Introduction to Hybridized Nanogenerator

The present manuscript shows the enhancement of electrical output by the fabrication of a hybridized nanogenerator by combining both triboelectric and piezoelectric nanogenerators (TENG-PENG).

Herein, a contactless mode triggering-based ultra-robust rotary hybridized nanogenerator (CMTUr-HNG) for efficiently harvesting wind- and water-flows in natural environments is reported.

Various functional and structural nanogenerators based on multi-effects named hybridized nanogenerators have been reported separately or simultaneously to effectively generate the wasted mechanical and solar energy in our daily life.

To further enhance energy generation properties, and through an effective conjugation of triboelectrification, electromagnetic induction and piezoelectricity, we fabricated a hybridized nanogenerator that increased 20% the charging capacity of the TENG system alone.

Here, a ship-shaped hybridized nanogenerator (SHNG) consistsing of three TENGs and an EMG has been proposed, from which the TENGs works in freestanding rolling and contact-separation modes.

In this paper, an ultra-compact highly efficient miniaturized windmill comprising a hybridized nanogenerator (MW-HNG) is reported based on three conversion mechanisms i.

In this study, the design and experimental analysis of a low-frequency resonant hybridized nanogenerator (LFR-HN) with a wide bandwidth and high output power density is presented.

Moreover, the output current of the hybridized nanogenerator is increased to about 130 mA for wireless transmission.

In this paper, we report a 3D printed hybridized nanogenerator which can convert the in-plane arbitrary motions and vibrations into useful electrical energy.

Coupling triboelectric nanogenerators (TENGs) with the PENGs is a feasible method to enhance the output performance, while the complicated structure and the requirement of skillful operation limited the development of hybridized nanogenerators.