A new test design from the University of Central Florida has challenged modules with different cell technologies. The results show advantages for the heterojunction modules tested. Here we discuss the new method with its designer.
Among n-type manufacturers, SunPower, Panasonic, and LG had the leading roles in interdigitated back contact (IBC), heterojunction (HJT), and tunnel oxidized passivated contact (TOPCon), respectively. But Chinese cells with low cost and high efficiency trends have been on the rise. In the future expansion of n-type production lines, the power of Chinese cell manufacturers and equipment makers can’t be underestimated.
At first glance, the European PV conference this week has confirmed the widespread view that the upswing of monocrystalline technology will accelerate. But a closer look reveals that multicrystalline solar cells are still in the game.
Taiwan-based analyst firm, WisolPro says the global capacity for PERC cells is rapidly increasing, with the technology likely to replace polycrystalline cells. HJT, thin film, and n-type PERT technologies are also on the rise.
Belgian research institute imec announced that it has developed a screen printing process for n-PERT solar cells. In collaboration with Chinese module manufacturer Jolywood, the institute announced that it has used the process to develop bifacial cells with average frontside efficiency of 21.9%.
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