It is possible to produce infinite power with geothermal generators by using an Energy Condenser to produce lava. Tekkit Classic - Infinite Power! (EE IC2 RedPower) This will allow you to drain and use thousands of buckets of lava to use high power tools like a mining laser early on. If you find a big lava lake like a flooded ravine you can opt to race for Teleport Pipes. Because the Geothermal Generator delivers great power for just a few building materials, you can build other types of machines early on. This makes a surface lava lake a great starting location. Strategies around lava found on the map Īt the very start of the game it suffices to feed the Geothermal Generator with a couple of lava buckets. If, however, you want to extract as much EU as possible from each lava bucket, use the Engine Generator with a bunch of lava-powered Combustion Engines. So if you want to gain EU quickly, use the Geothermal Generator. However, Engine Generators extract far more (more than 2 and a half times more) EU for every bucket of lava used than the Geothermal Generator. Yes Geothermal Generators generate EU more quickly than an Engine Generator powered by one, or even eight, lava-powered Combustion Engines would. Whether or not you should use Geothermal Generators depends on your situation. These numbers follow the double slashes following the 8 Combustion Engines EU / hour calculations. (***): Because 8 Combustion Engines attached to an Engine Generator generates slightly less EU than a Geothermal Generator per hour, I included the energy production numbers for 9 Combustion Engines as well. this info is provided to show the reader how close the hourly EU production of 8 Combustion Engines linked to an Engine Generator is to a Geothermal Generator (*): Eu per Hour is calculated by multiplying the EU per Bucket value by the number of buckets used per hour therefore, for Geothermal, it is 20,000 EU / Bucket * 72 Buckets / Hour = 1,440,000 Engine Generator Comparison Table Machine The remaining cells would stay in the lower slot and be gradually used. Filling an MFE with a single Geothermal generator would take 42.5 minutes.Ī single Geothermal Generator can store 24 units of lava - thus, inserting a full stack of Lava Cells will instantly use up 24 of them and fill out the lava gauge. A single lava bucket/cell will last approximately 50s, giving off 20000 EU. The Geothermal Generator will charge the battery or output power at a rate of 20 EU/t. Alternatively, lava may be supplied through BuildCraft Waterproof pipes. (*): Assuming you're using an extractor for the sticky resin to get 3 rubber/sticky resin.Īs with all Generators, the lava fuel source is inserted into the lower slot, and optionally a RE Battery in the upper slot. It does not need to be pumped into the top it can be pumped in from any side. It will also accept lava directly from an adjacent BuildCraft Pump. The Geothermal Generator will connect to Waterproof Pipes, and will receive Lava carried by them. However, a Geothermal Generator will rapidly turn on and shut off, only using lava when needed. For example, if you have a Geothermal Generator hooked up to an MFE Unit which is powering a Rotary Macerator (or any other machine with a small but constant power drain), a normal Generator will start cooking one coal and cook off the entire thing regardless of whether or not all the power is used. It has an advantage over normal generators in that it does not waste power. Lava source blocks (obtained from NEI or crafted using UU-Matter) cannot be used. The Lava Cells are stackable and thus require less maintenance, but cost 4 Tin ingots to produce. Geothermal Generators accept both Lava Buckets and Lava Cells. It works on the same basic principle as normal Generators do, except in this case they use the heat of Lava to generate electricity. The Geothermal Generator is an IC2 Machine used to generate EU.
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