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Factorio solar panel4/12/2023 The other will then clone a solar power blueprint, to match the required demand. One of these designs will use the electric energy interface. For our test we will take an arbitrary design, and clone it an arbitrary number of times. With all that out of the way we can focus on our test. By extrapolating the RAM numbers, we see that solar and accumulator are per entity cheaper than the average. Incredibly, this means that in terms of RAM consumed, solar takes more than all other entities in the map.īy using commands to read the exact number of entities, we find that there are 1,754,171 solar panels, 1,490,303 accumulators, and 578,210 entities that are player owned but not solar or accumulator. The variance is in the same small window as our map with solar. Upon loading in this solar removed save, we measure 1.89GB of RAM used. We also shift over the research to worker-robot-speed so we don't end up with any test running out of research.įor key, ent in pairs(_entities_filtered()Īfter this, we once again save and exit to the main menu to do our RAM consumption measurement. Simply resaving in full vanilla gets rid of the auto-research dependency. We need to do some cleaning on the save to ensure our readings are correct. The most UPS efficient base I know of is /u/schaev's base. To have those entities and map chunks loaded should cost a decent chunk of memory though.įirst we should gauge what an approprate amount of panels to test should be. Solar panels and accumulators at the same charge effectively function as one CPU calculation, O(1). The reason there could be a theoretical cost to solar is not due to the expected CPU time, but rather due to the memory cost of the increase map size and entity number. That is, the effect caused by using more or less beacon sharing, while factoring in the power generation cost. If neccessary part 2 of this test will explore the relative magnitude effect in practice between differing designs. For part 1 of this test we will look at the relative performance between the electric-energy-interface and the solar based design. There are 3 possible options that can be used to generate power, the electric-energy-interface, solar panels and accumulators, and nuclear power. This does not impact performance in any appreciable way. Having solar does consume a good chunk of RAM. From 0.2 version calculator supports saving and loading custom presets.Test-000006 : Does solar have a negative UPS impact due to the additional RAM consumption? Factorio Version 0.16.51 The TLDR.And procedure of scanning surface can be really slow on big bases, so do it with caution. ![]() But it can't differentiate between separate electric networks. Calculator also can read your solar panels and accumulators setup directly from surface they exist on.It even supports surfaces with frozen_daytime and calcs their real solar power multiplier counting if they are frozen at sunrise or sunset. ![]() Calculator supports different surfaces, their different day-night cycles and solar power multipliers.Like the famous 0.84 ratio.Ĭalculator supports modded solar panels and accumulators, lets you compose setups of different types of them if you want slowly transition to another tier of panels or accumulators. 2: Pressing this button will set your desired peak power production to match peak power production of this 100 solar panels and calculate other desired numbers accordinglyģ: Now by pressing this button you adjust number of accumulators based on your desired accumulator capacity which gives you 84 accumulators.For example, if you want to know how much accumulators do you need per 100 panels you can do this: Buttons with arrows allow you to adjust your desired and actual numbers based on each other.At the bottom you can enter your desired average power production and calculator will show you needed peak power production and needed accumulator capacity.It will also show you red numbers in parenthesis if your average power production is limited by accumulators and by how much. Calculator will show you how much power they are producing at peak during day, how much accumulator capacity do you have and how much power you can produce on average during whole day. ![]()
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