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Clear out junk files and repair common Windows errorsFree Scan →Fix the driver behind crashes, sound loss and screen glitchesFind Drivers →The reliable way to scale power in Satisfactory is to treat generation as modular infrastructure: use Biomass Burners only as a bridge, copy dedicated coal blocks for your first stable base load, move to fuel after oil processing is dependable, and reserve nuclear for a planned late-game utility system. Keep a measured reserve of generator capacity, fuel or coal throughput, and water throughput before connecting a new production line.
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Know what each generator is designed to do
Satisfactory has six generator types, but they do not behave alike. Biomass Burners scale both output and fuel consumption with the grid’s demand; the other generator classes are intended to run as fixed-capacity machines once connected. The game’s electricity reference documents the distinction between generator and consumer clock speed: Electricity.
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| Generator | Role | Published capacity or input requirement | Fuel behavior and planning implication |
|---|---|---|---|
| Biomass Burner | Early-game bridge | Output and consumption scale with demand | Convenient for a small factory, but manual fuel collection and demand-based behavior make it a poor expansion foundation. |
| Coal-Powered Generator | First dependable block | 75 MW each; 45 m³ of water per minute at 100% clock speed (current GameCore reference) | Requires continuous coal and water delivery. Identical machines make the block easy to copy. |
| Fuel-Powered Generator | Mid-to-late expansion | 250 MW each in the current reference (Fuel-Powered Generator reference) | Burns fuel at its maximum rate rather than throttling to demand, so refineries, pipes and buffers must support the complete generator bank. |
| Nuclear Power Plant | Large, stable late-game load | 240 m³ of water per minute at 100% clock speed (Nuclear Power Plant reference) | Can burn Uranium, Plutonium or Ficsonium Fuel Rods. Fuel production, cooling and waste handling must be designed as separate systems. |
| Geothermal Generator | Site-specific supplement | Capacity depends on the available geyser; no universal figure is established here | Useful where a suitable resource node exists, but its location should not dictate the layout of the main grid. |
| Alien Power Augmenter | Site-specific supplement | Capacity depends on the installed augmenter and game progression; no universal figure is established here | Treat it as additional generation rather than the only support for a factory that must remain expandable. |
The practical consequence is simple: Biomass Burners hide a small factory’s fluctuations, while coal, fuel and nuclear plants need their full supply chains ready. Geothermal Generators and Alien Power Augmenters can reduce pressure on a grid, but they are not a substitute for a repeatable main plant.
Progress from biomass to a scalable grid
1. Use Biomass Burners only as a bridge
Place enough Biomass Burners to start miners, constructors and basic logistics, then consolidate them on a clearly marked starter circuit. Because their output and fuel burn follow demand, they are forgiving while machines are idle. That same behavior becomes a liability when several new machines start simultaneously: the grid has little stable base-load capacity and the player must keep supplying several fuel types by hand.
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Use this stage to unlock coal infrastructure, prepare a water route and build a separate power area. Do not bury the temporary burners inside the production floor; leaving them on their own circuit makes the eventual switchover safe.
2. Make coal your first repeatable power block
Coal is the first generation method that can run continuously without hand-feeding every burner. Build a block around three deliberate interfaces:
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- Resource input: a coal belt or train connection with enough throughput for every generator in the block.
- Water input: dedicated Water Extractors, a level-aware pipe layout and a pump arrangement that can still deliver when the plant is expanded.
- Electrical output: a bus or switch connection with a spare attachment point for the next identical block.
At the published 100% settings, eight Coal-Powered Generators provide 600 MW and require 360 m³ of water per minute; sixteen provide 1,200 MW and require 720 m³ per minute. Those totals are arithmetic from the per-generator specifications in the table, so calculate the block before laying foundations rather than discovering a water shortfall after the machines are online.
Keep generators on a regular spacing grid. A manifold that feeds the first row should have room to continue to the second row, and the main water header should include an isolation valve or switch point. If the first block is already operating, connect the second block only after its own water and coal lines are pressurized and full.
