Module – JOLYWOOD – JW-HD96N-R2-455W – bifacial – all-black

Jolywood NIWA Black Series JW-HD96N-R2 photovoltaic module

The Jolywood NIWA Black Series JW-HD96N-R2 photovoltaic module is a bifacial glass-glass full-black panel based on N-type TOPCon cells. With a power rating of 450 Wp and an efficiency of 22.5%, it is designed for installations where high power density and stable performance over a wide temperature range are important. The module supports systems up to 1500 V DC, which simplifies designing longer strings in commercial and industrial installations.

Key features of the Jolywood NIWA Black Series JW-HD96N-R2 photovoltaic module:

• Additional energy generation thanks to bifaciality — a bifaciality of 80% enables energy capture from the rear side as well, depending on albedo and mounting configuration.
• N-type TOPCon technology — 96 N-type TOPCon cells and 16 busbars support the module’s high efficiency of 22.5% and current characteristics suited to modern strings (Imp 15.01 A, Isc 15.86 A at STC).
• Excellent temperature coefficient — the Pmax temperature coefficient is -0.280%/°C, with an operating range from -40°C to +85°C and NMOT 45±2°C, which limits power losses at high temperatures.
• Long warranties — a 25-year product warranty and a 30-year linear performance warranty provide predictable performance over a long service life.
• Wide range of applications — dual glass 2.0 mm/2.0 mm, mechanical load ratings of 5400 Pa (front) and 2400 Pa (rear), fire rating C, and an IP68 junction box (3 diodes) support operation in demanding mounting conditions.

Who is this a good choice for?

The JW-HD96N-R2 is intended for C&I installations, industrial rooftops and ground-mounted projects that take advantage of bifaciality and glass-glass construction. It is compatible with inverters and balance-of-system equipment for 1500 V DC systems and with typical mounting systems for modules sized 1762 × 1134 × 30 mm. Its electrical parameters (Vmp 29.98 V, Voc 34.91 V) make string design easier in high-voltage configurations.