InicioMódulos FVTIER 12025 Jinko 715W 725W 735W Bifacial Dual Glass Half Cell PV Panel Cost Price
Parámetros básicos
Parámetros detallados

2025 Jinko 715W 725W 735W Bifacial Dual Glass Half Cell PV Panel Cost Price

Comparte:

  • HOT 3.0 Technology

    The module uses N-type TOPCon HOT 3.0 cells, significantly reducing LID/LeTID degradation, enhancing low-light performance, and ensuring stable output over the 715–735W power range.

  • High Power & Efficiency

    Delivering 715–735W per module with dual-glass bifacial design, it achieves module efficiency up to 23.66%, maximizing energy yield and system performance in utility-scale and commercial installations.

    • Jinko 715-735W Bifacial PV Module With N-Type TOPCon Cells
    • 715-735W Jinko Half-Cell Bifacial PV Panel Europe Warehouse
    • 715-735W Jinko Half-Cell Bifacial PV Panel Europe Warehouse
    • Best Price for 715-735W Dual-Glass Monocrystalline PV Panel

  • High Bifacial Gain

    Dual-sided power generation increases energy harvest with rear-side irradiation of 135 W/m² (BNPI conditions), boosting total output and reducing the levelized cost of electricity (LCOE).

  • Low Temperature Coefficient

    With a temperature coefficient of -0.29%/°C for Pmax, the module maintains higher output at elevated temperatures, ensuring consistent performance in hot and sunny environments.

    • Consulte Descargar
    • Jinko 715-735W Bifacial PV Module With N-Type TOPCon Cells
    • 715-735W Jinko Half-Cell Bifacial PV Panel Europe Warehouse
    • 715-735W Jinko Half-Cell Bifacial PV Panel Europe Warehouse
    • Best Price for 715-735W Dual-Glass Monocrystalline PV Panel
    Consulte Descargar

  • HOT 3.0 Technology

    The module uses N-type TOPCon HOT 3.0 cells, significantly reducing LID/LeTID degradation, enhancing low-light performance, and ensuring stable output over the 715–735W power range.

  • High Power & Efficiency

    Delivering 715–735W per module with dual-glass bifacial design, it achieves module efficiency up to 23.66%, maximizing energy yield and system performance in utility-scale and commercial installations.

  • High Bifacial Gain

    Dual-sided power generation increases energy harvest with rear-side irradiation of 135 W/m² (BNPI conditions), boosting total output and reducing the levelized cost of electricity (LCOE).

  • Low Temperature Coefficient

    With a temperature coefficient of -0.29%/°C for Pmax, the module maintains higher output at elevated temperatures, ensuring consistent performance in hot and sunny environments.

    PRODUCTOS RELACIONADOS

    Parámetros mecánicos

    Nº de células132 (66×2)
    Dimensiones2384 × 1303 × 33mm
    Front Glass2.0 mm, Anti-reflection Coating
    Back Glass2.0 mm, Heat Strengthened Glass
    FrameAnodized Aluminium Alloy
    Peso37.5 kg
    Output Cables4.0 mm2 (+): 400 mm , (-): 200 mm or Customized Length
    Embalaje33pcs per pallet/594pcs per 40’HC
    Officially Authorized Supplier of Jinko 715–735W Photovoltaic Panel
    The mounting holes on this 715W 725W 735W module are strategically positioned to ensure easy alignment, secure attachment, and reliable performance across rooftops and ground-mounted arrays.

    Parámetros eléctricos (STC*)

    Tipo de módulo: 66HL5-BDV710715720725730735
    Potencia máxima (Pmax/W)710715720725730735
    Tensión en circuito abierto (Voc/V)48.7348.8849.0449.2049.3649.52
    Corriente de cortocircuito (Isc/A)18.5318.6018.6718.7418.8118.88
    Tensión a máxima potencia (Vmpp/V)40.6540.7740.8941.0041.1141.23
    Corriente a máxima potencia (Imp/A)17.4717.5417.6117.6917.7617.83
    Eficiencia del módulo (%)22.8623.0223.1823.3423.5023.66

    JINKO 710W-735W N-Type TOPCon Bifacial Solar Panel - Technical Highlights

    Technical HighlightAdvantage Point
    N-Type TOPCon & HOT 3.0 SynergyIntegrates advanced N-type Tunnel Oxide Passivating Contacts (TOPCon) with JinkoSolar’s proprietary HOT 3.0 technology, minimizing LID/LeTID degradation to just 1% first-year loss and 0.40% annual degradation over 30 years. Delivers superior low-light performance and long-term stability for utility-scale projects.
    Dual-Glass Bifacial Power BoostFeatures 2.0mm anti-reflection coated front glass and 2.0mm heat-strengthened back glass, enabling dual-sided power generation. Achieves up to 810Wp under BNPI conditions (1000W/m² front + 135W/m² rear irradiation) with 80±5% bifaciality coefficient, significantly reducing LCOE for large installations.
    Industry-Leading Efficiency & PowerBoasts module efficiency up to 23.66% (STC) with power outputs ranging from 710Wp to 735Wp. Utilizes 132 (66×2) N-type monocrystalline half-cells and SMBB technology for enhanced light trapping and current collection, maximizing energy yield per unit area.
    Robust Mechanical & Environmental DurabilityCertified to withstand 5400Pa front/2400Pa rear static mechanical loads, IP68-rated junction box, and Class II protection. Anti-PID design (optimized cell production + material control) ensures reliability in harsh climates, complemented by compliance with IEC61215:2021, IEC61730:2023, and fire Class C standards.
    Temperature Resilient PerformanceEquipped with a low Pmax temperature coefficient of -0.29%/°C, maintaining higher output in elevated temperatures (-40°C to +70°C operating range). Stable voltage/current characteristics (Voc temp coeff: -0.25%/°C; Isc temp coeff: +0.045%/°C) ensure consistent energy production in extreme weather.
    Scalable & Installation-Friendly DesignDimensions of 2384×1303×33mm with strategically positioned mounting holes for easy alignment in ground-mounted/rooftop arrays. Supports 1500VDC maximum system voltage, 35A series fuse rating, and flexible connector options (JK03M/JK03M2/MC4 upon request), ideal for large-scale project deployment (594 pcs/40’HQ container).

    Póngase en contacto con nosotros