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Sensors 2020, 20, 506 Sensors 2020, 20, x FOR PEER REVIEW 10 of 14 Sensors 2020, 20, x FOR PEER REVIEW 10 of 14 Figure 8. Output current of difffferrenttnumbbeerrooffTTEENNGG: :(a(a) )Ceell,,((b))Cel + PA6, (c)Cel + PA6 + BaTiO3,, Figure 8. Output current of different number of TENG: (a)Cel, (b)Cel + PA6, (c)Cel + PA6 + BaTiO3, (d)Ceell++PPVVDDFF,,(e(e))Ceell++PPVVDDFF++BaBTaiTOiO3,3(,f()fm) maxaixmimumuminisntsatnatnatnaenoeuosusvavlauleu.e. (d)Cel + PVDF, (e) Cel + PVDF + BaTiO3, (f) maximum instantaneous value. According to the experimental results, compared with a single TENG, the open circuit output According to the experimental results, compared with a single TENG, the open circuit output 10 of 14 Figure 7. Output voltage of different number of TENG: (a)Cel, (b)Cel + PA6, (c)Cel + PA6 + BaTiO3, Figure7.OutputvoltageoffdiiffffeerreennttnnuumbbeerrooffTTEENNGG:(:a()aC)Ceel,l,(b(b))Cell+PA6,,((cc))Cel+ PA6+ BaTiO3, (d)Cel + PVDF, (e) Cel + PVDF + BaTiO3, (f) maximum instantaneous value. (d)Cell+PPVDFF,,((e))Cell+PPVVDFF++BBaTaTiOiO3,3(,f()fm) maxaixmimuummininstsatnantatnaneoeuoussvvalaulue.e. 3 According to the experimental results, compared with a single TENG, the open circuit output voltage is increased by about 1.273–1.321 times after assembly, and the short-circuit output current voltage is increased by about 1.273–1.321 times after assembly, and the short-circuit output current voltage is increased by about 1.273–1.321 times after assembly, and the short-circuit output current peak is increased by about 1.110 times. This is due to the large friction layer resistance and the device’s peak is increased by about 1.110 times. This is due to the large friction layer resistance and the device's peak is increased by about 1.110 times. This is due to the large friction layer resistance and the device's own loss in rectifying process, resulting in the two after assembly open circuit output voltage and own loss in rectifying process, resulting in the two after assembly open circuit output voltage and own loss in rectifying process, resulting in the two after assembly open circuit output voltage and short circuit output current increase is small. After four assemblies, the output voltage of the open short circuit output current increase is small. After four assemblies, the output voltage of the open short circuit output current increase is small. After four assemblies, the output voltage of the open circuit based on the pure cellulose friction layer is 5.185 V (up 49.80% increase), and the peak value circuit based on the pure cellulose friction layer is 5.185 V (up 49.80% increase), and the peak value circuit based on the pure cellulose friction layer is 5.185 V (up 49.80% increase), and the peak value of the short-circuit output current is 0.767 μA (37.51% reduction). The output voltage of the friction of the short-circuit output current is 0.767 μA (37.51% reduction). The output voltage of the friction of the short-circuit output current is 0.767 μA (37.51% reduction). The output voltage of the friction layerbasedonCel+PVDF+BaTiO is12.755V(50.71%reduction),andthepeakoutputcurrentis layer based on Cel + PVDF + BaTiO33is 12.755 V (50.71% reduction), and the peak output current is layer based on Cel + PVDF + BaTiO3 is 12.755 V (50.71% reduction), and the peak output current is 3.947 μA (40.42% reduction). According to the experimental results, compared with a single TENG, 3.947 μA (40.42% reduction). According to the experimental results, compared with a single TENG, 3.947 μA (40.42% reduction). According to the experimental results, compared with a single TENG, the open circuit output voltage is reduced by 0.498–0.507 time, and the short-circuit output current the open circuit output voltage is reduced by 0.498–0.507 time, and the short-circuit output current the open circuit output voltage is reduced by 0.498–0.507 time, and the short-circuit output current peak is reduced by 0.375–0.405 time. After four assemblies, the open circuit output voltage and the peak is reduced by 0.375–0.405 time. After four assemblies, the open circuit output voltage and the peak is reduced by 0.375–0.405 time. After four assemblies, the open circuit output voltage and the short-circuit output current are greatly reduced mainly due to two aspects, namely, the power loss of short-circuit output current are greatly reduced mainly due to two aspects, namely, the power loss short-circuit output current are greatly reduced mainly due to two aspects, namely, the power loss the rectifying device and the asynchronous power of each TENG output. Subsequently, improving of the rectifying device and the asynchronous power of each TENG output. Subsequently, improving of the rectifying device and the asynchronous power of each TENG output. Subsequently, improving the output performance of the generator starts from reducing the power consumption of the rectifier the output performance of the generator starts from reducing the power consumption of the rectifierPDF Image | Green Triboelectric Nano-Generator Composite of Degradable Cellulose, Piezoelectric Polymers of PVDF PA6
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