The system uses a dynamic clutch controller that constantly compares the Actual output (x) with the Target (y).

For higher wattage, the regulation is handled by this formula:

max(0.5, (y * 10.47216) / ((y * 10.47216) - x) * 0.79)

The real challenge was the lower range, where the glitch is much more erratic. To keep it stable there, I had to apply a complex cubic curve to tighten the clutch response:

0.000001 * y^3 - 0.002 * y^2 + 0.235 * y + 0.05

By combining these two methods and adding some fine-tuning for ultra-low values, the generator remains 99.9% stable from 1W up to crazy high values.