Regan Brown
In the game Satisfactory, fuel generators are used to generate power. The amount of fuel consumed by a fuel generator depends on the type of fuel used and the clock speed of the generator. At 100% clock speed, a fuel generator consumes 20 m3/min of fuel or liquid biofuel, 7.5 m3/min of turbofuel, 4.17 m3/min of rocket fuel, or 3 m3/min of ionized fuel. Overclocking a generator using power shards will increase the fuel consumption rate and produced power. The setup of the fuel production process and the number of generators used will also impact the amount of fuel consumed.
| Characteristics | Values |
|---|---|
| Power generated at 100% clock speed | 250 MW |
| Fuel consumption at 100% clock speed | 20 m3/min of Fuel or Liquid Biofuel, 7.5 m3/min of Turbofuel, 4.17 m3/min of Rocketfuel, 3 m3/min of Ionized Fuel |
| Crude Oil conversion to Turbofuel | 300 m3 of Crude Oil |
| Power generated from Crude Oil conversion | 22,350 MW |
| Power generated from 10 Fuel Generators | 2,500 MW |
| Number of Fuel Generators powered by 1 Oil Well | 13 |
| Fuel consumption of 1 Fuel Generator | 12 m3/min |
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Fuel consumption rate
The fuel consumption rate of a generator in the video game Satisfactory depends on the type of fuel used and the clock speed.
At 100% clock speed, a fuel generator consumes 20 m3/min of Fuel or Liquid Biofuel, 7.5 m3/min of Turbofuel, 4.17 m3/min of Rocketfuel, or 3 m3/min of Ionized Fuel. The type of fuel used does not affect power production, only burning time. For example, using Liquid Biofuel, a single Fuel Generator produces 250 MW at 100% clock speed, while using Turbofuel, a single Fuel Generator produces 333 MW.
Overclocking a generator using Power Shards increases the fuel consumption rate and power production linearly. This means that the same amount of power is always produced from the same input resources, but the fuel is consumed at a faster rate. For example, a player reported that they were able to run a lot of generators at 250% clock speed using power shards, but they had to build more generators and use underclocking to reduce power consumption.
The fuel consumption rate also depends on the setup of the fuel production process. For example, using a single Crude Oil node, the original Crude Oil to Fuel recipe can support a certain number of Fuel Generators operating at peak capacity. However, the net power capacity is reduced due to the Oil Extractor and Refineries consuming power. Another player reported that they were able to get almost 2000 MW from a single oil well, but they were unsure if this was correct.
Overall, the fuel consumption rate of a generator in Satisfactory depends on various factors, including the type of fuel used, the clock speed, and the setup of the fuel production process. Players can experiment with different setups and clock speeds to optimize their fuel consumption and power production.
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Power production
The type of fuel used does not affect power production but does impact burning time. Overclocking Fuel Generators with Power Shards increases fuel consumption and power production linearly, meaning the same amount of power is always produced from the same input resources.
To optimise power production, players can use a manifold arrangement (inline splitting and merging) for the setup. This involves dealing with Polymer Resin by sinking it or refining it into Residual Rubber/Plastic. Ensuring these byproducts don't back up is crucial, as it could lead to Fuel production stoppage and, eventually, generators shutting down.
Another consideration is the use of Crude Oil. A single Crude Oil node can support multiple Fuel Generators operating at peak capacity, but the clock speed of the last machine may need adjustment for maximum efficiency. Additionally, players can use Diluted (Packaged) Fuel and Heavy Oil Residue together to quadruple Fuel production, although this requires additional Blenders and a Water Extractor per 10 Fuel Generators.
By utilising these strategies and considerations, players can effectively manage their power production in Satisfactory, ensuring a steady supply of electricity for their factories and buildings.
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Overclocking
To overclock a machine in Satisfactory, players must first research Overclocking and Power Slugs at the MAM (Hub Space Mission Control). Blue Power Slugs are the most basic and common variant, and they are required to finish Power Slug research and create the Power Shard needed for Overclocking research. After completing the necessary research, players can craft a Power Shard at a crafting bench or have a Constructor craft one for them.
