The Taiwanese manufacturer has announced its WST-480BDX54-B2 Ultra Black Glass-Glass for the European market. It features an efficiency of 23.5%.
Research from the Massachusetts Institute of Technology highlights 81 unique innovations across a diverse range of research efforts and industries that have impacted PV system costs since 1970, the majority of which originate from outside the sector.
Ember Energy says China’s solar export market is shifting as more diverse global supply chains drive higher cell and wafer shipments, lifting combined solar product capacity 11% this year despite lower panel exports.
An international research team has constructed an indoor perovksite PV device by using a triple passivation treatment to reduce crystal defects in the perovskite film. The cell achieved remarkable efficiency and was also able to retain 92% of its initial performance after 3,200 h.
A Chinese research team has investigated impurity and defect levels in solar cells based on mono cast wafers and have found that around 30% of the devices present an “excessive” reduction in power conversion efficiency. The scientists concluded that cast monocrystalline silicon will unlikely capture a meaningful market share in the near future.
The Chinese manufacturer said its new IEC 61215-certified rooftop PV module relies on a 30 mm aluminum frame and dual-glass construction that reportedly help it withstand extreme snow loads and wind pressure.
Highland Materials will build a 16,000 metric ton (MT) solar-grade polysilicon plant on a former US nuclear project site, under a long-term lease with Pivotal Manufacturing.
The investment package features a $200 million loan for the implementation of the project and a $50 million preferred equity investment. The approval is said to have been opposed by several members of IFC’s board of executive directors.
OPIS, Wood Mackenzie, and Bernreuter Research have spoken with pv magazine about China’s alleged $7 billion plan to reduce polysilicon oversupply and restore a sustainable pricing environment for the PV supply chain, but opinions remain divided on its feasibility and effectiveness.
Researchers from UNSW have found that invisible light accelerates UV-induced degradation in TOPCon solar cells, producing the same degradation effects as visible light but at a much faster rate. This can lead to significant open-circuit voltage losses and reduce cell efficiency.
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