Innovative Glare Reduction Technology: The Hi-MO X6 panels feature non-reflective surfaces that significantly reduce glare caused by light reflection, making them ideal for sensitive areas such as airports and residential neighborhoods. With a reflection rate of just 0.9%, this technology improves visual safety for nearby communities. High Efficiency in Energy Conversion: Thanks to advanced engineering, the Hi-MO X6 panels are designed to be highly efficient at converting sunlight into electricity, boosting energy output while reducing operational costs.

Welcome to our News Section! At [Your Company Name], we are committed to offering the latest innovations in renewable energy solutions. Today, we are excited to share with you some of the latest developments in our products, including advanced solar technologies that offer superior efficiency and security for your projects. Let’s take a closer look at our newest offerings. Our Latest Product: Hi-MO X6 Solar Panels from LONGi As part of our ongoing commitment to providing innovative solar solutions, we are proud to introduce the Hi-MO X6 solar panels from LONGi, representing the next generation of advanced solar technology. These panels offer high efficiency in energy conversion, with a design that ensures long-term performance in diverse environments.

LONGi Hi-MO X6 Anti-Glare Solar Modules Supports Airport in... LONGi is proud to announce the installation of Hi-MO X6 Anti-Glare solar modules in an Longi Europe Our Hi-MO X6 series is also available in full-black design, perfect for architectural integration and projects requiring a sleek, uniform appearance.

LONGi, a world-renowned solar panel manufacturer is proud to announce the installation of Hi-MO X6 Anti-Glare solar modules in an airport in China. This product delivers optimal power generation while ensuring the safety and comfort of communities in proximity to solar projects.

The Hi-MO X6 villa-style module uses HPBC black cells with no grid lines on the front, increasing light absorption by approximately 2.27% and resulting in higher power generation per unit area. Simultaneously, the module utilizes low-reflectivity texturing technology to create surface roughness and wrinkles, increasing light absorption by 1.2%. Under low-light conditions such as cloudy days, overcast skies, and early morning/evening, the Hi-MO X6 villa-style module demonstrates significantly higher power generation compared to conventional modules; its power temperature coefficient is improved to -0.29%℃, ensuring stable power generation under various temperature conditions and showing a significant power gain compared to conventional modules.

What are the appearance styles of Hi-MO X6 Explorer series? Hi-MO X6 Explorer series has two aesthetic appearances.One is the Obsidian black appearance. The whole module is as black as obsidian, and the full mirror screen is naturally formed.The other is the appearance of Stars, the geometric design that shows simple and modern.

What is Hi-MO X6? LONGi Hi-MO X6 is a new product family based on efficient HPBC cell technology. It has the characteristics of aesthetic, efficiency, reliability and intelligence. According to the functional characteristics and application scenarios of the product, it is divided into four series: Explorer, Scientist, Guardian and Artist.

LONGi Hi-MO X6 modules are being used in China's airport photovoltaic (PV) projects because their anti-glare technology addresses safety concerns by significantly reducing light reflection, which is crucial for air traffic control and flight safety. These modules feature advanced back contact technology that lowers reflectivity

Feature highlights:High-efficiency monocrystalline silicon bifacial solar panels with 144 cells, dual 2.0+2.0mm semi-tempered glass, and anodized aluminum alloy frame, designed for optimal performance in industrial solar systems. Operational temperature ranges from -40℃ to +85℃, ensuring durability in extreme conditions. Certified with CE, demonstrating compliance with EU safety standards and enabling market access.

M10 wafer and 54 cell design, fully considering the size and weight of modules in distributed applications