HomeSolar PanelHJTHigh Power 730W 740W 750W HJT Bifacial Double Glass Solar Panel Bulk Discount
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High Power 730W 740W 750W HJT Bifacial Double Glass Solar Panel Bulk Discount

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  • 24.10% efficient HJT N-type solar panel with 210mm cells, delivering superior performance and reliability for advanced photovoltaic systems.
  • 24.10% efficient N-type HJT solar module with 210mm cells, delivering superior performance and reliability for advanced photovoltaic systems.
  • 210mm N-type HJT solar panel delivers 24.10% efficiency, providing superior performance and reliability for advanced photovoltaic applications.
  • 24.10% efficient N-type HJT solar module with 210mm cells, delivering superior performance and reliability for advanced photovoltaic applications.
  • 24.10% efficient HJT N-type solar panel with 210mm cells, delivering superior performance and reliability for advanced photovoltaic systems.
  • 24.10% efficient N-type HJT solar module with 210mm cells, delivering superior performance and reliability for advanced photovoltaic systems.
  • 210mm N-type HJT solar panel delivers 24.10% efficiency, providing superior performance and reliability for advanced photovoltaic applications.
  • 24.10% efficient N-type HJT solar module with 210mm cells, delivering superior performance and reliability for advanced photovoltaic applications.
  • 1. Advanced HJT 2.0 Technology
    MateSolar's N-type HJT 730W to 750W bifacial double glass solar panels utilize advanced HJT 2.0 technology, integrating a gettering process and single-side microcrystalline silicon layer. This synergy significantly boosts cell efficiency and overall module power output. The innovative design ensures superior energy conversion performance, making these panels ideal for large-scale solar applications where high reliability and power density are critical for optimal energy harvest.

    2. Superior Temperature Coefficient
    These bifacial solar panels feature an excellent Pmax temperature coefficient of -0.26%/°C. This low coefficient ensures minimal power loss under elevated temperatures, providing stable energy generation even in hot climates. The improved thermal behavior guarantees consistent performance and higher annual energy yield compared to conventional modules, enhancing reliability in diverse environmental conditions.

    3. SMBB and Half-Cell Technology
    With Smart Multi-Busbar (SMBB) design and half-cell technology, the current transmission path is shortened to reduce resistive losses and improve module efficiency. This configuration enhances shade tolerance and increases overall reliability. The combination allows for higher power output and better performance under real-world conditions, ensuring durable and efficient solar energy generation.

    4. High Bifacial Energy Gain
    The natural symmetrical bifacial structure achieves up to 95% bifaciality, capturing significant reflected light from the rear side. This results in additional energy generation without requiring extra space. Ideal for high-reflectivity environments, these panels deliver greater energy yield and improved return on investment for commercial and utility solar projects, maximizing site utilization.
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FAQS

Q :

What is HJT technology in MateSolar panels?

A :

HJT stands for Heterojunction Technology. MateSolar's HJT 2.0 version includes a gettering process and single-side microcrystalline silicon layers, which enhance cell efficiency and power output. This makes the panels highly efficient and reliable for large-scale solar applications, ensuring superior energy conversion.

Q :

How does the temperature coefficient benefit performance?

A :

The -0.26%/°C Pmax temperature coefficient minimizes power loss in high temperatures. This ensures stable energy production in hot climates, leading to higher annual energy yield and consistent performance compared to standard solar modules.

Q :

What advantages does SMBB with half-cut technology offer?

A :

SMBB and half-cut technology shorten the current path to reduce resistive losses and improve efficiency. This design enhances shade tolerance and reliability, resulting in better real-world performance and higher power output for various installation conditions.

Q :

What are the advantages of HJT 2.0's bifacial structure and PIB-based sealant?

A :

The natural symmetrical bifacial structure provides up to 95% bifaciality, increasing energy yield from the backside. The PIB-based sealant offers stronger water resistance and greater air impermeability, extending the module lifespan.

Q :

Are these panels suitable for residential installations?

A :

These panels are optimized for commercial and utility-scale projects where high power density and efficiency are crucial. For residential use, MateSolar offers other tailored solutions to meet specific energy needs and space constraints.

Q :

How do HJT panels compare to traditional monocrystalline types?

A :

MateSolar's HJT panels provide higher efficiency, better temperature performance, and bifacial energy gain. They outperform traditional modules in power output and reliability, making them ideal for demanding solar applications.

Q :

What is the typical lifespan of these bifacial panels?

A :

With advanced HJT technology and dual-glass construction, these panels are designed for long-term durability. They typically have a lifespan exceeding 30 years, ensuring sustained performance and low degradation over time.

Q :

Can these panels integrate with energy storage systems?

A :

Yes, as part of MateSolar's comprehensive solar and storage solutions, these panels can be seamlessly integrated with compatible energy storage systems. This allows for optimized energy management and backup power capabilities.

Q :

What maintenance is required for bifacial panels?

A :

Minimal maintenance is needed. Regular cleaning of both sides to remove debris ensures maximum light capture and energy output. This simple upkeep helps maintain high efficiency and prolongs panel life.

Q :

How does bifaciality improve return on investment?

A :

By generating additional energy from reflected light, bifacial panels increase total output without extra space or cost. This leads to higher energy savings and faster return on investment, especially in environments with high ground reflectivity.

Mechanical Parameters

Layout132Cells (6×22)
Dimensions2384 × 1303 × 33mm
Weight37.9kg
Junction boxIP68
Packaging33pcs/pallet, 594pcs/40'HQ

Electrical Characteristics (STC*)

Module Type: MS-66HB730735740745750
Maximum power (Pmax/W)730735740745750
Open Circuit Voltage (Voc/V)50.3750.4750.5750.6750.77
Short Circuit Current (Isc/A)18.3518.4418.5318.6218.71
Voltage at Maximum power (Vmpp/V)42.3242.4142.5042.5942.68
Current Maximum Power (Impp/A)17.2617.3417.4217.5017.58
Module Efficiency (%)23.5023.7023.8024.0024.10

Electrical Characteristics (NMOT*)

Maximum Power: Pmax[W]557561565568572
Open Circuit Voltage: Voc [V]48.0848.1748.2748.3648.46
Short Circuit Current: lsc [A]14.6714.7414.8114.8814.95
Voltage at Maximum Power: Vmp [V]40.4140.5040.5840.6740.76
Current at Maximum Power: lmp [A]13.7913.8613.9213.9914.05

1. Standard Test Conditions [STC]: irradiance 1000W/m2; AM 1.5; ambient temperature 25°C according to EN 60904-3;

2. Tolerance of Pm: 0~+5W, Measuring uncertainty of power: ±3%. Performance deviation of Voc [V], Isc [A], Vm [V] and Im [A]: ±3%.

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Mate Solar designs high-efficiency solar panels and energy storage systems for homes, businesses, and industries. Our integrated solutions—featuring lithium-ion batteries, smart inverters, and real-time monitoring—cut costs and boost energy independence.

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