Global Supply 710W-730W Ultra Solar Panel PV Module
Global Supply 710W-730W Ultra Solar Panel PV Module
Global Supply 710W-730W Ultra Solar Panel PV Module
Global Supply 710W-730W Ultra Solar Panel PV Module
Global Supply 710W-730W Ultra Solar Panel PV Module
Global Supply 710W-730W Ultra Solar Panel PV Module
Global Supply 710W-730W Ultra Solar Panel PV Module
Global Supply 710W-730W Ultra Solar Panel PV Module
Global Supply 710W-730W Ultra Solar Panel PV Module
Global Supply 710W-730W Ultra Solar Panel PV Module

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710W-730W Ultra Solar Panel PV Module Global Supply

710W-730W solar panels are designed for ultra-large solar power projects that demand maximum energy output and higher installation efficiency. Compared with conventional modules, these high-capacity panels can significantly reduce the number of modules required per system, helping optimize land usage and lower overall project investment. Their advanced large-format cell design also provides stronger power generation performance for utility-scale and high-demand commercial applications.

Model Number:

 TY-N18/132HG

Power Range:

 710W-730W

Cell Type:

 N-Type Bifacial Modules

Size:

 2384×1303×33mm

Warranty:

 30 Years

Number of Cells:

 132 (6x22)
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NOTE：Please read the safety and installation manual before using the product. We reserve the right of final interpretation.

The specifications in this datasheet are subject to change without notice.

Detail Parameters

ELECTRICAL CHARACTERISTICS (STC) TY-N16-156HG

Maximum Power (Pm) W710715720725730
Power Tolerance (W)0~+50~+50~+50~+50~+5
Maximum Power Voltage (Vm)40.941.141.341.541.7
Maximum Power Current (Im)17.3617.417.4417.4817.51
Open Circuit Voltage (Voc)48.748.949.149.349.5
Short Circuit Current (Isc)18.418.4418.4818.5218.55
Module Efficiency22.92323.223.323.5

STC: AM=1.5, irradiance=1000W/m², module temperature=25°C

ELECTRICAL CHARACTERISTICS (NMOT)

Maximum Power (Pm) W542546550554558
Maximum Power Voltage (Vm)38.438.638.83939.2
Maximum Power Current (Im)14.1214.1514.1914.2114.24
Open Circuit Voltage (Voc)46.446.646.84747.2
Short Circuit Current (Isc)14.8314.8614.8914.9214.95

NMOT: irradiance=800W/m², environment temperature=20°C, wind speed=1m/s

REAR SIDE POWER GAIN

5%Max Power746751756761767
Efficiency24.00%24.17%24.34%24.51%24.68%
15%Max Power817822828834840
Efficiency26.28%26.47%26.66%26.84%27.03%
25%Max Power888894900906913
Efficiency28.57%28.77%28.97%29.17%29.38%

Applications of 710W-730W Solar Panels

Utility-Scale Solar Power Plants

710W-730W solar panels are specifically designed for large-scale utility solar farms and grid-connected photovoltaic projects. Their ultra-high power output reduces the number of modules required, lowering installation costs while maximizing energy generation across large sites.

Commercial & Industrial (C&I) Solar Projects

Ideal for factories, logistics centers, industrial parks, mining operations, and large commercial facilities, these high-wattage modules help businesses significantly reduce electricity costs and improve energy independence. Their superior efficiency makes them an excellent solution for projects with high energy demand.

Large Ground-Mounted PV Systems

With their exceptional performance and durability, 710W-730W modules are well suited for ground-mounted solar installations. They deliver higher energy yields, reduce Balance of System (BOS) costs, and improve the overall return on investment for developers and EPC contractors.

Hybrid Solar + Battery Energy Storage Systems (BESS)

These high-power solar panels integrate seamlessly with commercial and industrial Battery Energy Storage Systems (BESS), enabling businesses to store excess solar energy for peak shaving, backup power, and enhanced energy management. This combination is increasingly popular in regions with rising electricity costs and unstable grid infrastructure.

Mining, Oil & Gas, and Remote Off-Grid Projects

For mining sites, oil & gas facilities, telecommunications stations, and other remote operations, 710W-730W solar panels provide reliable power generation when paired with battery storage or hybrid energy systems. They help reduce diesel consumption, lower operating costs, and support continuous operations in off-grid environments.

Utility and Government Renewable Energy Projects

Governments, independent power producers (IPPs), and renewable energy developers are increasingly adopting 710W-730W modules for public infrastructure, utility-scale clean energy projects, and national renewable energy initiatives. Their high efficiency and long-term reliability make them an ideal choice for maximizing project performance over the system's lifecycle.

710W-730W Solar Panel Specifications

External Dimension (L×W×H)2384×1303×33mm
Weight38.1 kg
Number of Cells132 (6×22)
Front Glass2.0mm AR-coating heat-strengthened glass
Rear Glass2.0mm heat-strengthened glass
FrameAnodized aluminum alloy, silver color
Junction BoxIP68
Output Cables4mm², 300mm or customized length
ConnectorMC4 compatible

Packing Configuration

Container40‘HC
Pieces per Pallet33 pcs
Packaging box Size1360×1145×2524mm
Pieces per Container594 pcs

FAQs

1. What types of projects are 710W-730W solar panels designed for?

710W-730W solar panels are mainly designed for utility-scale solar farms, large industrial facilities, and high-capacity commercial energy projects that require maximum power generation.

2. Do 710W-730W solar panels reduce land usage in solar projects?

Yes. Because of their ultra-high power output, fewer modules are needed to achieve the same system capacity, helping improve land utilization and installation efficiency.

3. Are 710W-730W solar panels suitable for bifacial solar systems?

Many 710W-730W modules are available in bifacial designs, allowing them to generate electricity from both the front and rear sides for increased energy yield.

4. What are the benefits of using large-format solar modules?

Large-format modules can help reduce cable usage, mounting components, and installation labor, making them a cost-effective choice for large-scale solar developments.

5. Can solar panels maintain stable performance over time?

Yes. High-quality solar panels are engineered for long-term reliability, offering strong resistance to environmental stress and stable power output throughout their operational lifespan.

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