Risen Energy’s heterojunction (HJT) Hyper-ion modules have consistently targeted the “dual-drive” approach of lower LCOE and reduced carbon emissions and, with HJT products inherently characterized by their high power generation, Risen has carried out an exercise comparing the performance of its Hyper-ion modules with PERC and TOPCon equivalents via simulation in typical climatic environments in over 20 countries and regions around the world, the results shown in Figure 1 confirming a consistent significant increase in power output.
Figure 1: HJT Modules’ Simulated Global Power Generation in Comparison with TOPCon and PERC Modules
In addition to the above, to further validate the real-world power generation performance of the Hyper-ion products, Risen has also collaborated with a variety of organizations and clients to carry out testing in specific regions.
Figure 2 shows the power generation data from testing conducted in Hainan by Risen in collaboration with the Chinese National Center of Supervision and Inspection on Solar Photovoltaic Product Quality (CPVT). Although only two months since grid connection, a calculation based on the data collected indicates that the Hyper-ion modules provide 5.13% higher power generation per watt when compared to PERC equivalents, a result aligning closely with those in Figure 1, which showed that HJT generated 5.51% more power than PERC in Hainan.
