To address the multi-peak power tracking problem of thermoelectric generation systems under non-uniform temperature conditions
a hybrid control strategy combining an improved honey badger algorithm (IHBA) with constant voltage tracking (CVT) is proposed. A simulation model is built on the Matlab/Simulink platform. Test results show that the tracking accuracy is 98.9% and the response time is 0.04 seconds under constant temperature conditions. The average response time under dynamic temperature change and sudden load mutation conditions is less than 0.05 seconds. Physical tests verify the practicality of the algorithm under constant temperature conditions
and the tracking accuracy reaches 99.3% without overshoot. Compared with traditional methods such as CVT and PSO
this approach demonstrates significant advantages in tracking accuracy
response speed
stability
and robustness.
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references
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