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German CIGS developer Avancis has developed a CIGS miniature thin-film solar cell with a size of 30cm2, with a new efficiency of 17.
9%.
The company claims that the technology can also be converted into 1m2 standard-sized modules with a power of 170Wp
.
Copper indium gallium selenide (CIGS) thin-film solar cells and cadmium telluride (CdTe) technologies continue to evolve
.
Avancis' PV modules with a daylighting area of 622cm2 reach an efficiency of 17.
9%.
Avancis claims the technology sets a record, improving efficiency from the 16.
5 percent previously set by Taiwanese semiconductor giant TSMC and surpassing Manz's 16 percent
.
Avancis' record-breaking efficiency component was produced at the Torgau plant in Germany and was mainly used to reduce the dead zone
of CIGS cells by reducing cell width, optimizing the ZnO layer, aluminum frontal contact and improving laser ablation.
This CIGS module is suitable for space-constrained applications such as roofing, a market previously dominated by crystalline silicon technology
.
This technology is certified
by the Fraunhofer Institute for Solar Energy Systems (ISE).
Avancis was acquired
in 2014 by China National Building Materials Group Co.
, Ltd.
, a Chinese supplier of building materials and glass building materials.
Given its sleek all-black aesthetic, AVANCIS technology is well suited for building integrated photovoltaic (BIPV) applications, which is also sought after by Chinese building materials
.
In addition, AVANCIS components are cadmium-free and offer environmental advantages
when integrated into building facades and roofs.
In December 2015, SolarFrontier, Japan's largest manufacturer of copper indium selenide thin-film photovoltaic solar modules, developed a standard-size 0.
5cm2 thin-film solar cell, which set a new record
for energy conversion efficiency of 22.
3%.
German CIGS developer Avancis has developed a CIGS miniature thin-film solar cell with a size of 30cm2, with a new efficiency of 17.
9%.
The company claims that the technology can also be converted into 1m2 standard-sized modules with a power of 170Wp
.
Copper indium gallium selenide (CIGS) thin-film solar cells and cadmium telluride (CdTe) technologies continue to evolve
.
Avancis' PV modules with a daylighting area of 622cm2 reach an efficiency of 17.
9%.
Avancis claims the technology sets a record, improving efficiency from the 16.
5 percent previously set by Taiwanese semiconductor giant TSMC and surpassing Manz's 16 percent
.
Avancis' record-breaking efficiency component was produced at the Torgau plant in Germany and was mainly used to reduce the dead zone
of CIGS cells by reducing cell width, optimizing the ZnO layer, aluminum frontal contact and improving laser ablation.
This CIGS module is suitable for space-constrained applications such as roofing, a market previously dominated by crystalline silicon technology
.
This technology is certified
by the Fraunhofer Institute for Solar Energy Systems (ISE).
Avancis was acquired
in 2014 by China National Building Materials Group Co.
, Ltd.
, a Chinese supplier of building materials and glass building materials.
Given its sleek all-black aesthetic, AVANCIS technology is well suited for building integrated photovoltaic (BIPV) applications, which is also sought after by Chinese building materials
.
In addition, AVANCIS components are cadmium-free and offer environmental advantages
when integrated into building facades and roofs.
In December 2015, SolarFrontier, Japan's largest manufacturer of copper indium selenide thin-film photovoltaic solar modules, developed a standard-size 0.
5cm2 thin-film solar cell, which set a new record
for energy conversion efficiency of 22.
3%.
