Read the graph without treating capacity as a fuel check
The capacity line represents the sum of maximum potential generation if generators operate. It must not be read as evidence that fuel is loaded or that every intended burner supports this same grid. Biomass production follows demand, so production below capacity is not by itself a fault.
Maximum consumption warns about machines that are currently idle but may restart together. A low current load is not a safe expansion budget if storage unblocking will wake several consumers. Open the graph from a pole in the affected network, not a separate working section.
| Reading | Meaning | Use in diagnosis |
|---|---|---|
| Capacity | Potential maximum generation | Inspect generator fuel and wiring separately |
| Production | Current generation | Compare with demand and burner state |
| Consumption | Current consumer demand | Shows what is running now |
| Maximum consumption | Potential demand of connected consumers | Check whether simultaneous operation fits dependable supply |
References: Satisfactory Wiki: Power · Satisfactory Wiki: Biomass Burner
Recover in a controlled order
Keep the first recovery attempt small enough to identify what changed. Do not assume that a successful reset at idle demand proves the full factory can restart.
- Read the tripped network's graph and record all four values. Identify which connected generators are standalone burners and which are HUB burners.
- Inspect loaded fuel and wires at each intended generator. Fuel in a chest or your inventory does not power a burner until it is delivered.
- Disconnect the recently added consumer branch at an accessible pole. Keep the generation side connected; first restore a smaller known load.
- Resolve inadequate supply or fuel delivery before resetting the breaker in the power interface. Do not repeatedly reset an unchanged overloaded circuit.
- Reconnect consumer groups one at a time. Watch maximum consumption as well as current consumption; note the group that causes a repeat trip.
- If only one branch stays dark while the main grid works, trace its pole connections and machine wires. Do not add generators to the wrong network.
References: Satisfactory Wiki: Power · Satisfactory Wiki: Biomass Burner
Worked peak-load diagnosis: 10 MW short
Suppose two fueled, connected standalone burners can supply 60 MW, current load is 45 MW and all connected consumers could request 70 MW. These are chosen teaching numbers, not gameplay readings. The apparent current margin is 15 MW, but peak demand is 10 MW short of supply. Restarting idle machines can expose that deficit.
An additional correctly fueled standalone burner would raise nominal supply to 90 MW and leave 20 MW above the illustrative peak. Alternatively, disconnecting at least 10 MW of peak demand removes the deficit, but exactly 10 leaves no spare capacity. Recalculate from actual consumers before choosing either correction.
| Scenario | Calculation | Interpretation |
|---|---|---|
| Current operation | 60 − 45 = 15 MW | Fits now; not a peak guarantee |
| All consumers active | 70 − 60 = 10 MW short | Correct supply or simultaneous load before restart |
| Add one standalone burner | 90 − 70 = 20 MW | Nominal margin only while generation remains dependable |
References: Satisfactory Wiki: Biomass Burner
A 25 MW factory needs both capacity and energy
The linked iron layout totals 25 MW at 100% clock. One 20 MW HUB burner cannot support that full load even with a large fuel stack. One standalone burner is listed at 30 MW; for an otherwise isolated grid that leaves 5 MW nominal capacity margin. Burners are not interchangeable, and fuel quantity does not increase their maximum MW.
Now assume that isolated factory draws exactly 25 MW continuously for ten minutes, with Solid Biofuel already unlocked and delivered to its one standalone burner. The cited fuel energy is 450 MJ per item. Since 1 MW is 1 MJ per second, this hypothetical window needs 25 × 600 = 15,000 MJ. Round fuel up: 15,000/450 = 33.33…, so 34 whole units are the theoretical minimum.
Thirty-three units provide 14,850 MJ, or 594 seconds at this load: six seconds short. Thirty-four provide 15,300 MJ, or 612 seconds. That 12-second theoretical margin is not an unattended operating reserve. Actual remaining burn progress, extra loads, interruptions and delivery change runtime; these are arithmetic values, not measured timers. Add a practical reserve and check the burner rather than promising a ten-minute field result.
| Quantity | Worked value | What it does not prove |
|---|---|---|
| Production load | 25 MW | Other connected machinery is excluded |
| Ten-minute energy | 15,000 MJ | Load must stay constant throughout |
| Whole Solid Biofuel units | 34 minimum | Not a measured runtime or safe unattended reserve |
| Standalone capacity margin | 30 − 25 = 5 MW | Fuel availability and wiring still need inspection |
References: Satisfactory Wiki: Biomass Burner · Satisfactory Wiki: Solid Biofuel
Capture evidence that identifies the next fix
Record the graph and generator interfaces before and after one correction. A screenshot of only the factory exterior cannot show which grid you inspected, whether fuel ran out or which idle machines restarted. Do not infer starvation solely from a production-capacity gap while a biomass grid is demand-following.
For a runtime check, log the installed build, fuel type and whole-item count, any already-burning item's state, start/end timestamps, constant load and other consumers. Label the result observed only after completing that window. Keep the hypothetical budget separate from your actual recording.
Build / platform / mods / storage or other generation:
Affected pole network / breaker state:
Capacity / production / consumption / maximum consumption:
Each generator type / fuel / wire connection:
Disconnected group / correction / reset result:
Optional fuel test: start state / elapsed time / end state:Before you play
- Graph read on the affected network, not an unrelated grid.
- Capacity not mistaken for confirmed fueled generation.
- Peak load fits dependable MW supply before reset.
- Fuel energy budget labelled hypothetical, with delivery and reserve checked.
Frequently asked questions
Why is production lower than capacity?
Biomass generation follows demand. A gap alone does not establish a fault; inspect consumers, generator state and fuel on that particular grid.
Will more fuel stop a peak-load trip?
Only if missing fuel was the cause. More stored energy does not increase a burner's maximum MW. Fix insufficient generation capacity or excessive simultaneous demand separately.
Is 34 Solid Biofuel enough in my actual factory?
It is only the rounded minimum for the stated constant 25 MW, ten-minute arithmetic example. Budget your own connected loads and add reserve; no measured runtime is asserted.
Sources & revision notes
Editorial revision: October 2, 2026; not a gameplay test date. The reference notes identify source limits and version differences.
- Coffee Stain: Satisfactory release announcements (Official)
Official announcement index checked October 2, 2026; its indexed v1.2.4.0 announcement dated August 11, 2026 provides release context, not proof that these examples were tested on that build. Direct retrieval of the individual announcement failed. Do not infer equal patch timing across platforms.
- Satisfactory Wiki: Power (Community)
Community-edited reference. Indexed extracts checked October 2, 2026 for the four power-graph definitions; direct Wiki page retrieval was blocked. Verify the linked reference and installed machine UI before applying changed recipes or rates. This is not an in-game test.
- Satisfactory Wiki: Biomass Burner (Community)
Community-edited reference. Indexed extracts checked October 2, 2026 for standalone 30 MW versus HUB 20 MW, and demand-scaling fuel use; direct Wiki page retrieval was blocked. Verify the linked reference and installed machine UI before applying changed recipes or rates. This is not an in-game test.
- Satisfactory Wiki: Solid Biofuel (Community)
Community-edited reference. Indexed extracts checked October 2, 2026 for 450 MJ per fuel item and the Tier 2 Obstacle Clearing unlock; direct Wiki page retrieval was blocked. Verify the linked reference and installed machine UI before applying changed recipes or rates. This is not an in-game test.
October 2: corrected capacity to potential generation rather than confirmed available supply; expanded staged recovery, preserved the 60/70 MW example, and added a separately labelled 25 MW / 34 Solid Biofuel energy budget and evidence protocol. Original URL and publication date retained.
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