energy

  Huasun and Feedgy have announced the launch of new solar modules for agrivoltaics   With a focus on this growing segment in Europe, these modules offer a power range of 300 W to 320 W   Huasun has provided 96 pieces of its HJT cells for this semi-transparent AgriPV module   Chinese heterojunction (HJT) solar cell and module producer Huasun Energy has launched new semi-transparent solar modules especially for the growing agrivoltaics segment in Europe. It has developed these in collaboration with French energy solutions provider Feedgy that estimates the global agrivoltaics market to grow to €8.6 billion by 2031, up from €3.3 billion in 2021.   An October 2023 report by the EU’s JRC said the bloc can exceed its 720 GW DC solar generation target for 2030 using only 1% of farmland to accommodate solar projects ( see  Agrivoltaics Can Help Exceed Targets Under EU Solar Strategy ).   The 2 partners call it the 1 st  HJT semi-transparent module tailored for agriculture. It was unveiled at

  The encapsulant is an integral part of a solar PV module, commonly referred to as a solar panel. Among other functions, it provides cushioning to the PV cells and binds them to the top surface (glass) and rear surface (glass or backsheet) of the module. Over the years, two popular materials, EVA (Ethyl Vinyl Acetate) and POE (Polyolefin Elastomer) , have been widely used for PV encapsulation. However, due to certain limitations associated with each material, encapsulation material suppliers have engineered a new solution called EPE (EVA-POE-EVA) encapsulant – a multilayer construction that combines the best properties of both materials. In this article, we will explore the properties of EVA and POE encapsulants and how the EPE encapsulant addresses their shortcomings, as well as the increasing applications of EPE in modern cell architectures. Limitations of EVA and POE EVA is a thermoplastic polymer with superior adhesive properties and excellent optical transmission. However, it al