JOLYWOOD JW-HD108N-435W Full Black Module / Bifacial

Jolywood Niwa Black JW-HD108N Series

The Jolywood photovoltaic modules from the Niwa Black JW-HD108N series feature advanced J-TOPCon2.0 technology with N-type cells, known for their exceptional performance, durability, and aesthetics. With excellent operating parameters in low light and high temperature conditions, these modules are an ideal choice for both residential and commercial installations.

Key Features of the Niwa Black JW-HD108N Modules:

• High Output Power – The maximum power of the module is 440 W with an efficiency level of 22.53%, ensuring top-notch energy efficiency.
• Additional Energy Production of 10-30% – The bifacial design allows for up to 30% more energy generation compared to P-type modules over a 30-year lifespan.
• No Light-Induced Degradation (LID) – N-type cells naturally mitigate light-induced degradation, enhancing the reliability of energy production.
• Increased Reliability – J-TOPCon2.0 technology provides complete electrical insulation, no current leakage, and greater safety for rooftop installations.
• Better Performance in Low Light – The modules achieve high efficiency even in low sunlight conditions, such as cloudy or foggy days.
• Superior Temperature Coefficient – Passive cell contact technology allows for higher efficiency at elevated temperatures.
• Outstanding Appearance – Slim wires and uniform black make the modules visually appealing, blending seamlessly with any roof.
• Long-Term Warranty – A 25-year product warranty and a 30-year linear power warranty with a maximum annual degradation of 0.4% ensure long-lasting investment security.

Who Is This a Good Choice For?

The Jolywood Niwa Black JW-HD108N modules are an excellent solution for users seeking the highest efficiency and durability in modules, while also appreciating aesthetics. With advanced N-type cell technology and outstanding performance parameters under various conditions, these panels are perfect for rooftop installations, providing reliable operation for decades.