Regan Brown
In the game Satisfactory, players need to provide more power to their factories as they expand to ensure their machines continue to run. One way to generate power is by using fuel-powered generators. These generators can be overclocked using power shards, which increases the fuel consumption rate and produced power. Each fuel generator consumes 15 cubic meters of fuel per minute. For example, if you are generating 240 fuel per minute, you will need 16 fuel generators. Another type of generator is the coal-powered generator, which takes 15 coal per minute and 45 cubic meters of water per minute to fuel.
| Characteristics | Values |
|---|---|
| Fuel consumed per minute | 15 m3 |
| Power generated per minute | 22,350 MW |
| Number of impure oil extractors required at 250% | 2 |
| Number of normal oil extractors required at 250% | 1 |
| Number of pure oil extractors required at 125% | 1 |
| Number of refineries required | 5 |
| Number of fuel generators required for 240 fuel/minute | 16 |
| Number of fuel generators required for 600 turbofuel | 148 |
| Power generated by coal-powered generators | 75 MW |
| Coal consumed by coal-powered generators per minute | 15 |
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What You'll Learn
Fuel-powered generators consume 15 m³ of fuel per minute
In the game Satisfactory, fuel-powered generators consume 15 cubic metres of fuel per minute. This is in contrast to coal-powered generators, which require 15 coal and 45 cubic metres of water per minute to produce 75 MW of energy.
Satisfactory is an open-world factory-building game developed by Coffee Stain Studios. As players expand their factories, they will need to provide more power to their machines. This can be done through the use of biomass burners or coal-powered generators. Biomass burners require players to continuously gather biomass from leaves and wood, whereas coal-powered generators can be supplied with an infinite amount of coal.
Fuel-powered generators can be overclocked using power shards, which increases their fuel consumption rate and power production linearly. Overclocking allows players to produce the same amount of power from the same input resources while using more fuel per minute. This can be beneficial for removing heavy oil residue by converting it into fuel and providing a boost to power production.
Players can also use alt diluted (packaged) fuel and alt heavy oil residue to greatly expand their fuel production. Using these recipes together quadruples fuel production but comes at the cost of additional blenders and a water extractor per 10 fuel generators.
It's important to note that generators in Satisfactory use fuel equal to demand. If a power grid is consuming 50% of its maximum power, it will only use 50% of fuel per minute. This can cause refineries to jam or generators to run out of fuel if not managed properly.
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Coal-powered generators take 15 coal per minute
Coal-powered generators in Satisfactory require a constant supply of fuel to function. They consume 15 coal and 45 cubic meters of water per minute to generate 75 MW of energy. This equates to 120 coal per minute to fuel eight coal-powered generators.
As your factory expands, the demand for power increases, and it is crucial to ensure efficient energy management. Coal-powered generators offer a reliable source of infinite energy when adequately fuelled. The fuel consumption rate of 15 coal per minute is a critical factor in maintaining their operation.
To optimize the performance of coal-powered generators, it is essential to have a steady supply of coal and water. This can be achieved by setting up an efficient coal and water extraction system. By ensuring a consistent fuel source, you can maximize the output of the generators and meet the power demands of your growing factory.
Additionally, it is worth noting that coal-powered generators are not the only option for power generation in Satisfactory. There are alternative power sources, such as Biomass Burners, which utilize biomass from leaves and wood. However, coal-powered generators offer the advantage of infinite energy production when fuelled, making them a popular choice for players seeking a stable and continuous power supply.
The fuel consumption rate of 15 coal per minute for coal-powered generators in Satisfactory highlights the importance of resource management in the game. Players need to ensure a steady supply of resources to meet the demands of their expanding factories. Efficient resource management is key to maintaining a functional and productive operation in Satisfactory.
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Overclocking increases fuel consumption and power
In Satisfactory, overclocking a power generator will increase its fuel consumption rate and power production capacity simultaneously. This means that the generator will burn fuel at a faster rate but will not be more fuel-efficient, as the fuel efficiency remains constant regardless of the clock speed. For example, a 1% increase in clock speed will result in a 1% increase in both power output and fuel consumption. Overclocking a generator, therefore, saves space but may require a large number of Power Shards for large power plants.
