A week or so ago I started really messing with Rotarycraft, and Reactorcraft. Not understanding a lot about either. I set out with the ultimate goal in mind of having a Fusion reactor, but also learning other things as I moved along.
I started my projects with some basic fans, and steam engines. Also had fermenters running off of the first DC electric engine. From there I graduated to grinders, to start grinding out the canola seed I am farming. A few projects later, and I have microturbines, performance engines running many things on my base. I made a bedrock breaker, and a gas turbine (with a protective fence) and before I knew it I had some bedrock, and a top tier magnetostatic engine to power the breaker. With the canola/lubricant output I have, I can run the magnetostatic, and the 10 hydro-kinetic engines I have in my basement non-stop, with plenty to spare. I have fluid export buses set up to control the flow of jet fuel into the many turbines around my base. I flip a switch, put some jet fuel in, and it's good to go for a while. I use microturbines to power the friction heaters that I need for the ferromagnetic in the blast furnace, and for the smelting Sintered Tungsten in the vanilla furnace.
I have 4,000 buckets of jet fuel, plus a full buffer in the fractionation unit. I have about 3,000 buckets of lubricant, plus can make more at the flip of a switch courtesy of my 1 million plus canola seeds. I have an extractor that I can run non stop, plus an addition grinder for netherrack, and soul sand if needed.
Now you might me asking what am I using the hydro-kinetic engines, and the insane power they put out for? Well I am splitting the power and running two (yes two) compactors for the various magnets needed in the construction of the Tokamak Reactor. I have the pressure topped out at 589kish, and can leave this alone unattended.
I started this project beneath my desert temple about 3 days ago. As you can see I have a LOOOOOOOOOOOONG way to go before completing this build, but for anyone interested, I have a broken down list below (as best as can be determined by viewing Reika's video) So far I have gotten done the following:
I started my projects with some basic fans, and steam engines. Also had fermenters running off of the first DC electric engine. From there I graduated to grinders, to start grinding out the canola seed I am farming. A few projects later, and I have microturbines, performance engines running many things on my base. I made a bedrock breaker, and a gas turbine (with a protective fence) and before I knew it I had some bedrock, and a top tier magnetostatic engine to power the breaker. With the canola/lubricant output I have, I can run the magnetostatic, and the 10 hydro-kinetic engines I have in my basement non-stop, with plenty to spare. I have fluid export buses set up to control the flow of jet fuel into the many turbines around my base. I flip a switch, put some jet fuel in, and it's good to go for a while. I use microturbines to power the friction heaters that I need for the ferromagnetic in the blast furnace, and for the smelting Sintered Tungsten in the vanilla furnace.
I have 4,000 buckets of jet fuel, plus a full buffer in the fractionation unit. I have about 3,000 buckets of lubricant, plus can make more at the flip of a switch courtesy of my 1 million plus canola seeds. I have an extractor that I can run non stop, plus an addition grinder for netherrack, and soul sand if needed.
Now you might me asking what am I using the hydro-kinetic engines, and the insane power they put out for? Well I am splitting the power and running two (yes two) compactors for the various magnets needed in the construction of the Tokamak Reactor. I have the pressure topped out at 589kish, and can leave this alone unattended.
I started this project beneath my desert temple about 3 days ago. As you can see I have a LOOOOOOOOOOOONG way to go before completing this build, but for anyone interested, I have a broken down list below (as best as can be determined by viewing Reika's video) So far I have gotten done the following:
- Outside
- Turbines - 0/???
- Boilers - ???
- Steam Line - ???
- Outer Ring
- Toroid Magnet - 36/36
- Plasma Injector - 0/4
- Plasma Injector Base - 0/36
- Plasma Injector Side Panel - 0/128
- Plasma Injector Lower Corner - 0/72
- Plasma Injector Top - 0/36
- Plasma Injector Upper Corner - 0/72
- Plasma Induction Coil - 0/12
- Plasma Injector Column Piece - 0/40
- Plasma Injector Hysteresis Core - 0/44
- Magnetic Containment Pipe - 0/40
- Fusion Plasma Injector - 0/4
- Preheaters - 0/5
- Magnetic Containment Pipe - 0/20
- Liquid Pipe - 0/20
- Laser Concentration Lens - 0/10
- Thermal Insulation Core - 150/150
- Pre-heater Unit Housing Corner - 60/60
- Pre-heater Unit Housing Edge - 200/200
- Pre-heater Unit Housing Face - 210/210
- Hydrogen Preheater - 0/5
- Heat Ray - 0/5
- Tritium - ??? (Trying to figure out how to manufacture this)
- Deuterium - ??? (Trying to figure out how to manufacture this too)
- Neutron Absorber - 0/???
- Van De Graaff Generator 0/4
- Inner Ring
- Solenoid - 0/1
- Solenoid Magnet - 1/1
- Solenoid Hub - 17/17
- Hysteresis Rod - 40/40
- Central Permanent Magnets - 5/20
- Auxilary Permanent Magnets - 0/24
- Ferromagnetic Base - 0/40
- Magnetic Linkage - 0/56
- Solenoid - 0/1
Last edited: