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On June 13, the first day of Shanghai SNEC, DMEGC Solar booth was crowded with people, becoming the focus of the entire 5.2H Hall. On the second day of the exhibition on the 14th, the booth remained extremely popular, with a constant stream of visitors coming to see the new Infinity RT series and new scenario-based modules.

As the star of the show, the Infinity RT modules have been greatly enhanced in power, efficiency, reliability, carbon footprint, etc. compared with the beginning of their release last year. Take the large-size 66-cell bifacial G12RT-B66HSW as an example, the maximum power of this model has reached 635W, and the maximum efficiency is 23.5%, which is 15W higher than the 620W of this model at the London exhibition in April this year. The G12RT in the name means that the module uses 210x182 large-size rectangular cells. Compared with the 72-cell module with the common 182-cell module, the power is increased by 50W+, which can significantly save the system BOS costs such as brackets and cables, thereby further reducing the LCOE.

M10RT-B78HSW module is another highlight of this exhibition. It utilizes 0BB (no main grid) and a new film-mounting process to gain higher score in power and reliability. The 0BB technology gets rid of the main grid of the cell, reduces the consumption of silver paste and thus reduces costs. Less shading area and shortened current transmission path help to increase power. The fine grid lines use a more intensive welding process to reduce the risk of hidden cracks. The new silver filming process is applied to the bifacial module, as a result to significantly improve the utilization rate of light, reduce shading, increase the double-sided rate, and thus increase the power output. Not only that, the new film can also improve the load capacity of the back glass and reduce the risk of breakage.

In terms of scenario-based modules, DMEGC Solar's floating PV modules, Greenhouse modules, and anti-glare modules also attracted countless fans as soon as they were displayed. These modules are built for diversified application scenarios such as "photovoltaic + ocean", "photovoltaic + agriculture", and "photovoltaic + transportation".