Table 1.

List of the reported textile-based TENGs with different performance.

Ref	Location of Energy Collection	Current	Voltage	Charge Accumulation	Materials	Device Substrate	Combination with Garment
[6]		19 μA	900 V	203 mWm−2	PTFE	Polyester fabric	Knitted
[7]	Under foot, under arm, elbow joint	4 μA	50 V	3.7 μC min−1	Ni-cloth, parlyene	Polyester fabric	Attached
[26]	Underneath the arm	1.4 μA	113.21 V	80 mW/m2	PTFE, PVDF	Nylon, silk, cotton, T/C, PET, PP fabric
[54]	Underneath the arm	0.91 mA	12.6 V	11.92 mA cm−2	EVA, PDMS	EVA tubes	Attached, woven
[58]	Underneath the arm	1.5 μA	~118 V	48 nC	Conductive carbon wires	Carbon and PTFE textile
[63]	Underneath the arm	40 μA			Ni and parlyene	Polyester yarns	Woven
[66]	Elbow	12 μA	500 V	310 μW/cm2	Silk fibroin, PVDF	Conductive fabrics
[67]	Sleeve, underneath the arm	55 μA	100 V		Ni and parlyene	Polyester fabric	Attached
[75]		2.9 μA	150 V	85 mW·m−2	Stainless steel, polyester	Silicone, rubber	Knitting
[77]	Chest	1.8 μA	49 V	50.6 mF cm−2, 94.5 mW m−2	Ni, rGO-Ni	Stretchable polyester fabric	Sewn
[88]	Hand	0.25 mA	80 V		PTFE and copper, ZnO and copper	Polymer textile
[89]	Between forearm, human body	0.2 mA	2 kV	69 μC/s	Nylon, Dacron	Cotton
[90]	Under arm	0.4 μA	40 V	0.18 μW/cm2, 85.2 mF/cm2	PI, PU, Al, PDMS, CNT/RuO2 PVA/H3PO4	Carbon fabric
[91]	Pocket, sleeve	65 μA	120 V		ZnO, PDMS	Ag-coated knitted textile	Attached
[92]	Elbow, knee		4.16 V		Metal, conductive fiber, AgNWs	Nylon fiber, silicone, rubber tube
[93]	Chest, hand, wrist				CNT	Polyester, nylon textile	Sewn
[86]		4 μA	120 V	68 μW m−2	Au nanodots, polyurethane/PTFE	Nylon woven-fabric
[94]		399.42 mA	17 V		Copper	Polyester filament	Sewn
[81]	Wrist, elbow, ankle, knee	190 nA	1.8 V		PVDF, Al	Nylon fabric	Sewn, stitched
[95]	Butt, underneath the arm, arm, knee		540 V	2 Wm−2	PEDOT: PSS, PTFE or silicon rubber	Cotton textile	Attached
[96]	Sleeve	3 μA	60 V	≈78.1 μWh cm−2, 14 mW cm−2	Ni/Cu, rGO/CNT, NiCo BOH	Polyester yarn	Woven, knitted