InícioPainel solarHJTPainel Solar HJT tipo N de Vidro Duplo com Célula Solar de 210mm 630W 650W
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Painel Solar HJT tipo N de Vidro Duplo com Célula Solar de 210mm 630W 650W

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  • Módulos de meia-célula bifaciais HJT tipo N de 182 mm de elevada eficiência que fornecem uma potência de 485-505 W com rendimento energético e fiabilidade melhorados.
  • 210mm N-type dual glass solar modules delivering 630-650W output with high efficiency and durability for industrial applications.
  • 210mm TOPCon N-type bifacial solar panels, 630W-650W output, durable double-glass design for high efficiency & reliability.
  • 630-650W 210mm N-type bifacial modules with anti-corrosion coating, high efficiency, and superior energy yield for demanding environments.
  • Módulos de meia-célula bifaciais HJT tipo N de 182 mm de elevada eficiência que fornecem uma potência de 485-505 W com rendimento energético e fiabilidade melhorados.
  • 210mm N-type dual glass solar modules delivering 630-650W output with high efficiency and durability for industrial applications.
  • 210mm TOPCon N-type bifacial solar panels, 630W-650W output, durable double-glass design for high efficiency & reliability.
  • 630-650W 210mm N-type bifacial modules with anti-corrosion coating, high efficiency, and superior energy yield for demanding environments.
  • 1.Enhanced Efficiency & Power Output
    Integrates gettering and single-side uc-Si technology for higher cell efficiency and increased module power.

    2.Coeficiente de temperatura baixa (-0,26%/°C)
    Delivers stable power generation with superior performance in high-temperature environments.

    3.SMBB & Half-Cut Cell Design
    Minimizes current transmission distance and resistive losses, optimizing cell efficiency.

    4.High Bifaciality (Up to 90%) & Advanced Sealing
    Features a symmetrical bifacial structure for enhanced rear-side energy yield, coupled with PIB-based sealant for improved water resistance and extended module durability.
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FAQS

Q :

What technologies are integrated into HJT 2.0 to enhance cell efficiency and module power?

A :

HJT 2.0 combines the gettering process and single-side uc-Si technology to achieve higher cell efficiency and increased module power output.

Q :

How does the -0.26%/°C temperature coefficient of HJT 2.0 benefit its performance?

A :

The low temperature coefficient ensures stable power generation, particularly in hot climates, with minimal efficiency loss as temperatures rise.

Q :

What advantages do SMBB design and Half-Cut Technology provide in HJT 2.0?

A :

SMBB design and Half-Cut Technology reduce current transmission distance and resistive losses, resulting in higher cell efficiency and improved performance.

Q :

How does HJT 2.0 achieve higher energy yield and durability?

A :

HJT 2.0 features up to 90% bifaciality for increased rear-side energy yield and uses PIB-based sealant for stronger water resistance and greater air impermeability, extending module lifespan.

Parâmetros mecânicos

Disposição120Células (6×20)
Dimensões2172 × 1303 × 35mm
Peso35.3kg
Caixa de derivaçãoIP68
Embalagem31pcs/box, 558pcs/40'HQ

Caraterísticas eléctricas (STC*)

Tipo de módulo: MS-60HB630635640645650
Potência máxima (Pmax/W)630635640645650
Tensão de circuito aberto (Voc/V)45.3045.4845.6545.8245.99
Corrente de curto-circuito (Isc/A)17.3717.4317.4917.5517.61
Tensão à potência máxima (Vmpp/V)38.0338.1938.3538.5138.67
Corrente Potência máxima (Impp/A)16.5716.6316.6916.7516.81
Eficiência do módulo (%)22.2622.4422.6122.7922.97

Caraterísticas eléctricas (NMOT*)

Potência máxima (Pmax/W)662667672677683
Eficiência do módulo STC (%)23.3723.5623.7423.9324.12
Potência máxima (Pmax/W)725730736742748
Eficiência do módulo STC (%)25.6025.8026.0126.2126.41
Potência máxima (Pmax/W)788794800806813
Eficiência do módulo STC (%)27.8328.0528.2728.4928.71

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A Mate Solar concebe painéis solares de elevada eficiência e sistemas de armazenamento de energia para casas, empresas e indústrias. As nossas soluções integradas - com baterias de iões de lítio, inversores inteligentes e monitorização em tempo real - reduzem os custos e aumentam a independência energética.

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