Ideally you'd build these in areas you don't need to physically access.
#FACTORIO SOLAR PANEL PLUS#
I had a design utilizing a substation in the center surrounded by 8 Accumulators and then circled by 32 Solar Panels (picture attached), but I wanted a bit more of an even mix of Panels to Accumulators, plus expanding the layout over a wide area required periodically replacing one of the Accumulators with Big Poles, so not easily Blueprintable, unless you had multiple BluePrints to deal with the longer wire reach required. Aesthetically I like this layout because at night when the Accumulators come on, they create a cross pattern. I had a couple situations where when placed, the wires didn't connect to nearby Substations, leaving me with a couple groups that were their own power network. In addition, if placing a number of these, you'll want to make sure most of the substations connect to each other. If you don't place them in line horizontally or vertically with each other, wires won't reach to each other. If you need an Accumulator layout to boost the number of Accumulators 48 Accumulators surrounding a Substation.
Place the Accumulators in a cross with 4 Solar Panels each in the four corners. For each 100% neighbor bonus, the reactor needs 4 more heat exchangers.16 Solar Panels, 12 Accumulators with a Substation in the center. The heat can be used to convert water to steam using a heat exchanger and the steam can be consumed by steam turbines to produce power.Ī reactor without neighbor bonus needs 4 heat exchangers so that all its heat gets consumed. These fuel cells are then burned in a nuclear reactor to create heat. In general, nuclear power is produced by the following production chain: Uranium ore is mined and processed to uranium-235 and uranium-238, then uranium fuel cells are created from the two. Nuclear power See also: Tutorial:Nuclear power 1 solar panel produces 42KW after factoring in the night (Factorio forums).Perfectly optimal solar network (Factorio forums).Where game_day is the number of seconds in the game day which is 25000/60 s by default.
#FACTORIO SOLAR PANEL MOD#
If the only effect the mod has on the game is it changes the total length of one day, without changing the ratio of dusk : day : dawn : night, then the equation can be simplified asĪccumulators / Solar_panels = 0.002016 /s × game_day This equation could also be used to remember the vanilla optimal ratio given its simplicity.
#FACTORIO SOLAR PANEL MODS#
If the player uses mods which change the power generation of solar panels, or the energy storage of accumulators, but not the length of days, a simplified version of this equation can be used.Īccumulators / Solar_panels = 70 s × Solar_power / Accumulator_energy Which, given the default time lengths of: day = 12500/60 s dawn or dusk = 5000/60 s night = 2500/60 s, and the default: Solar_power = 60 kW Accumulator_energy = 5 MJ = 5000 kJ, gives the optimal ratio of 0.84 accumulators per solar panel. (day + dawn) × (night + dawn × (day + dawn) / game_day) / game_day Its photovoltaic panels have been widely identified and accepted in quality. In vanilla factorio, without mods which change any of these values, the optimal ratio will be the same. You may find its products in range of Ebay and Amazon Solar panel sectors. There are also times between day and night called dusk and dawn which complicate the calculations. These include the power generation of a solar panel, the energy storage of an accumulator, the length of a day, and the length of a night. The optimal ratio of accumulators per solar panel relies on many values in the game.
This is taken from Accumulator / Solar Panel Ratio (which calculates this in an impressive mathematical way!) and another post in that thread (which calculates the solar panel to megawatt ratio in a different way).Ī small 9x9 setup demonstrating the 20:24 "close enough" ratio above.
This means that you need 1.428 MW of production (of solar panels) and 100MJ of storage to provide 1 MW of power over one day-night cycle.Ī "close enough" ratio is 20:24:1 accumulators to solar panels to megawatts required (for example, a factory requiring 10 MW can be approximately entirely powered, day and night, by 200 accumulators and 240 solar panels - this approximation differs from optimal only in that it calls for 20 extra solar panels, which is negligible but remember that the difference between the "close enough" ratio and the optimal ratio increases as you add more solar panels). The optimal ratio is 0.84 (21:25) accumulators per solar panel, and 23.8 solar panels per megawatt required by your factory (this ratio accounts for solar panels needed to charge the accumulators). A possible setup Solar panels and accumulators Optimal ratio
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