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3. Move to fuel after oil processing is genuinely stable
Fuel power is a capacity jump, but the generator hall is only one part of the system. A Fuel-Powered Generator consumes fuel at its maximum rate instead of reducing burn to match the current electrical load. A half-empty factory therefore does not halve the demand on the refinery chain.
Build the oil side first: crude input, refineries, by-product handling, fuel storage and a pipe header sized for the complete generator module. Add generators in complete, fuel-fed groups. If the pipe can support only half the planned hall, place only half the machines or provide a controlled isolation point; otherwise a new production line can start a cascade of empty generators and a brownout.
Buffers are useful for short interruptions, not as a replacement for throughput. A full tank can hide a refinery problem for a while, but once it is empty every generator in the bank continues requesting fuel at its maximum rate.
4. Reserve nuclear for a planned late-game utility system
The Nuclear Power Plant is a power generator that burns Uranium Fuel Rods, Plutonium Fuel Rods or Ficsonium Fuel Rods (Satisfactory Wiki reference). Choose the fuel route only after you can operate its mining, processing and logistics continuously.
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Cooling is a first-class design problem: each plant requires 240 m³ of water per minute at 100% clock speed. Build extraction, pumps, manifolds and overflow or backup routing before the reactor hall. Keep fuel production and waste handling physically separate from the cooling loop so a blockage in one system is visible and repairable without shutting down everything else.
Nuclear works best as a stable utility district with monitored inputs and a deliberate expansion boundary. Do not use it to compensate for an undersized early-game bus; the supporting logistics are more complex than simply adding another coal row.
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5. Add geothermal and Alien Power Augmenters without shrinking your reserve
These sources are valuable wherever the map and your progression make them available. Connect them through a switch or clearly labeled bus segment, then recalculate the grid’s reserve as though that supplemental generation were unavailable. This keeps a remote geyser or a temporary augmenter bonus from becoming a hidden single point of failure.
Build every plant as a module
A scalable plant is more than a row of generators. Before adding capacity, record four numbers:
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- Current draw: the highest MW shown while the factory is running its intended production lines.
- Installed capacity: the total generator capacity already connected.
- Fuel or coal throughput: the sustained items-per-minute flow reaching the plant, not the belt’s theoretical label.
- Water throughput: the sustained pipe flow after head lift, junctions and pumps are accounted for.
Use those measurements to define a reserve margin. A new miner, train station or recipe line should not consume the entire difference between current draw and installed capacity; leave enough headroom to start machines and fill belts while the next power module is still under construction.
Recommended module anatomy
- Input yard: unload coal, fuel or fuel rods into a buffer with a visible level indicator.
- Distribution header: split the resource and water lines symmetrically so the farthest generator is not starved first.
- Generator row: leave walking space, a maintenance route and room to duplicate the row.
- Electrical bus: connect the row through a switch or breaker to isolate it during construction.
- Expansion stub: terminate each header with capped connections or a manifold branch reserved for the next module.
For water plants, keep extractors and generators at elevations that respect pipe head lift. For fuel plants, keep pipes short and use a buffer at the plant entrance rather than trying to balance several distant refinery outputs manually. For nuclear plants, reserve separate corridors for fresh water, fuel and waste so their flow problems cannot mask one another.
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Random freezes, missing sound and display glitches usually trace back to one bad driver. Find and replace yours safely.Free scan · under a minuteOverclocking: when it saves space and when it wastes power
Power generators overclock differently from power consumers. At the generator, a 1% clock-speed increase produces 1% more power and consumes 1% more fuel; the relationship is linear (Advanced Clock Speed tutorial). Power Shards allow clock speeds up to 250% according to the electricity reference (clock-speed section).
