DMEGC Solar’s INFINITY 3.0 Enters Mass Production With 650W Power Output
JINHUA — Renewable energy manufacturer DMEGC Solar has announced that its latest INFINITY 3.0 solar module has officially entered mass production, with initial shipments delivering a high power output of 650 watts.
The first batch of shipments departed on January 20 from the company’s production facility in Lianyungang, marking a major milestone in its photovoltaic manufacturing journey.
With a conversion efficiency of up to 24.1 per cent, the INFINITY 3.0 significantly outperforms current industry standards, which typically hover around 635W for similar module formats. This advancement is driven by high-density packaging, DET technology and proprietary PF processes.
Beyond its power advantage, the module demonstrates strong performance in durability and energy utilisation. Optimisation of the polycrystalline silicon layer enhances backlight absorption and boosts back-contact output.
The module’s bifaciality in mass production is five per cent higher than conventional N-type modules and 10 per cent higher than standard back-contact (BC) products, offering greater energy yield for large-scale installations.
Rigorous reliability tests, including TÜV Enhanced certification and DH2000 wet heat testing, confirm its resilience under harsh environmental conditions. In low-light environments, power loss is reduced by half compared to traditional BC modules.
DMEGC Solar also reported that the INFINITY 3.0 helps lower balance-of-system (BOS) costs by about 1.78 per cent and reduces levelised cost of energy (LCOE) by approximately 1.64 per cent versus standard 635W products.
The launch of the 650W module reflects the company’s long-term commitment to innovation, reliability and sustainable energy solutions. It is expected to strengthen DMEGC Solar’s competitiveness in global utility-scale and commercial solar markets.
Industry analysts believe this development will further accelerate the adoption of high-efficiency photovoltaic technology, supporting the global transition towards cleaner and more cost-effective renewable energy systems.
-wilayah.com.my
