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Jinko Tiger Neo N-type Bifacial Solar Module 700W Panel 710W 720W Panel

The Jinko Tiger Neo 66HL5-BDV is a high-performance 720W solar panel designed to maximize energy output and efficiency. With its advanced technology and superior craftsmanship, this solar panel offers a reliable and sustainable solution for residential and commercial solar installations.

  • Power Range:

    700-720W
  • Max. Efficiency:

    23.18%
  • Dimensions of Module L*W*H:

    2384*1303*33mm
  • Weight:

    37.5 kg
  • Number of Cells:

    132 (66*2)

New Products

Jinko Tiger Neo N-type Bifacial Solar Module 700W Panel 710W 720W Panel

 

Jinko Tiger Neo 66HL5-BDV 720W solar panel offers exceptional performance, high efficiency, and durability. It is an excellent choice for anyone seeking to harness the power of solar energy and achieve sustainable, clean electricity.


 

Electrical Parameters (STC*)

Maximum Power - Pmax [Wp]
700
705
710
715
720
Maximum Power Voltage - Vmp [V]
40.42
40.53
40.65
40.77
40.89
Maximum Power Current - Imp [A]
17.32
17.4
17.47
17.54
17.61
Open-circuit Voltage - Voc [V]
48.4
48.56
48.73
48.88
49.04
Short-circuit Current - Isc [A]
18.4
18.46
18.53
18.60
18.67
Module Efficiency STC [%]
22.54
22.7
22.86
23.02
23.18
Power Tolerance
0~ +3 %
Temperature Coefficients of Pmax
-0.29 %/℃
Temperature Coefficients of Voc
-0.25 %/℃
Temperature Coefficients of Isc
0.045 %/℃
 
 

 


Why Choose Double Glasses In Stead Of  Single Glass Solar Panel?
 

Dual-glass solar panels offer several advantages compared to single-glass solar panels.

--Firstly, their enhanced durability and reliability make them more resistant to various environmental factors such as hail, wind, and moisture. The double layer of tempered glass provides better protection for the solar cells, reducing the risk of damage and ensuring a longer lifespan.

--Additionally, the double-glass construction improves the solar panel's thermal stability. By reducing heat-induced degradation, dual-glass panels can maintain higher power output under high temperatures, resulting in improved overall performance.

--The design of dual-glass solar panels also enhances their resistance to potential-induced degradation (PID). PID is a common issue that can lead to power loss in solar panels, especially in regions with high humidity or when panels are exposed to certain conditions. The use of double-glass construction helps minimize the effects of PID, ensuring more reliable and efficient power generation.

--Furthermore, dual-glass solar panels have enhanced fire resistance compared to single-glass panels. The use of two layers of tempered glass provides additional protection that can help prevent or minimize the spread of fire in the event of an incident.

--In terms of aesthetics, dual-glass panels often have a sleek and modern design that can enhance the visual appeal of a solar installation. The transparent backsheet of the panels allows for a more uniform appearance, blending well with various architectural styles.

Overall, dual-glass solar panels offer improved durability, better thermal stability, increased resistance to PID, enhanced fire resistance, and appealing aesthetics. These advantages make them a reliable and efficient choice for solar energy systems, providing long-term performance and peace of mind solar power users.

 

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