The dynamic conduct of triboelectric nanogenerators (TENGs) essentially shapes their structural design and sensible functions. Right here, we formulate a unified theoretical framework anchored by a newly outlined Similarity Modulation Mechanism, which extends from the classical V–Q–x relation. This mechanism clarifies how movement enter, machine construction, and exterior circuitry work together in a coherent, scalable kind. Utilizing this unified perspective, we systematically look at key dynamic subjects reminiscent of periodicity, limiting behaviors, enter waveform results, optimum resistance matching, and working regimes. This method reveals clear, typically counterintuitive insights that may information future TENG design and power administration methods.
