Factorio Boiler To Steam Turbine Ratio at Lee Kathy blog

Factorio Boiler To Steam Turbine Ratio. You can get the energy output of steam turbines (or steam engines for that matter) by multiplying the amount of steam consumed per second times the difference between the steam temperature. 1 offshore pump will provide water for 20 boilers. One offshore pump can supply 200 boilers and 400 steam engines. Steam turbines consume up to 60 water/sec and have a maximum energy rate that accepts 500 degree water. The above ratio can be calculated from information. Boilers use carbon based fuel to produce 60 steam per second at a temperature of 165 c. Each steam engine needs 0.5 boilers when running at full capacity. If the water is colder it will not use. 1 boiler to 2 steam engines up to about 98% load in 0.16 then there are offshore pump throughput. 2 steam engines use up exactly 1 boiler's. The ratio is 1 offshore pump to 20 boilers to 40 steam engines. A steam boiler consumes 1.8mj of fuel per second. A steam boiler can convert up to 6 units of water into 60 units of steam per second, providing 1.8mj of steam (at 165 °c).

2 steam engines use up exactly 1 boiler's. You can get the energy output of steam turbines (or steam engines for that matter) by multiplying the amount of steam consumed per second times the difference between the steam temperature. If the water is colder it will not use. One offshore pump can supply 200 boilers and 400 steam engines. 1 boiler to 2 steam engines up to about 98% load in 0.16 then there are offshore pump throughput. Steam turbines consume up to 60 water/sec and have a maximum energy rate that accepts 500 degree water. Boilers use carbon based fuel to produce 60 steam per second at a temperature of 165 c. The above ratio can be calculated from information. 1 offshore pump will provide water for 20 boilers. The ratio is 1 offshore pump to 20 boilers to 40 steam engines.

Steam Community Guide Basic Factorio Guidebook

Factorio Boiler To Steam Turbine Ratio One offshore pump can supply 200 boilers and 400 steam engines. The above ratio can be calculated from information. The ratio is 1 offshore pump to 20 boilers to 40 steam engines. 1 offshore pump will provide water for 20 boilers. Steam turbines consume up to 60 water/sec and have a maximum energy rate that accepts 500 degree water. One offshore pump can supply 200 boilers and 400 steam engines. A steam boiler consumes 1.8mj of fuel per second. You can get the energy output of steam turbines (or steam engines for that matter) by multiplying the amount of steam consumed per second times the difference between the steam temperature. 2 steam engines use up exactly 1 boiler's. Each steam engine needs 0.5 boilers when running at full capacity. A steam boiler can convert up to 6 units of water into 60 units of steam per second, providing 1.8mj of steam (at 165 °c). 1 boiler to 2 steam engines up to about 98% load in 0.16 then there are offshore pump throughput. If the water is colder it will not use. Boilers use carbon based fuel to produce 60 steam per second at a temperature of 165 c.