Overclocking refers to increasing the clock speed of a building beyond 100%, and it can be unlocked via the Power Slugs Research chain in the MAM. Power Shards, crafted from Power Slugs found in the world, are required to increase the clock speed beyond the baseline. The clock speed can be adjusted using a slider in the building's UI, and it can be set to any percentage between 1.0000% and 250.0000%. For instance, a clock speed of 250% means the building will operate 2.5 times faster.
While overclocking a power generator does not increase fuel efficiency, it can be beneficial in certain situations. For instance, overclocking a Coal Generator can provide benefits in terms of building simplicity and the ratio of water extractors. Additionally, overclocking Miners and Oil Extractors allows for more ore/oil extraction per node, potentially resulting in higher energy efficiency compared to a non-overclocked extractor on a lower-purity node.
It is worth noting that not all buildings can be overclocked. Power consumers such as Hypertube Entrances, Pipeline Pumps, and Train Stations cannot be overclocked. Furthermore, Geothermal Generators cannot be overclocked at all, while underclocking does not require Power Shards and can be used to save power. Ultimately, the decision to overclock or underclock depends on the specific needs of the factory and the trade-off between space savings and increased power usage.
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Alt Diluted (Packaged) Fuel quadruples fuel production
In Satisfactory, the Fuel-Powered Generator is a building that generates power by burning liquid fuel (Fuel, Liquid Biofuel, Turbofuel) or gaseous fuel (Rocket Fuel, Ionized Fuel). At 100% clock speed, a single Fuel-Powered Generator produces 250 MW of power. The type of fuel used does not affect power production, only the burning time.
To maximise efficiency, players can use Alt Diluted (Packaged) Fuel, which quadruples fuel production when combined with Alt Heavy Oil Residue. This method requires additional resources, such as 2.667 Blenders and 1 Water Extractor per 10 Fuel Generators.
The use of Fuel-Powered Generators is a strategic way to deal with Heavy Oil Residue, as it can be converted into fuel, boosting power production. This method requires careful management of resources and an understanding of the trade-offs involved.
Diluted Fuel is 10% more power-efficient than the Diluted Packaged Fuel alternate recipe. Producing 300 m3/min Fuel requires either three Blenders at 100 m3/min and 75 MW or five Refineries, Packagers, and unpackaging Packagers, each operating at specific capacities and consuming varying amounts of energy.
Overall, the Alt Diluted (Packaged) Fuel method offers a significant boost in fuel production for players willing to invest in the required additional resources and infrastructure.
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3 Water Extractors will fuel 8 Coal-Powered Generators
In Satisfactory, Coal-Powered Generators are an efficient power supply that can be infinitely fuelled to produce infinite energy. They are a great option for players who want to avoid the inefficiency of having to continuously gather biomass from leaves and wood to fuel Biomass Burners.
Each Coal-Powered Generator consumes 45 cubic meters of water per minute, regardless of the type of fuel used. This means that three Water Extractors will be able to fuel eight Coal-Powered Generators. This is because the Water Extractors produce enough water to meet the consumption rate of eight Generators, as long as the 300 m3/min throughput limit of the Mk.1 Pipeline is not exceeded.
To ensure that the Generators are functioning at maximum efficiency, it is important to maintain the 8:3 ratio of Generators to Water Extractors. This means that for every eight Coal-Powered Generators, you will need three Water Extractors. This setup allows for easy expansion, as you can simply add another set of three Water Extractors and eight Coal-Powered Generators.
It is worth noting that water is a fluid, so it has different properties compared to other resources. Water cannot flow directly upwards without assistance. While the Water Extractor can provide some pump action, a Pipeline Pump will often be necessary to move water to higher elevations.
In addition, it is important to consider the layout of your Coal-Powered Generators. One recommended setup is to place two rows of four Coal-Powered Generators opposite each other and then run the coal belts through the middle, splitting them into the generator inputs. This setup respects the 8:3 ratio and ensures that the water supply does not exceed the throughput limit of the Mk.1 Pipeline.
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Frequently asked questions
Each fuel generator consumes 15 cubic meters of fuel per minute.
You will need 240/15 = 16 fuel generators.
You will need 120 coal per minute to fully fuel eight coal-powered generators.
You will need 666.67 turbofuel per minute to fuel 148 generators.
You will need 300 m3 of crude oil per minute to fuel 10 fuel generators.
