- About Us
- Guidelines
-
The Author ensures that the research has been conducted responsibly and ethically with adherence to all relevant regulations. read more..
- For Authors
- For Reviewer
- Manuscript Guidelines
- Membership
-
- Journals
- Reprints
- e-Books
- Videos
- Indexing
- Contact Us
COVID-19
- Submissions
Abstract
Research & Development in Material Science
Non-Vacuum Processing of CIGSe Solar Cells on Flexible Substrates Improved by Controllable Selenization on Ohmic-Contact Effect
-
Open or Close Jiajer Ho1,3, Wang SH1, JJ HO1*, Jie XL1, Wei TH2, Chien CC2, and Song YT2
1Department of Electrical Engineering, Taiwan
2 Department of Green Energy & Environment Research, Taiwan
3 Department of California Academy of Mathematics & Sciences, USA
*Corresponding author: JJ Ho, Department of Electrical Engineering, Taiwan
Submission: February 04, 2019;Published: February 07, 2019
ISSN : 2576-8840Volume9 Issue5
Abstract
The blade coating and chemical bath deposition (CBD) techniques are employed as the non-vacuum process to form thin-film Cu (In, Ga) Se2 (CIGSe) on flexible (stainless-steel) substrates for the low-cost solar-cell industry. The best efficiency of 10.33% is obtained with the developed sample A2 after the selenization with optimisation of ohmic contact on CIGSe/Mo interface, which yields a gain of 26.75% absolute compared with that of a reference cell. In addition, the developed CIGSe thin-film with non-vacuum process are fast with simplicity and reliability and could be effectively applied to mass production in commercial applications.
Editor In Chief
.jpg)
Signup for Newsletter
Quick Links
Editorial Board Registrations
Submit your Article
Best Paper of the Volume
Reprints
Refer a Friend
Advertise With UsOur Recent Edition
.jpg)
Top Editors
.jpg)
.bmp)
.jpg)
.png)
.jpg)
.png)
.png)
.png)
Financial Support
Sponsors
Latest e-Books
Latest Video
a Creative Commons Attribution 4.0 International License. Based on a work at www.crimsonpublishers.com.
Best viewed in 
| Above IE 9.0 version