Meyer Burger solar panels utilize Heterojunction and SmartWire Connection technologies, giving them an advantage over competing panels.
Meyer Burger, a European solar panel manufacturer, has introduced an innovative combination of technologies that enhances its efficiency and energy output. Integrating Heterojunction (HJT) solar cells with SmartWire Connection Technology (SWCT) and an innovative back sheet represents a significant advancement in solar panel technology.
Meyer Burger’s HJT technology combines the advantages of crystalline and amorphous solar cells. Applying a low coating of non-crystalline silicon to both surfaces of the single-crystal silicon wafer minimizes electron loss, enhancing the solar cells’ performance. HJT technology can generate increased energy output even during sweltering days, as it performs more efficiently in higher temperatures.
Meyer Burger’s innovative SWCT technology enhances the performance of HJT cells, making them more robust. SWCT technology minimizes the likelihood of electron interference during the cellular process, resulting in a prolonged and superior energy output. It improves the electrical connections within the cells by being incorporated into the covering material, in contrast to multi-busbar technology. The circular design of Smart Wires minimizes light shadows and enhances production efficiency. Moreover, since SWCT technology eliminates the need for soldering, it helps maintain the stability of cells for extended periods and boosts their performance while enhancing their uniformity.
These upgrades allow Meyer Burger solar panels to function more effectively than conventional panels sold in stores. This innovative concept enables more significant advancement as Meyer Burger utilizes HJT technology to explore methods for future efficiency enhancements.