Founded in 1998, Yingli Solar has been a global player in the solar market. Yingli Solar serves as an intelligent provider of photovoltaic energy solutions, seamlessly integrating research and development in photovoltaic technology, intelligent manufacturing, and the comprehensive processes of power plant development, construction, and operation. With its main headquarters situated in Baoding, China, Yingli Solar extends its global presence through offices in various cities, including Philadelphia, Sydney, and several other locations worldwide.
Yingli Solar’s Australian headquarters was established in 2012. These headquarters allow Australian, New Zealand, and Pacific consumers to reap the full benefit of local support.
Yingli’s solar panels are designed to endure the challenging conditions of the Australian environment, earning recognition for their exceptional efficiency and robust durability. Beyond being a popular choice for residential installations, Yingli panels have been successfully integrated into prominent projects such as the Gullen Range Solar Farm, Allianz Stadium (Sydney Football Stadium), Kaltukajara Solar Farm, and IKEA’s Tempe store in NSW.
Yingli Solar ensures swift and efficient customer service with responsive local teams and global after-sales service centres. Their commitment to addressing customer needs promptly underscores their dedication to providing effective support across the world.
Yingli boasts a research and development team of nearly 100 professionals, possessing multiple independent intellectual property rights and extensive experience in the research, processing, and manufacturing of photovoltaic core products.
Yingli has established an intelligent energy system, underpinned by power environmental equipment and photovoltaic applications, to facilitate zero-carbon and green manufacturing practices.
108 Cells
0-5 W Tolerance
25 Year Warranty
Utilising state-of-the-art n-type monocrystalline TOPCon cell technology, PANDA 3.0 modules stand at the forefront of the industry. Enhanced by premium encapsulation materials and a traditional glass-back sheet structure, these modules are exceptionally well-suited for challenging environments, ensuring high reliability and quality assurance.
Time-Tested Design: The enduring glass-back sheet structure and layout design have demonstrated longstanding success in the market.
Enhanced Yield: The large cell size elevates the module’s power output, coupled with outstanding temperature coefficient, superior low light performance, and comprehensive suppression technology, resulting in increased energy yield during operation.
Robust Durability: Meeting rigorous IEC standard testing requirements, the modules are engineered to endure the challenging Australian environment.
Minimised Losses: The multi-busbar design efficiently mitigates the impact of micro-cracks and broken busbars, while the half-cell structure effectively reduces the consequences of shadow shading, contributing to lower overall losses.
25 year product and power warranty
108 Cells
0-5 W Tolerance
25 Year Warranty
Employing cutting-edge p-type monocrystalline PERC cell technology, YLM 3.0 modules showcase high efficiency. These modules are crafted with top-tier encapsulation materials and a traditional glass-back sheet structure, ensuring their suitability for challenging environments and delivering heightened reliability and quality assurance.
Reduced Losses: Through an effective multi-busbar design that mitigates the impact of micro-cracks and broken busbars, coupled with a half-cell structure that minimises the consequences of shadow shading, the overall losses are significantly lowered.
Versatile Applications: The glass-back sheet structure, coupled with special material selection and robust frames, enhances the mechanical performance of the modules. This design improves compatibility with mainstream trackers and inverters, making them adaptable to a variety of harsh environments.
Exceptional Durability: Meeting IEC standard testing requirements, the modules are meticulously engineered to withstand the demanding conditions of the Australian environment.
Increased Yield: With a large cell size that boosts the module’s power output, along with an excellent temperature coefficient, superior low light performance, and comprehensive suppression technology, the modules can generate a higher energy yield during operation.
Proven Structure: The enduring glass-back sheet structure and layout design have demonstrated their effectiveness in the market over an extended period.
25 year product and power warranty
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