With the rise of clean energy, photovoltaic technology, as one of the key driving forces of renewable energy, is experiencing continuous innovation and technological progress.Photovoltaic cellsAmong the technologies, BC (Back Contact) photovoltaic cells are gradually emerging and have attracted widespread attention from the industry. This article will explore the prospects of BC photovoltaic cells and focus onRaytronProductionPhotovoltaic welding ribbonIts application in BC batteries and its role in promoting the popularization of BC technology are explored.
The Prospects of BC Photovoltaic Cells
BC cells have attracted great interest in the photovoltaic field with their unique design. Compared with traditional photovoltaic cells, the front of BC cells uses a double-layer SiNx/SiOx anti-reflection passivation film without metal grid lines, while the emitters and back fields of P+ and N+ as well as the positive and negative electrodes of the corresponding areas are arranged on the back of the cell. This design avoids the light blocking by the metal grid electrode on the front, maximizes the use of incident light, reduces optical losses, and thus improves the photoelectric conversion efficiency. The theoretical conversion efficiency limit of BC cells is higher than other technologies, showing great potential in the future photovoltaic market.
Companies such as Longi Green Energy have stated that BC batteries are expected to become the mainstream technology route in the next 5-6 years, replacing TOPCON batteries and becoming the absolute mainstream of crystalline silicon batteries. However, due to the relatively complex manufacturing process of BC batteries, the relatively high equipment cost, and the relatively slow industrialization process, it is still in its infancy. However, the gradual popularization of BC batteries will inject new impetus into the development of clean energy.
Ruichuang photovoltaic welding ribbon helps BC battery connection
In the manufacturing process of BC batteries, the soldering tape plays a key role as a connector for the battery cells. The photovoltaic soldering tape produced by Ruichuang plays an important technical support and connection function in BC batteries. The following are the main applications of Ruichuang photovoltaic soldering tape in BC batteries:
Efficient connection: The back design of BC batteries requires precise arrangement of the positive and negative electrodes and the emitter on the battery cell. The photovoltaic welding ribbons produced by Ruichuang can provide efficient connection, ensure stable current transmission between battery cells, reduce series resistance, and improve electron transmission capacity.
Adapt to complex structures: The special structure of BC cells requires the soldering tape to have strong adaptability and be able to accurately connect the electrodes on the back of the cell. Ruichuang photovoltaic soldering tape uses advanced production technology and material selection to ensure its stability and reliability in complex structures.
Improve the efficiency of photovoltaic system: The high-quality connection of photovoltaic ribbon is directly related to the performance of the entire photovoltaic system. By using Ruichuang photovoltaic ribbon, BC batteries can more efficiently convert solar energy in the photovoltaic system and improve the power generation efficiency of the overall system.
Technological innovation: As a leader in the field of photovoltaic ribbons, Ruichuang continues to innovate technology to adapt to different types of photovoltaic cells, including BC cells. Its continuous optimization in materials, processes, and designs makes the ribbons it produces more in line with the special requirements of BC cells.
Conclusion
The rise of BC photovoltaic cells marks a new round of revolution in photovoltaic technology. The photovoltaic welding ribbons produced by Ruichuang play a key role in this process, and by providing efficient connection technology, they help the manufacture and promotion of BC batteries. With the increasing demand for clean energy, the development of BC photovoltaic cells and related technologies will promote the upgrading of the entire photovoltaic industry in the future and contribute more to the realization of sustainable energy.
English 
Chinese 
Japanese 
Spanish 
Russian 
Dutch