That means generator overclocking reduces building count and floor space, but it does not improve energy obtained per unit of fuel. A generator at 250% gives a compact plant, while its fuel or water demand scales by the same factor. Use this option when the site footprint, conveyor length or construction time is the bottleneck; do not use it expecting a lower fuel bill.
Consumer overclocking has the opposite efficiency risk: increasing a machine’s clock speed raises power use more than output, while underclocking can reduce operating power. Underclock machines that would otherwise sit idle, or underclock a stage to match the measured output of the next stage. Overclock generators when land is scarce, and underclock consumers when electrical efficiency or production balancing matters.
| Constraint | Preferred adjustment | Reason |
|---|---|---|
| Not enough floor space for another generator row | Overclock generators | Capacity and fuel consumption rise together, preserving fuel efficiency while reducing building count. |
| Fuel or water supply is already marginal | Add normally clocked generators only after expanding inputs | Overclocking increases the same constrained throughput. |
| One production stage is idle between batches | Underclock that consumer | Lower operating power can better match intermittent demand. |
| A line is limited by a downstream machine | Underclock the upstream consumers | Prevents unnecessary power use and excess items. |
Coal, fuel or nuclear: choosing the next block
| Decision axis | Coal | Fuel | Nuclear |
|---|---|---|---|
| Best stage | First stable expansion | After oil processing is established | Large, steady late-game demand |
| Per-generator output | 75 MW | 250 MW | Not stated in the cited references |
| Water at 100% clock | 45 m³/min per generator | Not stated in the cited reference | 240 m³/min per plant |
| Primary logistics | Coal belts and dedicated water extraction | Refinery chain, pipes and fuel buffers | Fuel-rod production, cooling water and waste routing |
| By-products or waste | Simple input chain | Refinery by-products must be consumed or stored | Waste handling is a dedicated system |
| Ease of copying | High once one water-and-coal block works | Moderate; the complete fuel chain must scale with the hall | Low; cooling, fuel and waste must expand together |
| Typical failure | Water starvation or an undersized coal belt | Empty fuel buffers and pipe starvation | Cooling, fuel or waste bottlenecks shutting down a complex plant |
Choose the option whose logistics you can measure and duplicate. A lower apparent fuel burden is not automatically better if the recipe chain, pipe network or waste system is harder to keep running than a larger coal field.
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When the grid trips as a new line starts
- Check the power graph while the new machines start; startup demand can expose a reserve margin that looked adequate at idle.
- Disconnect the new line with a switch, restore the stable grid, then bring machines online in smaller groups.
- Verify that every generator is receiving its input. A stopped fuel generator can look like a capacity problem even when the electrical bus is correctly built.
When generators stop intermittently
- For coal, inspect the far end of the belt and the water header rather than only the first machine.
- For fuel, watch the plant buffer and the refinery output simultaneously; a full upstream tank does not prove that the generator pipe is flowing.
- For nuclear, inspect cooling, fuel rods and waste routing as separate systems. Fixing one blocked line will not clear another.
When capacity looks sufficient but consumption is excessive
- Look for consumer machines overclocked beyond what the production line needs.
- Underclock intermittent consumers and observe whether the peak draw falls without reducing the required long-run output.
- Confirm that a generator was not overclocked to solve a space problem while its fuel or water input remained at the old rate.
A practical expansion checklist
- Measure current peak MW draw with the intended production lines running.
- Choose coal, fuel or nuclear based on the supply chain that is already reliable, not just the headline output.
- Calculate the complete module’s resource and water throughput before placing generators.
- Build and test the input yard, headers and buffers while the old grid remains isolated from the new block.
- Connect the new electrical bus through a switch, then start the block and watch flow at the farthest machine.
- Leave a physical and electrical stub for the next module.
- Only after the block is stable, connect the production line that motivated the expansion.
This method keeps a temporary biomass setup from becoming permanent debt, makes coal blocks predictable, prevents fuel halls from outrunning their refineries, and gives nuclear plants the cooling and waste capacity they need before they become critical infrastructure.
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