Читать книгу Hybridized and Coupled Nanogenerators - Ya Yang - Страница 11

Hybridized nanogenerators are based on integrating the different energies scavenging units into a system for realizing simultaneous multiple energies scavenging, which has two advantages as compared with the reported individual energy scavenging techniques: (i) increasing the total output electric performances; (ii) providing a more stable and sustainable small power source. By integrating the electromagnetic generators (EMGs) and TENGs, the research group of Prof. Ya Yang reported various electromagnetic–triboelectric hybridized nanogenerators to scavenge different types of mechanical energies [8,10–19], where all the hybridized nanogenerators have the same concept of integrating different nanogenerators to scavenge one mechanical energy for realizing obvious enhancement of energy conversion efficiency. Moreover, there have been more reports about hybridized nanogenerators in other countries such as Korea and Singapore in recent years [20–23].