route, if you use Iron Ingots that is. It has the same efficiency as the normal recipe, but does 2 steps in one. If you are in need of Screws but don't have the space for machines, Cast Screw can be of assistance.It can be rather subjective, so don't take it as fact. ![]() This section serves as a recap for alternate recipe information and to provide some possible usage cases.
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