Science non-linear approach 2v ( 85.6 per min, ratio 1:1:1)

Circuit-free solutions of basic factory-design to achieve optimal item-throughput.
Involving: Belts (balancers, crossings), Inserters, Chests, Furnaces, Assembling Devices ...
Optimized production chains. Compact design.
Please provide blueprints!
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Circuit-free solutions of basic factory-design to achieve optimal item-throughput
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huliosh
Long Handed Inserter
Long Handed Inserter
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Joined: Sun Nov 27, 2016 12:04 pm
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Science non-linear approach 2v ( 85.6 per min, ratio 1:1:1)

Post by huliosh »

The goals of this build:
- Use only 1 input belt per resource type
- Keep 1:1:1 science pack ratio with inconsistent resource input

Requirements:
- +1 inserter stack (otherwise you wanna upgrade inserters as well as add to iron wheel and inserter production),
- Speed modules 3 (Inserter production and Red Circuit production is optimized with modules, cause i'm using 8 red circuit factory, instead of 10 and 4 green circuit for inserters, instead of 7)
- Productivity modules 3 (Those are used in oil to petrolium production line).
* Some more detailed info with numbers below the pictures.

Update: Same result, but no speed modules required, also removed effectivity modules and solar panels. Copper belt is splitting perfectly. 7 green cells for filter inserter line instead of 4 and 10 red circuits instead of 8.
Less belts. Added overflow spitter to copper belt at input(maximum consumption of copper is 1628 for 2400 iron, potentially almost full red belt can be overflowed).
Image
older version 1
1 hour production graph
1 min production graph
Pros:
- Nonlinear production keeps the ratio between the science packs. So you don't need to care much about keeping the belt fully compressed.
- Energy efficient build with efficiency modules(10 MW at max production)
- Self sufficient with solar panels and accumulators
Cons:
- A lot of splitters
- A lot of belts (although you can see the jams locally on the fly)
- Not as compact as any other build.
Some more detailed info
Blueprint string for Science factory
Also redesigning the inserter production(4 to 7 green circuit) and red circuit(8 to 10 red circuit) production to make it less dependent on speed modules. This would make this build even bigger. Also optimizing the splitter count and belts.
P.S. Please feel free to correct my mistakes. And I would be happy if you could make this build more compact.
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