Quantum Entangloporter: Difference between revisions
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The '''Quantum Entangloporter''' from [[Mekanism]] is a machine that allows liquids/items/energy/gas to be sent from one '''Quantum Entangloporter''' to another through a channel. The '''Quantum Entangloporter''' is similar to the Tesseract from Thermal Expansion, but the '''Quantum Entangloporter''' can send and receive gasses while the Tesseract cannot. | The '''Quantum Entangloporter''' from [[Mekanism]] is a machine that allows liquids/items/energy/gas to be sent from one '''Quantum Entangloporter''' to another through a channel. The '''Quantum Entangloporter''' is similar to the Tesseract from Thermal Expansion, but the '''Quantum Entangloporter''' can send and receive gasses while the Tesseract cannot. | ||
==Capacity== | |||
Energy: 102.4 MFE | |||
Liquid: 256000 mB | |||
Gas: 8192000 mB | |||
Heat: Infinite | |||
Item: None (items are transfered only when there are connected paths for them to go. The maximum transfer rate is 128 items per second) | |||
==Throughput== | |||
Quantum Entangloporters do not directly transfer matter (besides items), as the tooltip suggests. Instead, each channel is a storage of energy, gas, liquids and so on that all connected entangloporters access. This has important bearing on its throughput: any channel can not transfer more than its maximum capacity per tick. Therefore, for large-scale applications (such as a sodium-cooled [[Fission Reactor]]), it is still best to use the port-to-port connection method. | |||
==Crafting Recipe== | ==Crafting Recipe== | ||
Revision as of 16:50, 21 February 2024
The Quantum Entangloporter from Mekanism is a machine that allows liquids/items/energy/gas to be sent from one Quantum Entangloporter to another through a channel. The Quantum Entangloporter is similar to the Tesseract from Thermal Expansion, but the Quantum Entangloporter can send and receive gasses while the Tesseract cannot.
Capacity
Energy: 102.4 MFE Liquid: 256000 mB Gas: 8192000 mB Heat: Infinite Item: None (items are transfered only when there are connected paths for them to go. The maximum transfer rate is 128 items per second)
Throughput
Quantum Entangloporters do not directly transfer matter (besides items), as the tooltip suggests. Instead, each channel is a storage of energy, gas, liquids and so on that all connected entangloporters access. This has important bearing on its throughput: any channel can not transfer more than its maximum capacity per tick. Therefore, for large-scale applications (such as a sodium-cooled Fission Reactor), it is still best to use the port-to-port connection method.
Crafting Recipe
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Usage
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