JAM66D46-710/LB — 710W High-Efficiency Monocrystalline Solar Module

JAM66D46-710/LB is a high-power 710W monocrystalline solar module engineered for maximum energy yield, compact power density and long-term reliability. Built for residential, commercial and utility-scale applications, this module delivers strong performance per square meter and is ideal where roof or ground area is at a premium.

Key Electrical Parameters (STC)

• Model: JAM66D46-710/LB
• Rated Maximum Power (Pmax): 710 W
• Open-Circuit Voltage (Voc): 48.60 V
• Maximum Power Voltage (Vmp): 40.80 V
• Short-Circuit Current (Isc): 18.51 A
• Maximum Power Current (Imp): 17.40 A
• Module Efficiency: 22.9%
• Power Tolerance: 0 ~ +3% (positive tolerance)
• System Voltage Rating: typically used in modern high-voltage string/1500V systems (check datasheet for exact rating)

Temperature Coefficients (Performance Stability)

• Isc coefficient (α_Isc): +0.045% / °C
• Voc coefficient (β_Voc): −0.250% / °C
• Pmax coefficient (γ_Pmp): −0.290% / °C

Performance & Design Advantages

1. High power density (710W): reduces the number of modules required, lowers mounting and balance-of-system (BOS) costs, and is ideal for constrained roof or ground areas.
2. Excellent conversion efficiency (22.9%): generates more energy per m² vs lower-efficiency modules — beneficial for both rooftop and utility applications.
3. Optimized thermal behavior: competitive temperature coefficients help limit power loss in hot operating conditions, improving year-round energy yield.
4. Positive power tolerance: guaranteed output at or above rated power ensures stronger first-year production estimates.
5. Robust electrical characteristics: balanced Vmp / Imp values make string design straightforward and compatible with modern string and central inverters.

Typical Applications

• Residential rooftops aiming to maximize output with limited roof area
• Commercial and industrial rooftop installations
• Large ground-mounted and utility-scale PV farms where BOS savings matter
• Hybrid systems paired with battery storage and inverters for backup or self-consumption

Specification Table

Installation & Compatibility Notes

• Verify inverter MPPT and Voc limits when designing strings — the module Voc (48.60 V) and system voltage influence string size.
• BIFACIAL / rear-side gain (if applicable) depends on site albedo — higher reflectance (white gravel, concrete, snow) increases rear-side contribution.
• Use appropriate mounting hardware and follow torque specs; consult the mechanical datasheet for wind and snow load ratings.
• Consider temperature derating and local irradiance when modeling expected energy output.

Why Choose JAM66D46-710?

For projects that require high output per module and lower installed cost per watt, the JAM66D46-710/LB offers an excellent balance of high rated power, strong conversion efficiency and stable thermal performance. It is particularly effective for roof-constrained installations and large-scale arrays seeking BOS savings and higher energy yield.

Note: Data above are measured under Standard Test Conditions (STC). Actual system production will vary with site irradiance, temperature, shading and system design. Always consult the full module datasheet and a qualified engineer for final system design and warranty details.