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In the 'Generator engine subsystem' MC you'll see a 'Power load' input node which is connected to a formula block. This is the main part that's responsible for managing the throttle.
The formula is clamp(1-(x^z),y,1), where x is the battery value, z is a multiplier value (64 in this case) and y is the minimum throttle (0.11 in this case). For example, a battery value of 0.99, clamp(1-(0.99^64),0.11,1), gives a throttle of about 0.47, while a battery value of 0.9999, clamp(1-(0.9999^64),0.11,1), gives a throttle of about 0.006.
This formula results in a smooth but aggressive throttle curve, which makes the generator respond quickly to power load changes, and to give just enough throttle to provide the requested power.
I hope that clarifies things a bit!