PLANT PV, a photovoltaic materials innovator, announced today at SNEC 2017 a breakthrough that enables solar cell manufacturers to capture substantially greater solar cell power output. PLANT PV's new Silver-on-Aluminum™ paste is designed for easy implementation with no added investment cost for cell producers and leads to a 1 percent increase in relative power output for c-Si solar cells.

Alameda, Calif. and Shanghai—April 18, 2017—PLANT PV, a photovoltaic materials innovator, announced today at SNEC 2017 a breakthrough that enables solar cell manufacturers to capture substantially greater solar cell power output. PLANT PVs new Silver-on-Aluminum™ paste is designed for easy implementation with no added investment cost for cell producers and leads to a 1 percent increase in relative power output for c-Si solar cells.

"For 20 years the industry has had to accept an efficiency loss from printing silver bus bars directly onto solar cells," stated Dr. Craig Peters, CEO of PLANT PV. "Our Silver-on-Aluminum paste has been developed to directly address this problem and enable cell producers to eliminate these unnecessary efficiency losses in all conventional solar cells today."

"Assuming full implementation on the 85-GW global production recently forecast for 2017 by GTM (Greentech Media), of which at least 50GW is back surface field (BSF) our technology would enable an estimated 500-MW more power to be developed by todays PV module facilities, with no additional process steps or work process to be adopted," added Peters.

Silver-on-Aluminum paste provides cell manufacturers with the ability to print the paste directly onto dried aluminum film, allowing them to cover the entire back of the wafer with aluminum paste and obtain the beneficial passivation of a continuous aluminum back-surface field.

PLANT PV recently demonstrated a 0.15% absolute efficiency gain over cells using conventional rear-tabbing pastes on multi-crystalline silicon solar cells at Fraunhofer ISE in Freiburg, Germany. The company, which was incubated out of the Molecular Foundry at Lawrence Berkeley National Laboratory, will present its Ag-on-Al paste concept and test results at this weeks SNEC 11th International PV Power Generation Conference in Shanghai.

PLANT PV is now entering into testing with select customers; cell makers interested in testing and purchasing Ag-on-Al product or interested in meeting PLANT PV representatives at SNEC 2017 should contact sales@plantpv.com.


About PLANT PV
PLANT PV is a materials science startup located in Alameda, California. The company is focused on the incorporation of new materials into solar cell devices and the underlying chemistry and device physics that limit current performance. PLANT PV was co-founded in 2010 by Dr. Brian Hardin and Dr. Craig Peters while PhD students in the Material Science and Engineering Department of Stanford University. The company is financed by Prelude Ventures, select US and Norwegian seed investors and the National Science Foundation. The company is guided by PV industry veterans Andy London (formerly Heraeus) and Dr. Erik Sauar (formerly REC).

Contact:
Dr. Brian Hardin, +1-650-814-0594, bhardin@plantpv.com