DMEGC DM500M10RT-B60HBT

The DMEGC M10RT-B60HBT is a high-performance bifacial photovoltaic module featuring 120 N-type monocrystalline TOPCon cells in a 6×20 layout, achieving a module efficiency of up to 22.6 %. The glass-glass construction with 2 mm tempered front and rear glass offers high mechanical stability, excellent weather resistance, and enables bifacial energy generation of up to 25 % through rear-side light. Furthermore, the module impresses with an optimized temperature coefficient, outstanding performance under low irradiation, and comprehensive quality assurance, including an IP68 junction box and robust connection options.

• Module TechnologyThe DMEGC M10RT-B60HBT utilizes advanced N-type TOPCon cell technology, which offers high efficiency, low degradation, and improved temperature stability through a tunnel oxide passivation layer. The robust glass-glass construction ensures increased mechanical load capacity and enables bifacial energy generation, further boosting the yield.
• QualityDMEGC modules are recognized for their high-quality workmanship, reliability, and efficiency, with efficiencies up to 21.5 % and good performance even in low light or partial shading. They are Bloomberg Tier 1 listed, have been multiple times awarded as "Top Performer" in independent tests, and received top marks for mechanical load capacity, temperature coefficient, and PID resistance, confirming their durability and quality.
• SustainabilityDMEGC modules represent the highest sustainability standards. Production is 100 % powered by renewable energy, and all plants are certified by TÜV SÜD as CO₂-neutral. All products are PFAS-free, RoHS and REACH compliant, and feature a low carbon footprint, as evidenced by EPD, PEP, and ISO14067 certificates. For outstanding ESG performance, DMEGC was also awarded the EcoVadis Silver Medal.
• WarrantyThe module offers a 25-year product warranty as well as a 30-year linear performance warranty with a maximum annual degradation of 0.4 %. This ensures that at least 87.4 % of the original nominal output remains available after 30 years.