Non-Asian Silicon Wafers For Meyer Burger Technology

Meyer Burger To Source Silicon Wafers Of European & US Origin From Norwegian Crystals

Non-Asian Silicon Wafers For Meyer Burger Technology

Pictured are monocrystalline silicon ingots of Norwegian Crystals for which it has an annual production capacity of 500 MW currently. It aims to expand it to 10 GW annually in the future. It has now signed an agreement for silicon wafer supply with Meyer Burger. (Photo Credit: Norwegian Crystals)

  • Meyer Burger has entered a binding supply agreement with Norway’s NCR for monocrystalline silicon wafers
  • NCR produces these products using hydropower ensuring these have ultra-low carbon footprint
  • Both are now in discussions to expand wafer supplies for the future, aligned with the planned growth of Meyer Burger

Norway headquartered monocrystalline ingot, bricks and wafer producer Norwegian Crystals (NCR) has been contracted under a binding supply agreement to provide silicon wafers to European solar cell and module maker Meyer Burger Technology AG.

Meyer Burger says polysilicon used to manufacture the wafers is of European and US origin without providing details of any specific quantities ordered. “With the delivery of first quantities of wafers from European production, Meyer Burger closes the last gap in the strategic re-establishment of a European supply chain for the production of solar cells and solar modules,” said Chief Operating Officer at Meyer Burger, Daniel Menzel.

The duo is exploring the possibility to expand wafer supplies for the coming years and along the planned growth of the German manufacturer with Swiss roots.

Since NCR uses hydropower to manufacture its products within Europe, Meyer Burger touts their low carbon footprint and also the fact that its proprietary heterojunction (HJT)/SmartWire technology needs thinner wafers which means less consumption of electricity.

However, Menzel added, “Nevertheless, Meyer Burger will continue to balance the benefits of global supply chains, but with clear and unambiguous requirements for social, ecological and economic sustainability.”

NCR currently operates 500 MW annual production capacity of ultra-low carbon ingots, and works with partners to produce wafers from bricks. It aims to establish a competitive ingot production capacity in Glomfjord of 10 GW annually. The manufacturer identifies South Korea and France as 2 main markets for ultra-low carbon footprint silicon ingots due to existing regulatory framework, and expects more markets to follow suit leading to growth in demand for such products in the near future.

About The Author

Anu Bhambhani

Senior News Editor: Anu Bhambhani is the Senior News Editor of TaiyangNews. Anu is our solar news whirlwind. At TaiyangNews she covers everything that is of importance in the world of solar power.Before joining our team, Anu worked in various positions at publications of the Times Group in New Delhi. As a Principal Correspondent, she conceptualized special features and supplements for both The Times of India and The Economic Times. While Anu delved deep into solar at TaiyangNews, environment topics have been close to her heart before. As Assistant Editor, she was responsible for launching Planet Earth for The Economic Times, a special series on environment. Before joining the Times Group, Anu was a Copy Editor at the Hindustan Times.Anu holds a Masters degree in Journalism and Mass Communications from the University of Rajasthan. She also studied at the Centre for Science and Environment in New Delhi on E-Outreach: New Media Technologies for Advocacy and Strategic Communication, Social Media

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