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On March 29, 2016, Natcore Technology (Rochester, New York, USA), an American equipment specialist, announced that its laser-processed solar photovoltaic cells have reached commercial-grade efficiency
.
Natcore's revolutionary full-back contact silicon solar cell structure refinement technology uses low-cost aluminum instead of high-cost silver
.
The design efficiency of new laser processing solar energy cells will exceed 20%
As early as 11 months ago, its proof-of-concept cell efficiency was 4%.
Today, the battery efficiency has reached 17.
5%, which is roughly equivalent to the commercial solar cells
on the market today.
Importantly, Natcore's new battery design generates short-circuit currents in excess of 40 mA/cm2 and open-circuit voltages above 0.
65V
.
Solar cell efficiency can exceed 20%.
Natcore's new cell design is based on the basic concept
of silicon heterojunction (SHJ) solar cells.
Panasonic's silicon heterojunction solar cells currently hold the world record
for efficiency.
Solar panels are efficient and low cost
Natcore's new SHJ batteries, completed by Natcore's R&D center in Rochester, Rochester, use advanced laser processing equipment that is slightly limited
compared to commercial solar cell production equipment.
Natcore laser processing of full-back contact silicon solar cells will accelerate the introduction of a new generation of solar panels with greater efficiency and lower
cost.
Chuck Provini, President and CEO of Natcore, said, "Our laser processing technology has reached performance targets and can be presented to large producers, using their scale and resources to help achieve the highest efficiency
of the battery.
”
On March 29, 2016, Natcore Technology (Rochester, New York, USA), an American equipment specialist, announced that its laser-processed solar photovoltaic cells have reached commercial-grade efficiency
.
Natcore's revolutionary full-back contact silicon solar cell structure refinement technology uses low-cost aluminum instead of high-cost silver
.
The design efficiency of new laser processing solar energy cells will exceed 20%
As early as 11 months ago, its proof-of-concept cell efficiency was 4%.
Today, the battery efficiency has reached 17.
5%, which is roughly equivalent to the commercial solar cells
on the market today.
Importantly, Natcore's new battery design generates short-circuit currents in excess of 40 mA/cm2 and open-circuit voltages above 0.
65V
.
Solar cell efficiency can exceed 20%.
Natcore's new cell design is based on the basic concept
of silicon heterojunction (SHJ) solar cells.
Panasonic's silicon heterojunction solar cells currently hold the world record
for efficiency.
Solar panels are efficient and low cost
Natcore's new SHJ batteries, completed by Natcore's R&D center in Rochester, Rochester, use advanced laser processing equipment that is slightly limited
compared to commercial solar cell production equipment.
Natcore laser processing of full-back contact silicon solar cells will accelerate the introduction of a new generation of solar panels with greater efficiency and lower
cost.
Chuck Provini, President and CEO of Natcore, said, "Our laser processing technology has reached performance targets and can be presented to large producers, using their scale and resources to help achieve the highest efficiency
of the battery.
”
