Satis Master Plan

Edit this page: https://github.com/totobest/satis-master-plan

Updated on:

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24/Nov/24 15:35

Changelog:

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48df131 - baguette, 2024-11-24T16:34:58+01:00 : fix totals for alu.
8d09f76 - baguette, 2024-11-24T15:47:19+01:00 : update for phase 5
cdfd140 - baguette, 2024-11-20T00:51:53+01:00 : fix cooling numbers
4f4ad90 - baguette, 2024-11-19T23:09:30+01:00 : upd. oil factory
632660a - baguette, 2024-11-19T14:02:19+01:00 : upd. computer sub factory status
0ab2d02 - baguette, 2024-11-19T13:15:23+01:00 : added todo
efefa13 - baguette, 2024-11-19T13:14:41+01:00 : fix typo
af397f7 - baguette, 2024-11-19T09:32:25+01:00 : nitric acid connection to the bus is optional
618ca0e - baguette, 2024-11-19T09:29:50+01:00 : upd. TODOs
1290349 - baguette, 2024-11-19T09:26:33+01:00 : upd. statuses

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Objectives
Principles
Overview
Totals imports/exports
Train network
Sub factories Diagrams
Power
Annexes
1. Nitric Acid

Objectives

Produce and transport the following Project Assembly parts #5 to the Space Elevator:
- Nuclear Pasta: 4 unit per minute
- Biochemical Sculptor: 4 units per minute
- AI Expansion Server: 1 unit per minute
- Ballistic Warp Drive: 1 unit per minute
With these production rates, the required parts should be ready in approximately 4 hours.
Additionally, prepare the necessary infrastructure to support the upcoming phase.

Principles

Use the train network as a "factory bus" to efficiently transport items between sub-factories.
Group dependent items together in sub-factories. For example, produce items like Computers, Radio Control Units, and Super Computers within the same sub-factory.
Design sub-factories to be as autonomous as possible, minimizing dependencies on other sub-factories.
To improve transportation efficiency, prioritize transporting processed products over raw materials.
- This is especially beneficial when the transformed products take up less space than the raw materials required to create them.
- For example, transporting Iron Plates instead of Iron Ingots is more efficient because, using the standard recipe, 3 Iron Ingots are converted into 2 Iron Plates, which occupy less space in a train wagon.
Position sub-factories close to the required raw resources for easier transportation using belts.
Allow the option to duplicate entire sub-factories to easily scale up production as needed.

Overview

alt text

Sub factory	Owner	Built?	Connected to the bus?
Oil Based Products	Alyosha
*tors	Alyosha
Cooling	GG
Nitric Acid	Alyosha		optional
Aluminum Products	paquerette	Scale out
Nitrogen	GG	Scale out?
Electronics	paquerette/Cédric	Scale out
Computing	Alyosha/paquerette	Scale out
Oscillators	paquerette	Scale out
Frames	Alyosha	Scale out
Project Assembly Parts #4	Alyosha	Scale out
Time Crystal	?		optional
Ficsite Trigon	?		optional
Project Assembly Parts #5 + Space Elevator	?		n/a

Totals imports/exports

	Alu. Sheets	Alu. Casing	Oscillator	Plastic	Rubber	Cooling System	Modular Frame	Heavy Frame	Fused Frame	Pressure Frame	Stator	Rotor	Motor	Turbo Motor	Circuit	HSC	Rod	RCU	Computer	Super Computer	Nitrogen
Total	332	734	37	345	226	30	7	10	3	4	33	13	13	3	50	13	5	14	20	7	925

Frame		350																8			175
Electronics				250							7.5
Computer		384	34	95		10
*tors					72	12												6
Cooling	305				60																750
PAP4					94	7.5	6.5	10	2.5	4	25	12.5	12.5	2.5	50	12.5	5		20	5
PAP5	27		3																	1.5