Patent family

Solar Cell

太陽能電池
3 documentsUnited StatesTaiwanChinaEarliest document 2017

Inventors: (邱偉豪), (林哲緯), (陳偉銘), (劉智生), (裴善莊), (徐偉智)

Assignee: Neo Solar Power Corporation (新日光能源科技股份有限公司)

US 2018/0062002 A1

1 Mar. 2018
United StatesPublished applicationPatent application

Application number: US15657662

Filing date
2017-07-24
Publication date
2018-03-01

Legal status: Abandoned

HH10H10FH10F77/00H10F77/93H10F77/933H10F77/935H10F77/937H01L31/0201H01L31/022425H01L31/072H10F10/00H10F10/10H10F10/14H10F71/00H10F71/121H10F77/20H10F77/206H10F77/211H10F77/215H10F10/16YY02Y02EY02E10/00Y02E10/50Y02E10/547Y02PY02P70/00Y02P70/50
Abstract

A solar cell includes a semiconductor substrate, one or more bus bar electrode, and a plurality of finger electrodes. The bus bar electrode and the finger electrodes are disposed on the semiconductor substrate. Conventionally, in a process of forming the finger electrodes by utilizing screen printing, offset may occur. Consequently, the finger electrodes cannot be connected to the bus bar electrode. According to the provided solar cell, the bus bar electrode is formed by using patterned silver and aluminum, to manufacture a wider bus bar electrode than the bus bar electrode in the conventional solar cell without increasing silver consumption, thereby resolving the problem of offset.

M539701

2017
TaiwanGrantedUtility model

Application number: TW105212907U

Filing date
2016-08-24
zhHH10H10FH10F77/00H10F77/93H10F77/933H10F77/935H10F77/937H10F10/00H10F10/10H10F10/14H10F71/00H10F71/121H10F77/20H10F77/206H10F77/211H10F77/215H10F10/16YY02Y02EY02E10/00Y02E10/50Y02E10/547Y02PY02P70/00Y02P70/50

CN206236681U

太阳能电池

9 Jun. 2017
ChinaGrantedUtility model

Application number: CN2016211926198U

Filing date
2016-10-28
Publication date
2017-06-09
Grant date
2017-06-09

Legal status: Active

zhHH10H10FH10F77/00H10F77/93H10F77/933H10F77/935H10F77/937H10F10/00H10F10/10H10F10/14H10F71/00H10F71/121H10F77/20H10F77/206H10F77/211H10F77/215H10F10/16YY02Y02EY02E10/00Y02E10/50Y02E10/547Y02PY02P70/00Y02P70/50
Abstract

A solar cell comprises a semiconductor substrate and at least one bus electrode and a plurality of finger electrodes disposed on the semiconductor substrate. In the conventional process of forming the finger electrodes by screen printing, misalignment may occur, so that the finger electrodes cannot be connected to the bus electrodes. The utility model forms the bus electrodes by using patterned silver and aluminum, and produces a bus electrode wider than the bus electrode of a conventional solar cell without increasing the amount of silver, thereby solving the above-mentioned misalignment problem.

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