Factorio is a game that challenges players to design and manage a complex industrial automation system. One of the key components of this system is mining, which is essential for obtaining the raw materials needed for production. In Factorio, miners are the machines that extract resources from the earth, and they play a critical role in the game’s progression.
When it comes to miners in Factorio, one of the most important concepts to understand is “full belt.” A full belt refers to a conveyor belt that is completely saturated with resources. In other words, every tile on the belt is occupied by an item, and there is no empty space between them. Achieving a full belt is a critical goal for any Factorio player, as it ensures maximum efficiency and production output.
So, how many miners do you need to achieve a full belt in Factorio? The answer depends on the type of belt you are using. For a yellow belt, which is the lowest tier, you need 12 miners per side of the belt to achieve full saturation. This means that you will need a total of 24 miners to fully saturate a yellow belt.
Moving up to the red belt, which is the mid-tier belt, you will need 24 miners per side to achieve full saturation. This means that you will need a total of 48 miners to fully saturate a red belt.
For the blue belt, which is the highest tier, you will need 35 miners per side to achieve full saturation. This means that you will need a total of 70 miners to fully saturate a blue belt.
It’s worth noting that achieving a full belt is not always necessary or desirable, depending on your goals and the resources you have available. In some cases, a partially saturated belt may be more efficient, as it allows for beter spacing and more room for other components in your production line.
However, if you are aiming for maximum efficiency and production output, understanding the concept of full belts and the number of miners required to achieve them is essential. With this knowledge, you can design your mining operations and production lines in Factorio with confidence, knowing that you are making the most of your resources and maximizing your potential.
Calculating the Number of Steel Furnaces Needed for a Full Red Belt
To produce a full red belt of steel, you will need a total of 48 steel furnaces. This is because a single steel furnace can produce 2 steel plates per second, which means that for a full red belt (which carries 30 items per second), you will need 15 steel plates per second. To achieve this, you will need a total of 30 steel furnaces on each side of the belt, which comes to a total of 60 steel furnaces. However, sice a single steel furnace can only output to one side of the belt, you will need to split the furnaces evenly between both sides, which means you will need 48 steel furnaces in total.
Source: oliviercorradi.com
How Many Electric Furnaces Are Needed to Fill a Blue Belt?
To fully smelt all the ore on a completely saturated blue belt, you would need to use 61 electric/steel furnaces or 122 stone furnaces. It’s important to note that this calculation assumes that you are only uing one lane of a blue belt for your ore transportation. If you are using multiple lanes, you will need to adjust the number of furnaces accordingly. Additionally, the speed at which your furnace can smelt the ore will also impact the number of furnaces needed to fill a blue belt, so be sure to take that into account as well. Overall, it’s crucial to carefully plan and optimize your furnace-to-belt ratio to ensure maximum efficiency in your smelting process.
The Impact of Mining Rigs on Electricity Usage
A mining rig uses a significant amount of electricity. Graphics cards on mining rigs are constantly working, wich means they consume power 24 hours a day. As a result, the power consumption of a mining rig is significantly higher than that of a regular computer. For instance, a rig with three GPUs can consume 1,000 watts of power or more when it’s running. To put that into perspective, that’s equivalent to having a medium-sized window AC unit turned on. Therefore, if you are considering setting up a mining rig, it’s essential to factor in the cost of electricity, as it can be a significant expense.
The Amount of Coal a Miner Can Mine in a Day
On average, a hard-working miner can cut and load about five tons of coal per day. The amount of coal a miner can mine in a day can vary based on factors such as the type of coal being mined, the location of the mine, and the specific mining equipment being used. However, five tons per day is a commonly accepted average for coal mining output. It’s worth noting that this work can be physically demanding and dangerous, and miners may earn between $2.20 to $5.00 per day for their efforts.
The High Cost of Mining Fees
Bitcoin miners fees are currently high due to the simple economic principle of supply and demand. The limited block size of 1MB, which can only confirm a certain number of transactions per block, creates competition between users who are willig to pay a higher fee to have their transactions processed faster. As the demand for bitcoin transactions increases, the number of transactions waiting to be processed also increases, which drives up the fees that users are willing to pay to have their transactions confirmed in a timely manner. Additionally, as the value of bitcoin continues to rise, the fees for transactions also increase, as users are willing to pay more for the security and convenience of using the cryptocurrency. the high fees are a reflection of the popularity and demand for bitcoin, and the limited capacity of the blockchain to handle transactions.
Source: rockpapershotgun.com
What Percentage of Blue Belts Quit?
According to Gracie, approximately 90% of people who start training Brazilian Jiu-Jitsu never make it to the blue belt level. So, it can be inferred that the percentage of blue belts who quit is quite high, as the majority of practitioners never reach that level. However, it’s important to note that this statistic is based on Gracie’s experience and may vary depending on the school or region.
Where Are the Highest Paying Mining Jobs?
Miners typically get paid the most in cities or regions where mining activity is prevalent and demand for minerals or resources is high. According to recent salary data, Elko, Nevada is currently the highest paying city for underground miners in the United States with an average hourly wage of $34.21. Other top paying cities for miners include Oak Creek, Colorado with an average hourly wage of $30.16, Waynesburg, Pennsylvania with an average hourly wage of $28.56, Cameron, West Virginia with an average hourly wage of $26.82, and Morgantown, West Virginia with an average hourly wage of $25.36. It’s worth noting that salaries for miners can vary based on factors such as experience, education, and the specific type of mining being performed.
