About the machine body:
By letting AI analyze the tooltip essay, it is found that various algae have little difference under their respective best lights, but the most perfect should be able to raise all 5 types of algae + precisely calculate various ratios (yes, different algae can be raised simultaneously).
And for convenience, I only used brown algae (monochrome 240, highest among 5 algae) + 16 blue light halogen lamp (lamp placed on input bus)
If you want to summarize the essay simply and roughly, that is
4^Glass Grade >> Voltage Level > Algae Weight
Lamp that best absorbs 16 algae
Input chamber biomass ready
About me algae access chamber:
Build a subnet (as shown in the figure), use the ME terminal to put a small amount of algae into the ME algae accessor (remember to power the subnet)
Redstone card + output bus + threshold transmitter, let the transmitter activate the output bus when there is a lot of algae, output algae back to the main network
If the glass grade is not high, consider using multiple expansion ports/ordinary ports instead of the oversized port in the picture.
Reference data:
Under 16 blue lights + 13-level glass, the maximum value of brown algae is 18,096,767;
The output bus outputs about 8m of algae to the super-large interface at a time;
The threshold is set to an upper limit of 1e7 and a lower limit of 8e6;
With the above configuration under 64a opv energy warehouse*2, algae can immediately return from 8m to 16m.