Our Technology

Our Modules' Key Features and Innovations

1. High Efficiency with 23.5% Maximum Efficiency

Achieving a remarkable maximum efficiency of 23.5% for 450-470 W and 23% for 575-595 W, our N-Type modules leads the industry in energy conversion. Thanks to advanced technology and high-purity materials, it optimizes sunlight conversion into electricity. Whether in high-sun or low-light conditions, this efficiency ensures that you get the most energy possible from each module, reducing overall system costs and space requirements.

2.N-Type Mono-Crystalline Technology

N-Type cells are engineered to offer longer-lasting, more efficient solar performance compared to traditional P-Type cells. By using N-Type mono-crystalline silicon, this module reduces susceptibility to light-induced degradation (LID) and maintains high efficiency throughout its lifetime. This cutting-edge cell technology ensures stable power output and long-term reliability, making it ideal for users seeking consistent solar production.

3.Bifacial Module Design for Maximum Energy Yield

The bifacial design allows for energy generation from both the front and rear sides of the module. This unique feature captures sunlight reflected off the ground or surrounding surfaces, leading to an increased overall energy yield of up to 30% depending on installation conditions. With the ability to harvest more energy in diverse environments, bifacial technology makes this module ideal for projects where every watt counts.

4.Aesthetic for Seamless Integration

Designed with aesthetics in mind, the full black module features a full black finish, which seamlessly integrates into modern architecture and residential settings. It provides a sleek, unobtrusive appearance without sacrificing performance, making it the perfect choice for homeowners and businesses looking for both form and function.

While the silver frame enhances both the appearance and durability of the module, making it suitable for installations where aesthetics matter, such as commercial rooftops. The frame also adds extra strength, ensuring that the module can withstand mechanical stress from wind, snow, and other environmental factors.

5.Multi Busbar Solar Cells

The inclusion of Multi Busbar (MBB) technology ensures that the module achieves better electrical conduction and lower resistance losses. By distributing the current across multiple fine wires, MBB reduces the distance electrons need to travel within the cell, increasing overall power output. This innovation minimizes energy loss and enhances reliability, further contributing to the high efficiency and long-term durability of the module.

6.Increased Energy Production with Half-Cell Technology

The half-cell design reduces energy losses and improves performance in shaded or low-light environments, significantly increasing overall energy output compared to traditional solar panels. This makes it ideal for installations where shade or space constraints could impact performance.

7.Reduced Installation Costs

Due to our modules high power output and superior efficiency, fewer modules are needed to meet energy generation goals, reducing the total cost of installation and space requirements.

N-Type Modules Performance Under All Conditions

1.Superior Low-Light Performance

Even in low-light or cloudy conditions, this N-Type module is designed to perform. Its high-sensitivity cells are optimized to capture as much available sunlight as possible, ensuring consistent power output, even on overcast days. This makes it an excellent option for regions with variable weather patterns or shorter daylight hours during certain seasons.

2.PID Resistance for Long-Term Performance

Potential-induced degradation (PID) is a common issue in solar modules that can lead to power loss over time, especially in harsh environmental conditions. However, this N-Type module is built with PID-resistant technology, ensuring that it retains its high efficiency throughout its service life. This results in lower degradation rates and higher lifetime energy production, making your solar investment more reliable and profitable.

3.Severe Weather Resilience

Designed to withstand extreme weather conditions, the N-Type modules are built with high-quality materials that resist mechanical stresses and environmental factors. It is certified to withstand wind loads up to 2400 Pa and snow loads up to 5400 Pa, ensuring durability even in areas prone to heavy snowfall, strong winds, and severe storms.

4.Durability Against Extreme Environmental Conditions

Whether it’s exposed to extreme temperatures, high humidity, or salty air in coastal regions, this module is engineered to maintain its performance in challenging environments. It features corrosion-resistant frames and anti-reflective, durable glass that protects the solar cells while enhancing light absorption. This resilience ensures reliable performance and longevity in various climates, from deserts to coastal areas.

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