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Solar Sail 60/s | Fully Proliferated | From Raw Mats | Ultra Compact | Creates own Proliferator
- Fully Proliferates all intermediate products, thereby using 3 to 4 times less Raw Resources(e.g. iron ore: 1581/m -> 444.2/m). Except for coal, for which it uses more.
- Creates Proliferator Mk.III locally.
- Design is incredibly dense by using a lot of belt tricks.
- Uses 795 MW of power(excluding ILS).
- Uses green and blue belts as little as possible.
- Design fits between the equator and the first tropic line.
INPUTS:
- Stone => 4423.7/m
- Iron Ore => 737.3/m
- Copper Ore => 368.7/m
- Titanium Ore => 145.3/m
- Coal => 1046.1/m
- Fire Ice => 1370.0/m
OUTPUT:
- Solar Sail => 360/m
- Hydrogen => 856.3/m
NOTE:
- It takes awhile to start up(~30 min), because the time it takes for the Proliferator Mk.III production to saturate the system. (you can speed this up by manually placing Proliferator Mk.III into the spray coaters, especially at the carbon nanotubes, graphene, titanum ingot and fire ice)
- Make sure it is powered 100%, otherwise the spray coaters can fail. Which will result in loss of efficiency and production.
- Make sure when you are starting up the factory, you dont mix non-proliferated Sails with proliferated. A small amount of non-proliferated Sails can contaminate a large supply of proliferated Sails.
For the belt bending tricks I followed Ludus's tutorial: video! and used some of his blueprints.
And some of my own Proliferator belt tricks, which you can find on my profile.
Ratio calculations where done via: factoriolab.github.io
- Creates Proliferator Mk.III locally.
- Design is incredibly dense by using a lot of belt tricks.
- Uses 795 MW of power(excluding ILS).
- Uses green and blue belts as little as possible.
- Design fits between the equator and the first tropic line.
INPUTS:
- Stone => 4423.7/m
- Iron Ore => 737.3/m
- Copper Ore => 368.7/m
- Titanium Ore => 145.3/m
- Coal => 1046.1/m
- Fire Ice => 1370.0/m
OUTPUT:
- Solar Sail => 360/m
- Hydrogen => 856.3/m
NOTE:
- It takes awhile to start up(~30 min), because the time it takes for the Proliferator Mk.III production to saturate the system. (you can speed this up by manually placing Proliferator Mk.III into the spray coaters, especially at the carbon nanotubes, graphene, titanum ingot and fire ice)
- Make sure it is powered 100%, otherwise the spray coaters can fail. Which will result in loss of efficiency and production.
- Make sure when you are starting up the factory, you dont mix non-proliferated Sails with proliferated. A small amount of non-proliferated Sails can contaminate a large supply of proliferated Sails.
For the belt bending tricks I followed Ludus's tutorial: video! and used some of his blueprints.
And some of my own Proliferator belt tricks, which you can find on my profile.
Ratio calculations where done via: factoriolab.github.io
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