Solar Energy Home
Solar News
Quantum achieves industry standard with photovoltaic modules

Quantum achieves industry standard with photovoltaic modules

Posted 2 years ago in the Solar Business category by Nate Lew
Quantum Fuel Systems Technologies Worldwide revealed on Friday that its photovoltaic solar panel modules had achieved important certifications that will enable it for mass production in the near future.

The Lake Forest, California company announced that its 230-watt crystalline silicon solar photovoltaic modules had achieved the industry standards of UL in the U.S. and C-UL in Canada. Additionally, the company's modules also became listed as "eligible photovoltaic modules" under the California Solar initiative program for state rebates after successfully testing under the California Energy Commission.

Prior to both approvals, Quantum had manufactured solar modules through their German affiliate Asola that had been designed to match European standards only.

"Quantum has a strong background in testing, validation and implementing process control systems to ensure highest quality products," said Alan P. Niedzwiecki, the President and CEO of Quantum. "The UL certification is an important milestone that opens the North American market for us. We are excited to be qualified by the California Energy Commission for rebates, just as demand has accelerated for high quality solar modules."

The approvals will help to pave the way for Quantum to begin mass production of their solar modules at their Irvine, California facility. The company expects an annual capacity of 45 megawatts, and has already announced a professional services agreement with the Los Angeles Department of Water and Power as a qualified supplier eligible for up to 200 megawatts of solar power projects.
ADNFCR-2111-ID-19588657-ADNFCR

Find a Solar Panel Professional Now!

Search our solar directory for professional installers in your area

Social Networking
Tell a Friend
Subscribe to Our Newsletter

Tell a Friend About SolarEnergy.net

The following will be appended: