INDEOtec’s Octopus II PECVD system has proven capabilities in the formation of heterojunction solar cells that enables top and bottom side thin film substrate deposition without the need of substrate flipping and vacuum breakage. The proprietary reactor design and a unique electrode arrangement allow low plasma ignition levels and low ion bombardments, which result in superior film thickness uniformity and excellent passivation levels.
Leading PV manufacturing equipment supplier, Meyer Burger has secured a CHF 22 million (US$22.5 million) order from Russia-based integrated solar module manufacturer to convert to heterojunction (HJ) and bifacial cell production and ‘SmartWire’ module assembly.
In February, 2016 SolarCity, the largest residential solar PV installer in the US said in its fourth quarter 2015 earnings call that its ambitious 1GW Buffalo Riverbend manufacturing facility had been impacted by longer than expected equipment lead times, pushing some equipment installs into the second-half of 2016.
The second day of our inaugural PV CellTech conference in Kuala Lumpur on 17 March 2016 turned out to be equally informative, engaging and thought-provoking as day one. Among the many takeaways from the two-day event in general, the final session addressed head-on one of the most hotly debated issues in the industry today – the technology roadmap!
Major PV metallization paste producer Heraeus Photovoltaics has launched a new family of low-temperature Ag-pastes at the PV Expo show being held in Tokyo.
Struggling renewables firm SunEdison has partnered with Chinese state-owned enterprise, Jinneng Group to build a 1.5GW integrated n-type monocrystalline heterojunction production facility in Shanxi Jinzhong Industrial Park, Shanxi, China.
Japanese electronics firm Panasonic is reported to be suspending production at its Nishikinohama ‘HIT’ solar cell and module assembly plant due to weak domestic consumer demand in Japan.
