The Double-Glass Bifacial N-Type 710-725 Watt Solar Module is an advanced photovoltaic product engineered for high-performance renewable energy generation. It adopts cutting-edge N-Type TOPCon technology and double-glass encapsulation, combining durability and efficiency to meet the diverse needs of large-scale solar projects and commercial applications.
At the heart of this module is the N-Type monocrystalline cell integrated with TOPCon technology, which optimizes electron transport and reduces energy loss. The double-glass design uses high-transmission, low-iron tempered glass with anti-reflection coating, ensuring maximum light absorption while resisting environmental wear and tear. The half-cell layout further improves performance stability and minimizes the impact of shading on overall power generation.
The bifacial power generation feature enables the module to utilize reflected sunlight from the ground or surrounding surfaces, boosting energy yield without increasing installation space. Its rear-side efficiency maintains a high level relative to the front side, making it ideal for areas with reflective surfaces such as snow-covered regions or white rooftops.
With anti-PID (Potential Induced Degradation) capability, the module passes rigorous damp heat tests, ensuring long-term performance stability even in harsh environmental conditions. The double-glass structure enhances mechanical load resistance, enabling it to withstand strong wind and heavy snow loads. Additionally, the IP68-rated junction box provides excellent waterproof and dustproof protection, extending the module’s service life.
The combination of high efficiency, low annual degradation, and long power warranty contributes to a lower Levelized Cost of Energy (LCOE). The module’s cutting-free technology minimizes micro-cracks during production and installation, reducing maintenance costs and improving long-term investment returns for users.
Its high power output and bifacial design make it a top choice for utility-scale solar farms, where maximizing energy yield per unit area is critical. The module’s ability to adapt to various terrain and weather conditions ensures stable operation in large-scale installations.
Commercial buildings and industrial facilities with spacious rooftops can leverage this module to generate clean energy for self-consumption, reducing electricity costs and carbon footprints. The all-black appearance also integrates well with modern architectural designs, enhancing aesthetic appeal.
In agrivoltaic systems, the module’s bifacial feature allows sunlight to penetrate to the ground below, supporting crop growth while generating electricity. Its durable structure withstands outdoor agricultural environments, making it suitable for farmland and greenhouse installations.
The module features a sleek double-glass design with uniform thickness, ensuring structural integrity and resistance to impact. The all-black frame (where applicable) and clean lines align with contemporary design trends, making it suitable for both functional and aesthetic-focused projects.
Equipped with MC4-compatible connectors and high-quality cables, the module ensures secure and efficient electrical connections. The junction box is strategically placed to facilitate easy installation and maintenance, while the 3-diode configuration optimizes current distribution and reduces shading losses.
The module’s design incorporates effective thermal dissipation mechanisms, reducing the impact of high temperatures on performance. The low temperature coefficient ensures stable power output even in hot climates, maintaining efficiency across different temperature ranges.
Bifacial power generation allows the module to capture sunlight from both sides, increasing energy output by utilizing reflected light. This is particularly advantageous in areas with high reflectivity, such as deserts, snowy regions, or rooftops with light-colored surfaces, without requiring additional installation space.
The double-glass encapsulation uses tempered, low-iron glass with anti-reflection coating, which resists corrosion, UV radiation, and physical impact. The anti-PID technology prevents performance degradation caused by high humidity and voltage stress, ensuring long-term reliability in harsh environments.
Yes, the module is designed to be compatible with standard solar inverters, mounting systems, and connectors (MC4-compatible). It supports DC 1500V system voltage, which is widely adopted in modern solar installations, making integration seamless for both new projects and system upgrades.
