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Research
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2020
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Article
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Tab 1
Review Article
Triboelectric Nanogenerator Enabled Smart Shoes for Wearable Electricity Generation
Table 1
The output performance and main features of the TENG enabled smart shoes.
TENG’s position
Structural design features
Main properties
Voltage
Current
Power
Duration
References
On the insole
Textiled TENG with plastic metal electrodes
Flexible and stable
30.96 V
3.07
μ
A
13.97
μ
W
7200
[
158
]
Multilayer TENG with porous nanocomposite
Stretchable
55 V
170 nA
—
—
[
159
]
Embedded into the insole
Multilayer TENG with a zigzag-shaped substrate
Flexible
220 V
600
μ
A
—
—
[
163
]
Simple TENG with nanofibrous membrane
Breathable, lightweight and flexible
540 V
110
μ
A
—
6000
[
130
]
Engineered into the insole
An airtight-cavity-airbag structural insole
Waterproof and durable
528 V
81.2
μ
A
5.47 mW
10000
[
131
]
pDA-modified TENG
Simple, antibacterial, and antifouling
80 V
28.8
μ
A
311.3
μ
W
—
[
166
]
Integrated into the sole
Multilayer TENG with a zigzag-shaped substrate
High-efficient and lightweight
700 V
—
1.044 mW
—
[
132
]
Multilayer elastomeric TENG with closely stacked arches
High mechanical robustness and waterproof
—
16.2
μ
A
—
200000
[
171
]
Under the sole
Tube-shaped TENG
Waterproof and anticorrosive
140 V
—
—
—
[
133
]
TENG based PU foam and PTFE
Soft and lightweight
120 V
2
μ
A
—
—
[
175
]