Israeli Startup Has Solution to Costly, Inefficient Solar Panels

The process easily assimilates to existing high volume manufacturing production lines.
Israeli Startup Has Solution to Costly, Inefficient Solar Panels
Photovoltaic solar panels provide electricity to a private home in the Bedouin Arab village of Darajat in Israel's Negev desert on November 23, 2009. Uriel Sinai/Getty Images
Arleen Richards
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Solar is the fastest growing source of renewable electricity in the world and in the United States, with a 40 percent global annual capacity growth between 2000 and 2011. But there are challenges for the future growth of solar such as cost effectiveness, grid integration, and storage of power for later use.

Todays leading PV (photovoltaic) cell manufacturers have reached the limits of conventional solar cell screen printing processes, and governments are cutting subsidies for rooftop solar panel installation, choosing to make huge investments in new solar technologies instead.

One Israeli startup, undaunted by the challenges, has developed an innovative printing method that does more with less materials. Utilight, based in Yavne, Israel, and founded in 2008, uses a printing technology called pattern transfer printing (PTP), which is specifically designed for high-volume manufacturing of solar PV cells. 

Arleen Richards
Arleen Richards
NTD News Legal Correspondent
Arleen Richards is NTD's legal correspondent based at the network's global headquarters in New York City, where she covers all major legal stories. Arleen holds a Doctor of Law (J.D.).
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