Meta-Engineered Approaches for Efficient Mechanical Energy Conversion

Energy harvesting technologies aim to convert ambient mechanical excitations—such as vibration, motion and structural response—into usable electrical energy. Conventional harvesting systems are often constrained by narrow operating bandwidths, rigid configurations or material-dependent limitations. MetaDyna adopts a fundamentally different approach by focusing on structural behavior engineering, enabling mechanical energy to be captured more effectively under real-world operating conditions.

Rather than relying on fixed architectures, MetaDyna develops tunable and application-adaptive energy harvesting structures that respond directly to the characteristics of the excitation source. This allows harvesting performance to be optimized for low-frequency, broadband or variable-input environments without increasing system size or complexity. As a result, energy harvesting solutions remain compact, lightweight and compatible with existing structures.

MetaDyna’s technology development is supported by proprietary computational design and optimization tools, enabling systematic control over resonance behavior, coupling efficiency and structural integration. This approach allows energy harvesting systems to be tailored to specific use cases while remaining scalable and manufacturable.