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Hanwha Q CELLS became the first solar company to achieve a new world record for polycrystalline solar PV module efficiency of 19.
5
%.
This new efficiency record has been certified
by the Fraunhofer CalLab laboratory.
This efficiency record was published in the June 2016 issue of the scientific journal Advances in Photovoltaics: Research and Applications
.
Technical characteristics of solar cell rear passivation and additional components
This is the first time in PV history that the efficiency of a standard-size 1670 x 1000 mm2 polysilicon PV module has exceeded the 300 watt mark
.
This world-record-breaking module uses the company's proprietary Q.
ANTUM technology, based on the solar cell's back-side passivation technology, using additional module technology features to optimize cell efficiency and reduce solar LCOE
.
The latest world record underscores Hanwha Q CELLS' leadership
in advanced cell and module development.
The record-breaking module consists of high-efficiency polysilicon Q.
ANTUM solar cells, and the quad busbar is produced
on a pilot line at the Technology Innovation and Quality Center in Talheim, Germany.
The cells and modules are produced
on industrial batch-scale production equipment according to standard procedures.
The high-efficiency Q.
ANTUM solar cell building blocks are cost-effective polysilicon wafers
.
The module size is approximately equal to Hanwha Q CELLS' current 60-cell battery lineup (1,670×1,000 square millimeters).
Hanwha Q CELLS became the first solar company to achieve a new world record for polycrystalline solar PV module efficiency of 19.
5
%.
This new efficiency record has been certified
by the Fraunhofer CalLab laboratory.
This efficiency record was published in the June 2016 issue of the scientific journal Advances in Photovoltaics: Research and Applications
.
Technical characteristics of solar cell rear passivation and additional components
Technical characteristics of solar cell rear passivation and additional componentsThis is the first time in PV history that the efficiency of a standard-size 1670 x 1000 mm2 polysilicon PV module has exceeded the 300 watt mark
.
This world-record-breaking module uses the company's proprietary Q.
ANTUM technology, based on the solar cell's back-side passivation technology, using additional module technology features to optimize cell efficiency and reduce solar LCOE
.
The latest world record underscores Hanwha Q CELLS' leadership
in advanced cell and module development.
The record-breaking module consists of high-efficiency polysilicon Q.
ANTUM solar cells, and the quad busbar is produced
on a pilot line at the Technology Innovation and Quality Center in Talheim, Germany.
The cells and modules are produced
on industrial batch-scale production equipment according to standard procedures.
The high-efficiency Q.
ANTUM solar cell building blocks are cost-effective polysilicon wafers
.
The module size is approximately equal to Hanwha Q CELLS' current 60-cell battery lineup (1,670×1,000 square millimeters).
