Photovoltaic panel 500W TCL HSM-ND54-DR500 – Full black, N-TYPE, Bifacial, Fire Class A

Modern premium class photovoltaic solution

The TCL photovoltaic panel with a power of 500W utilizes advanced N-Type TOPCon technology in a bifacial design, allowing for the utilization of light reflected from the rear side of the module. This innovative technology translates into higher energy yields by up to 15% compared to traditional monofacial panels.

Advanced technology and energy efficiency

The glass-glass (double glass) construction with a thickness of 2,0 mm + 2,0 mm ensures exceptional durability and resistance to weather conditions. The panel achieves an efficiency of up to 22,5%, which is the result of using Multi-Busbar (16 busbars) technology and half-cut cells, which minimize energy losses and reduce the risk of hot spots.

The module operates in systems up to 1500V DC, enabling the design of longer strings in commercial and industrial installations. Thanks to a temperature coefficient of power of -0,29%/°C, the panel maintains high efficiency even at elevated temperatures.

Durability and operational safety

The construction has been tested for extreme mechanical loads - it withstands snow loads up to 5400 Pa and wind loads up to 2400 Pa. Resistance to hail with a diameter of 25 mm at a speed of 23 m/s guarantees reliability even in difficult weather conditions.

The panel has the highest fire resistance class Class A according to IEC 61730-2/UL 790 standards, ensuring maximum installation safety. The junction box with an IP68 protection class and three bypass diodes protects against moisture and dust.

Applications and economic benefits

The HSM-ND54-DR500 model is particularly recommended for commercial and industrial projects as well as photovoltaic farms, where the energy yield from the rear side of the module can be effectively utilized.

The long-term investment is supported by a comprehensive warranty - 25 years product warranty and 30 years linear warranty on output power. The panel maintains a minimum of 99% power in the first year of operation, and the maximum annual degradation is only 0,40%, guaranteeing stable energy production throughout the entire service life.