The up-and-coming solar market of India has received a boost with the news that the US Export-Import Bank (Ex-Im) has agreed to fund a 2MW solar PV project in Gujarat. CIGS module manufacturer MiaSolé will supply the project, being developed by Universal Solar Systems, with modules for the park, which will bring India’s National Solar Mission (NSM) a step closer to its aim of establishing 20GW of grid-connected solar capacity by 2022.
South Africa’s Department of Energy has approved Soitec Energy as one of the preferred bidders under the country’s independent power producer (IPP) programme. Soitec’s first installation under this programme will be a 50MW CPV system next to the Aquila Private Game Reserve in Touwsrivier on the Western Cape.
Researchers from Fraunhofer Instituts für Solare Energiesysteme (ISE), Freiburg and the Carnot-Institut Laboratoire d‘électronique des technologies de l‘information (CEA-LETI) in Paris have been awarded the Franco-German Business award for their work on developing reusable substrates for III-V multi-junction solar cells.
Soltecture has produced the first 100W thin-film modules from its Berlin Adlershof manufacturing line. The modules have an efficiency of 13.4% and Soltecture CEO Nikolaus Meyer believes their launch is an important step in its long-term target of achieving 16% efficiency.
Fraunhofer ISE CalLab has certified a 9.8% cell efficiency for Heliatek’s 1.1cm² tandem organic solar cell, which was created with a low temperature deposition process. The company’s in-house measurements have demonstrated that scaling up its record-breaking cells to a panel with a size factor >120 produces efficiency over 9% for the active module area. Heliatek notes that its new record is the third in a row that it has set for efficiency in OPV.
Roth & Rau's has recently improved the cell efficiency on their heterojunction solar cells (HJT) to 21% efficiency on 156mm wafers. Presented at the European Photovoltaic Solar Energy Conference and Exhibition in Hamburg at the beginning of September this year, Roth & Rau achieved the first silicon heterojunction cell on 6 inch wafers at an efficiency rating of 20%. This result was later independently confirmed at Fraunhofer Institute for Solar Energy Systems (ISE).
As part of its long-term cost reduction goals for its turnkey Micromorph thin film silicon ‘ThinFab’ production lines, Oerlikon Solar has teamed with gas suppliers Air Liquide and Linde to provide more than a 20% reduction in total cost of all gases and precursors. As a result, its ThinFab (120MWp) lines going into full production by end of 2012 can reduce module production costs by up to 5%. The total gas budget was said to be less than €8.50 per panel.
Semiconductor equipment supplier, Novellus Systems is developing what it describes as conformal film deposition (CFD) technology, an atomic layer deposition process to grow conformal metal oxide and metal nitride dipole layers in the PV cells. Collaboration is being undertaken with the University of South Florida (USF), to study the precise engineering of solar cell interfaces via a National Science Foundation (NSF) grant.
David Brady, First Solar’s VP of Treasury is also taking over the role of Investor Relations, reporting to Mark Widmar, Chief Financial Officer. Former investor relations officer, Larry Polizzotto remains within the company, though no formal position has been chosen. Reasons for the shuffle were not given.
Pushing the boundaries of conventional silicon solar cell technology, while offering a low-cost production approach, took another step forward, according to R&D organisation, imec. In conjunction with its industrial affiliates, researchers have developed a small-area (2x2 cm2) - interdigitated back-contact (IBC) silicon solar cells that has demonstrated a conversion efficiency of 23.3%. Work will now focus on developing a large-area and production viable cell and process steps.
