710-735W N-Type Bifacial Solar Panel JINKO Tiger Neo

  • Specs: 710-735W rated power range, 2384130333mm dimension, 37.5kg weight
  • Appearance: Dual tempered glass structure, anodized aluminum alloy frame, 132 half-cut N-type cells, standard PV output connectors
  • Electrical Parameters (STC): 40.65-41.23V maximum power voltage, 17.47-17.83A maximum power current; 48.73-49.52V open-circuit voltage, 18.53-18.88A short-circuit current; 1500V DC maximum system voltage
  • Cell Technology: N-type TOPCon mono-crystalline, SMBB multi-busbar interconnection, half-cell design
  • Performance: Up to 23.66% front-side module efficiency, up to 25%+ rear-side bifacial gain, -0.29%/°C Pmax temperature coefficient
  • Connection: Industry-standard PV connectors, IP68 waterproof junction box, 4.0mm² cross-section output cables

Ultra-High Efficiency Bifacial Power Generation

Up to 23.66% front-side module efficiency with advanced N-type TOPCon technology, paired with dual-glass bifacial structure that delivers up to 25%+ rear-side power gain under reflective ground conditions. Superior low-light response in morning, evening and cloudy weather significantly increases daily and annual energy harvest.

Ultra-Low Degradation & Lifelong Reliability

Adopts JinkoSolar exclusive HOT 3.0 technology, with first-year power degradation ≤1% and annual linear degradation ≤0.4% over 30 years. Optimized anti-PID design minimizes potential induced degradation, ensuring stable power output throughout the full product lifecycle.

Robust Mechanical & Environmental Adaptability

Certified to withstand 5400Pa front-side and 2400Pa rear-side static mechanical load, adapting to heavy snow, strong wind and harsh outdoor environments. IP68 fully waterproof junction box with Class II electrical protection, operating temperature range from -40℃ to +70℃, fully compliant with IEC 61215 and IEC 61730 international standards.

Stable Electrical Performance

1500V DC high system voltage design, with a 48.73-49.52V open-circuit voltage range and wide MPPT working window. Low -0.29%/°C Pmax temperature coefficient ensures stable power generation even in high-temperature environments. SMBB multi-busbar technology enhances light trapping and current collection, further boosting module output and long-term reliability.

Standardized & Installation-Friendly Design

Comes with 1 set of industry-universal MC4-compatible PV connectors and standard-length output cables, enabling secure, tool-free plug-in connections that reduce wiring errors and speed up on-site installation. Standardized mounting hole layout is compatible with mainstream solar mounting systems, suitable for both rooftop and ground-mounted projects.

Wide System Compatibility

1500V maximum system voltage design matches perfectly with high-power string inverters and hybrid energy storage inverters, effectively reducing system BOS cost. 710-735W power range covers mainstream distributed and utility-scale project requirements, and is fully compatible with 10kW-20kW and above residential & commercial energy storage systems.

Product Specification

Item No. JKM710-735N-66HL5-BDV
Size 2384130333mm (L×W×H)
Material Dual tempered glass, anodized aluminum alloy frame
Power range of single module(W) 710-735
Cell Type N-type TOPCon mono-crystalline
Number of cells 132 (66×2 half-cut)
Maximum DC system voltage(V) 1500
Open-circuit Voltage Voc (V) 48.73-49.52
MPPT voltage range(V) 40.65-41.23
Max power current Imp (A) 17.47-17.83
Module efficiency(%) 22.86-23.66
Connector model MC4-compatible
Junction box protection grade IP68
Operating temperature -40℃ ~ +70℃
Payment Terms T/T or L/C, Western Union
Supply Ability 500,000 Units / Month
Place of Origin Shangrao, Jiangxi, China

产品简介

Tailored for utility-scale solar farms, commercial rooftops and distributed photovoltaic systems, the JINKO Tiger Neo JKM710-735N-66HL5-BDV is a high-power N-type TOPCon bifacial dual-glass module. Integrating proprietary HOT 3.0 technology, half-cell architecture and SMBB interconnection process, it delivers ultra-high conversion efficiency, superior low-light performance, minimal long-term degradation and excellent environmental adaptability — ideal for maximizing energy yield, reducing levelized cost of energy and improving project return on investment.

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