News Article
Solar Junction beats its own record with 44.1% cell efficiency
Solar Junction has surpassed its previous world record on IQE's production qualified wafers
IQE says that its high-volume, production qualified material has been independently certified as achieving 44.1 percent cell efficiency by the National Renewable Energy Laboratory (NREL).
This surpasses Solar Junctions previous world record for a standard triple junction CPV cell.
The wafers, produced using IQE's high-volume MBE tools, were processed by IQE's strategic partner Solar Junction Corporation, a developer of high efficiency multi-junction solar energy cells for the concentrated photovoltaic (CPV) market.
The standard three-junction III-V solar cells are believed to set a new world record for production scale CPV wafer technology and demonstrate improved efficiency over Solar Junction's previous world record reported in October 2012.
Vijit Sabnis, CEO at Solar Junction comments, "Breaking a world record is a major achievement, but improving on our most recent record using high-volume production equipment produced in conjunction with our manufacturing partner IQE, and Solar Junction's fabrication line in Sunnyvale, California, is dramatically more significant. This result is a testament to our close partnership with IQE, Solar Junction's dilute nitride technology and our exceptional team. We continue to be the benchmark for multi-junction solar cell production efficiency to assist our customers in driving CPV costs down."
Drew Nelson, IQE Chief Executive, says, "Following our recent announcement of full qualification of our high volume 4" and 6" CPV technology, surpassing Solar Junction's previous cell efficiency record is a massive achievement. Improvements in CPV cell efficiencies translate to highly significant overall cost reduction in terms of installation and energy generation in utility scale solar farms. The fact that this has been achieved on production-qualified platforms is a major milestone."
Nelson continues, "Furthermore, the transfer of wafer production to IQE's manufacturing tools enables the Solar Junction team to focus on further improving efficiencies on lattice-matched, multi-junction CPV solar cells using a combination of their unique dilute nitride technology, combined with pre existing IQE IP. This will facilitate seamless technology transfer into high volume manufacture of ultra efficient CPV cells as the conversion efficiency improves further."
This surpasses Solar Junctions previous world record for a standard triple junction CPV cell.
The wafers, produced using IQE's high-volume MBE tools, were processed by IQE's strategic partner Solar Junction Corporation, a developer of high efficiency multi-junction solar energy cells for the concentrated photovoltaic (CPV) market.
The standard three-junction III-V solar cells are believed to set a new world record for production scale CPV wafer technology and demonstrate improved efficiency over Solar Junction's previous world record reported in October 2012.
Vijit Sabnis, CEO at Solar Junction comments, "Breaking a world record is a major achievement, but improving on our most recent record using high-volume production equipment produced in conjunction with our manufacturing partner IQE, and Solar Junction's fabrication line in Sunnyvale, California, is dramatically more significant. This result is a testament to our close partnership with IQE, Solar Junction's dilute nitride technology and our exceptional team. We continue to be the benchmark for multi-junction solar cell production efficiency to assist our customers in driving CPV costs down."
Drew Nelson, IQE Chief Executive, says, "Following our recent announcement of full qualification of our high volume 4" and 6" CPV technology, surpassing Solar Junction's previous cell efficiency record is a massive achievement. Improvements in CPV cell efficiencies translate to highly significant overall cost reduction in terms of installation and energy generation in utility scale solar farms. The fact that this has been achieved on production-qualified platforms is a major milestone."
Nelson continues, "Furthermore, the transfer of wafer production to IQE's manufacturing tools enables the Solar Junction team to focus on further improving efficiencies on lattice-matched, multi-junction CPV solar cells using a combination of their unique dilute nitride technology, combined with pre existing IQE IP. This will facilitate seamless technology transfer into high volume manufacture of ultra efficient CPV cells as the conversion efficiency improves further."
