Your daily dose of photovoltaic technology developments and solar news

• Most Popular Articles

  • Suntech sales reach US$1.7 billion in 2009: capex, capacity and shipments to rise in 2010
  • Q-Cells CEO exits amid investor anxiety
  • Moser Baer achieves 7.3% module efficiency through its proprietary process
  • Project Focus: U.S. Navy to award $200M in contracts to build 40MW of solar PV power plants
  • Yingli Green to add 300MW of capacity; tops $1B in annual revenues, achieves record module shipments

• Popular Technical Papers

  • Photovoltaic Fab Managers’ Forum Review
  • Photovoltaic industry 2009: a journey into uncertainty
  • Overview of automation in the photovoltaic industry
  • Thin-film CIGS starts to come of age
  • CIGS, CdTe thin-film PV equipment sector emerges, standardization remains elusive

• Subscribe to our weekly newsletter

  Name
  Job title
  Company
  Email

Advent Solar has teamed with Arizona State University to develop next-generation Emitter-Wrap Through (EWT) back-contact cell and Monolithic Module Assembly (MMA) technologies, which form the core aspects of Advent Solar’s cell-to-module architecture. Advent Solar is placing engineering staff at SkySong, ASU's Center for Innovation in Scottsdale.

"With Ventura Technology, Advent Solar has created a development path to significantly improve the efficiency and cost metrics of solar technology at both the cell and module levels," said Peter Green (pictured), President and CEO of Advent Solar. "We are excited about working closely with Arizona State University to further expand the capabilities of Ventura Technology and create innovative approaches to meet the challenges facing the solar industry.

"Arizona State University's prominent team of scientists and engineers are committed to developing the next-generation of solar energy technology to improve power efficiency and the economic feasibility of renewable energy," said George Maracas, acting Director and Chief Operating Officer of the Solar Power Laboratory at Arizona State University. “By working with Advent Solar, we will not only be able to further our technology development goals, but also stimulate economic development in the Southwest region around renewable energy technology."

Last week, Advent Solar claimed that its ‘Ventura’ technology has reached 18.2% efficiencies on mainstream 156mm mono silicon wafers; 17.2% on 156mm multicrystalline wafers; and 16.56% on 156mm UMG wafers. The former PV module start-up is now involved in licensing its technology.