Once a Power Shard is obtained, players can insert it into the desired machine via its control panel. Interacting with the machine will display its clock speed below the main production window. Players can then drag and drop the Power Shard into the box under the Clock Speed window to enable overclocking. Moving the clock speed slider to the right will increase the machine's output and energy consumption.
It is worth noting that overclocking can be beneficial for certain machines, such as Miners and Oil Extractors, as it allows for more efficient resource extraction. Additionally, overclocking can help synchronize production, increase energy efficiency, and smooth out peaks in power consumption. However, it is important to consider the trade-offs, as overclocking can also increase fuel consumption and require a significant number of Power Shards for large power plants.
Lastly, when overclocking machines, it is recommended to upgrade the cooling systems to accommodate the increased performance. This ensures that the machines can operate effectively without overheating.
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Fuel types
The Fuel Generator is a power generator building that generates power by burning various types of fuel. The type of fuel used does not affect power production, only burning time. At 100% clock speed, a Fuel Generator produces 250 MW. This will use 20 m3/min of Fuel or Liquid Biofuel, 7.5 m3/min of Turbofuel, 4.17 m3/min of Rocketfuel, or 3 m3/min of Ionized Fuel.
The Fuel Generator can be overclocked using Power Shards, which increases the fuel consumption rate and produced power. The same amount of power is always produced from the same input resources.
A single Crude Oil node, using only the original Crude Oil to Fuel recipe, can support the following number of Fuel Generators operating at peak capacity:
- Two impure Oil Extractors at 250%
- One normal Oil Extractor at 250%
- One pure Oil Extractor at 125%
The use of alt Diluted (Packaged) Fuel can greatly expand fuel production, and this can be combined with alt Heavy Oil Residue for even greater results. Using both of these recipes together quadruples Fuel production, although this requires additional Blenders and a Water Extractor per 10 Fuel Generators.
To produce 300 m3/min of Fuel, three Blenders at 100 m3/min and 75 MW are used, consuming 225 MW.
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Fuel production
To begin fuel production, players must first acquire Crude Oil. This can be done through Oil Extractors, with one Oilwell producing 240 units of Crude Oil per minute. The Crude Oil is then fed into Refineries, which convert it into fuel. For example, four Refineries can convert 240 units of Crude Oil into 160 units of fuel per minute.
The fuel produced can then be used in Fuel Generators to generate power. At 100% clock speed, one Fuel Generator consumes 20 m3/min of Fuel or Liquid Biofuel, producing 250 MW of power. The type of fuel used affects burning time, with more efficient fuels such as Turbofuel requiring less fuel input for the same power output. For instance, Turbofuel requires 7.5 m3/min to produce 250 MW.
Players can further increase fuel efficiency by overclocking generators using Power Shards. Overclocking increases fuel consumption and power production linearly. Additionally, using alternative fuel types, such as Diluted Fuel and Heavy Oil Residue, can greatly expand fuel production. For instance, combining Diluted Fuel and Heavy Oil Residue quadruples fuel production, although it requires additional Blenders and a Water Extractor per 10 Fuel Generators.
Overall, fuel production in *Satisfactory* involves a careful balance of resource acquisition, refining, and generator management to efficiently produce and utilise fuel for power generation.
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Frequently asked questions
A Fuel Generator in Satisfactory consumes 20 m3/min of Fuel or Liquid Biofuel, 7.5 m3/min of Turbofuel, 4.17 m3/min of Rocketfuel, or 3 m3/min of Ionized Fuel.
At 100% clock speed, one Fuel Generator produces 250 MW.
To generate 22,350 MW of power, a Fuel Generator Plan that uses 300 m3 of Crude Oil is required. This Crude Oil is converted into Turbofuel.
An oil well produces 240 units of crude oil per minute.
