PV Module Jolywood JW-HD132N 625W n-type Bifacial Dual-Glass

The Jolywood JW-HD132N-R2 is a high-performance 625W solar module engineered to maximize energy yields. By combining n-type TOPCon cell technology with a Bifacial Dual-Glass design, this panel stands as a performance leader, perfectly suited for utility-scale ground mounts, commercial installations, and carport systems.

Why Choose Jolywood JW-HD132N 625W?

1. Advanced n-TOPCon Technology

The use of N-type cells enables higher efficiency and superior performance under low-light conditions. The module is free from LID (Light Induced Degradation) and LeTID effects, ensuring stable power output for decades.

2. Bifacial Design (Double-Sided)

Equipped with a transparent glass backsheet, the module absorbs reflected light from the ground. Depending on the installation environment (e.g., light-colored surfaces, albedo), the backside gain can increase total power output by up to 30%.

3. Ultimate Durability and Safety (Dual-Glass)

The dual 2.0 mm heat-strengthened glass construction provides:

• Extreme resistance to harsh environments (salt mist, ammonia, sand).

• Zero leakage current and enhanced resistance to hot-spots.

• High structural rigidity, significantly reducing the risk of micro-cracks.

4. Industry-Leading Warranty

As a Bloomberg Tier 1 manufacturer, Jolywood offers one of the most reliable warranties in the industry:

• 12-Year Product Material & Workmanship Warranty.

• 30-Year Linear Performance Warranty (only 0.4% annual degradation).

Technical Specifications (STC)

Mechanical Data

• Cell Type: n-type Monocrystalline (132 cells)

• Module Dimensions: 2382 x 1134 x 30 mm

• Weight: 33.3 kg

• Glass (Front/Rear): 2.0 mm / 2.0 mm (Heat-strengthened)

• Frame: Anodized Aluminium Alloy

• Junction Box: IP68 (3 bypass diodes)

• Static Load: 5400 Pa (Front) / 2400 Pa (Rear)

Key Benefits for Installers:

• Lower BOS Cost: High power output per module reduces the number of mounting structures and cabling requirements.

• Higher ROI: Lower degradation and additional bifacial gains shorten the payback period of the PV investment.