Date:17/10/18
Chinese scientists have developed a new nanogenerator that can harvest energy from human motions to continuously power wearable electronic devices, according to the China Science Daily on Tuesday.
Wearable electronic devices often require frequent charging or replacement of batteries. How to provide environmentally friendly and sustainable electrical energy to these wearable electronic devices has become an urgent problem needing to be solved. At the same time, the flexibility, comfort and washability of wearable power supply devices are also particularly important.
Scientists at Zhengzhou University have developed a washable and wearable nanogenerator based on hydrophobic nanofiber. It has a woven structure and can be attached to clothes to convert the mechanical energy generated by human activities into electrical energy.
This washable nanogenerator with its woven structure has provided new opportunities for the development of self-powered wearable electronics.
The research was published in the Journal of Materials Chemistry A.
Chinese Scientists Develop Nanogenerator to Power Wearable Electronics
Chinese scientists have developed a new nanogenerator that can harvest energy from human motions to continuously power wearable electronic devices, according to the China Science Daily on Tuesday.Wearable electronic devices often require frequent charging or replacement of batteries. How to provide environmentally friendly and sustainable electrical energy to these wearable electronic devices has become an urgent problem needing to be solved. At the same time, the flexibility, comfort and washability of wearable power supply devices are also particularly important.
Scientists at Zhengzhou University have developed a washable and wearable nanogenerator based on hydrophobic nanofiber. It has a woven structure and can be attached to clothes to convert the mechanical energy generated by human activities into electrical energy.
This washable nanogenerator with its woven structure has provided new opportunities for the development of self-powered wearable electronics.
The research was published in the Journal of Materials Chemistry A.
Views: 297
©ictnews.az. All rights reserved.
Similar news
- Azerbaijani project to monitor disease via mobile phones
- Innovative educational system to be improved under presidential decree
- NTRC prolongs license of two TV and radio organizations for 6 years
- Azerbaijan establishes e-registry for medicines
- Azerbaijani museum introduces e-guide
- Nar Mobile opens “Nar Dunyasi” sales and service center in Siyazan city
- International conference on custom electronic services held in Baku
- OIC secretary general to attend COMSTECH meeting in Baku
- Azerbaijan develops earthquake warning system
- New law to regulate transition to digital broadcasting in Azerbaijan
- Azerbaijani State Social Protection Fund introduces electronic digital signature
- Intellectual traffic management system in Baku to be commissioned in December
- Tax Ministry of Azerbaijan started receiving video-addresses
- World Bank recommends Azerbaijan to speed up e-service introduction in real estate
- Azerbaijan to shift to electronic registration of real estate
