![]() The Steam Turbine would generate 365 watts. There is only limited cooling potential in the exhaust water: raising the temperature of 2000 g/s of water from 95 ☌ to 100 ☌ requires 41.79 kDTU/s, substituting this into the equation *Heat produced by turbine* and solving for steam temperature results in a value of 140.2 ☌, this is where the heat produced by the Turbine exactly equals the available cooling in the water. Maximum Steam Temperature for sustainable self-cooling The drawback to this is that, with their limited steam temperature, you will require more of them to match the heat deletion or power production of comparable ATST setups, and so they are best used when space and materials are less important than efficiency. ![]() This can be made yet more effective by adding in one or more liquid layers.Ī self cooling Steam Turbine produces the most power per unit heat deleted of all setups, and they can be very attractive due to not needing an Aquatuner and the associated plumbing, circuit and automation, while being able to cool up to 292.53 kDTU/s without problems. Copper/Gold radiant pipes even manage to cool the turbine in an +1500g Oxygen atmosphere. This works for any material radiant pipe (even lead) if the atmosphere is more than 500 g Hydrogen. Maximizing the heat transfer between the exhaust water and the Steam Turbine involves snaking radiant pipes behind the Steam Turbine. The heat produced by the steam turbine is 10% of the removed Heat plus 4kDTU operational cost.Įxample with max pressure (2 kg/s) and 5 inletĪ Steam Turbine can be used to cool itself using its own 95 ☌ exhaust water to maintain a temperature of less than 100 ☌, this requires limiting the steam temperature to around 135 ☌ and power output to around 330 watts. How much heat is deleted in kDTU/s depends on the Specific Heat Capacity of Water (4.179(DTU/g)/☌), the flow rate in kg/s, and the steam's temperature in Celsius. Heat Deletion Heat Removed from SteamĪs long as the steam turbine works (own temperature below 100 ☌ and steam temperature above 125 ☌) it will reduce the input steam in temperature to 95 ☌ Water.
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