Risen HJT 740W Bifacial Solar Panel N-Type Solar – High Efficiency Mono PERC Technology

TThe Risen HJT 740W Bifacial Solar Panel is a high-efficiency module designed for large-scale residential, commercial, and utility solar applications, featuring advanced N-type TOPCon cell technology for superior performance. Its bifacial dual-glass design allows it to capture sunlight from both sides, increasing total energy generation by around 10–20% depending on installation conditions.

The Risen HJT 740W Bifacial Solar Panel is a premium high-power photovoltaic module designed for large-scale residential, commercial, and utility-grade solar installations. Built with advanced Heterojunction (HJT) technology, it combines crystalline silicon and thin-film layers to deliver exceptional efficiency, superior performance, and long-term reliability.

This panel is engineered to deliver power output in the range of around 720W to 740W, making it one of the high-capacity modules suitable for modern high-density solar systems. Its bifacial design allows it to generate electricity from both the front and rear surfaces, significantly increasing total energy yield when installed on reflective surfaces such as concrete, gravel, or light-colored rooftops.

With module efficiency reaching up to approximately 23.8% and above, the Risen HJT 740W ensures maximum energy production even in limited installation space. The n-type HJT cell technology reduces power degradation, improves low-light performance, and provides a more stable output over long-term operation.

One of its key strengths is the excellent temperature coefficient, which helps maintain higher efficiency in hot climates. This makes it highly suitable for regions with strong sunlight conditions. The panel also offers strong durability due to its dual-glass structure, providing resistance against harsh weather conditions such as wind, humidity, dust, and heavy rainfall.

The bifacial gain can significantly boost total energy production depending on installation setup, with rear-side contribution increasing overall yield and improving system return on investment.