Number of Heat Exchangers in an 80% Efficient Furnace
An 80% efficient furnace typically has a single heat exchanger. This heat exchanger is responsible for transferring heat from the burning fuel to the air that is circulated throughout your home. The process works by burning fuel, which heats up a metal chamber in the furnace called the heat exchanger. The air is then forced over the heat exchanger, picking up the heat and carrying it thrugh your home via your ductwork. It’s important to note that a single heat exchanger furnace is less efficient than a furnace with multiple heat exchangers, which can achieve efficiency ratings of up to 98%. However, a single heat exchanger furnace is still a viable option for many homeowners and can provide reliable and effective heating for your home.
Understanding the Meaning of a 90% Furnace
A 90% furnace is a type of heating system that is designed to use 90% of the heat generated and only 10% of it goes to waste. This means that it is a highly efficient furnace that can help you save on energy costs. The term “90%” refers to the Annual Fuel Utilization Efficiency (AFUE) rating of the furnace, wich is a measure of how much energy is converted into heat compared to how much is wasted. In other words, a 90% furnace is able to convert 90% of the fuel it uses into heat for your home, while the remaining 10% is released as exhaust.
A 90% furnace is also known as a condensing furnace, because it uses a heat exchanger to capture the heat from the exhaust gases and then forces them past a radiator or coils. This process helps to cool and condense the remaining moisture in the exhaust, which is then released as a liquid. The resulting heat is then used to warm your home.
A 90% furnace is a highly efficient and cost-effective way to heat your home. It provides optimal comfort and energy savings while also being environmentally friendly.
Source: nintendolife.com
Comparing 80% and 92% Furnaces
When it comes to furnaces, the percentage refers to the amount of fuel that is converted into heat energy. An 80% furnace means that 20% of the energy produced is lost through the exhaust vent outside. On the oher hand, a 92% furnace has a secondary heat exchanger that helps recover some of the lost energy and converts it into heat, resulting in only 8% of energy loss. The recovered energy is then used to heat your home, providing a higher level of efficiency and cost savings on your energy bills. Additionally, a 92% furnace may also have a variable speed blower motor that can adjust the airflow to match your home’s heating needs, making it more efficient and comfortable. the difference between an 80% and a 92% furnace is the level of energy efficiency and cost savings you can expect to receive.
The Benefits of Investing in a 95% Furnace
A 95% furnace is definitely worth it. The higher the AFUE percentage, the more energy-efficient the furnace will be. In simple terms, a 95% AFUE furnace only wastes 5% of its fuel, which makes it more efficient to operate than an 80% furnace. This means you can potentially save more money over time if you choose a 95% furnace over an 80% unit. While a 95% furnace may have a higher upfront cost than an 80% unit, the long-term savings on energy bills can more than make up for it. Additionally, a more efficient furnace can also help reduce your carbon footprint by using less energy and producing fewer emissions. So, if you’re looking for a furnace that will provie you with long-term energy savings and help you reduce your environmental impact, a 95% furnace is definitely worth considering.
The Risks of Overworking a Furnace
It is posible to overwork a furnace. A furnace is designed to run for a specific amount of time to maintain a comfortable temperature in your home. If the furnace runs longer than necessary, it can lead to wear and tear on the system, which can result in costly repairs or even the need for a complete replacement. One of the main reasons that a furnace can be overworked is a thermostat that is not properly set. If the thermostat is set too high, the furnace will run longer than necessary, causing it to work harder than it should. This can also lead to higher energy bills. However, you can avoid overworking your furnace by using a smart thermostat. A smart thermostat can adjust the temperature automatically based on your preferences and schedule, ensuring that your furnace is not overworked and that you save energy and money.
How Many Miners Are Needed for a Full Belt?
To determine how many miners you need for a full belt, you first need to know the capacity of the belt. A yellow belt has a capacity of 13.33 items per second, while a red belt has a capacity of 26.67 items per second.
Next, you need to know how much ore each miner can produce per second. A single miner can produce 0.5 ore per second.
So, to calculate the number of miners needed for a full yellow belt, you divide the belt capacity by the miner production rate:
13.33 items per second / 0.5 ore per second = 26.66 miners
However, it’s not practical to have a fraction of a miner, so you would round up to 27 miners.
For a full red belt, the calculation would be:
26.67 items per second / 0.5 ore per second = 53.34 miners
Rounding up, you would need 54 miners for a full red belt.
It’s important to note that these calculations assume that the miners are working at full capacity and that tere are no interruptions or delays in the ore transportation process.
Conclusion
The number of miners required to fully saturate a belt in Factorio depends on the tier of the belt and the type of ore being mined. For a fully saturated blue belt, 27 mining drills are needed while 24 drills are required for a fully saturated yellow belt and 48 drills for a red belt. Additionally, to smelt all the ore on a fully saturated blue belt, 61 electric/steel furnaces or 122 stone furnaces are required. It is important to keep thse ratios in mind when designing your Factorio factory to ensure maximum efficiency and productivity. By properly balancing the number of miners and furnaces, you can create a well-oiled machine that can handle large amounts of ore and produce the necessary resources for your base’s needs.
