StartseiteSonnenkollektorHJTHocheffiziente 210mm 13Zellen N-Typ HJT Bifacial Dual Glass Solarmodule
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Hocheffiziente 210mm 13Zellen N-Typ HJT Bifacial Dual Glass Solarmodule

Teilen:

  • 23.02% effizientes HJT N-Typ Solarmodul mit 210mm-Zellen, das eine hervorragende Leistung und Zuverlässigkeit für fortschrittliche Photovoltaiksysteme bietet.
  • 23.02% 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 23.02% efficiency, providing superior performance and reliability for advanced photovoltaic applications.
  • 23.02% efficient N-type HJT solar module with 210mm cells, delivering superior performance and reliability for advanced photovoltaic applications.
  • 23.02% effizientes HJT N-Typ Solarmodul mit 210mm-Zellen, das eine hervorragende Leistung und Zuverlässigkeit für fortschrittliche Photovoltaiksysteme bietet.
  • 23.02% 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 23.02% efficiency, providing superior performance and reliability for advanced photovoltaic applications.
  • 23.02% efficient N-type HJT solar module with 210mm cells, delivering superior performance and reliability for advanced photovoltaic applications.
  • 1.HJT 2.0 Technology
    Combining gettering process and single -sideuc -Si technology to ensure higher cell ecency ond higher mocule power.

    2.-0.26%/°C Pmax temperature coefficient
    More stable power generation perormance and even better inhot climate.

    3.SMBB design with Half-Cut Technology
    Shorter curent tmnsmission cistanoe, less resis tive loss andhigher cell effciency.

    4.Up to 90% Bifaciality
    Natruel symmetrical bifocial structure bringing moreenergy yield from the backside. S5.ealing with PlB based sealant Stronger water sesistanoe, greater ar impermeabilityto extent mocule lifespan.
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FAQS

Q :

What technologies are combined in HJT 2.0 to improve cell efficiency and module power?

A :

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

Q :

What is the temperature coefficient of HJT 2.0, and how does it benefit performance in hot climates?

A :

The temperature coefficient of HJT 2.0 is -0.26%/°C, which ensures more stable power generation performance and better efficiency in hot climates.

Q :

How do SMBB design and Half-Cut Technology contribute to higher cell efficiency?

A :

The SMBB design and Half-Cut Technology reduce current transmission distance and resistive loss, leading to higher cell efficiency.

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 90% bifaciality, increasing energy yield from the backside. The PIB-based sealant offers stronger water resistance and greater air impermeability, extending the module lifespan.

Mechanische Parameter

Layout13Zellen (6×22)
Abmessungen2384 × 1303 × 35mm
Gewicht38.7kg
AbzweigdoseIP68
Verpackung31Stück/Karton, 558Stück/40'HQ

Elektrische Eigenschaften (STC*)

Modul-Typ: MS-66HB700705710715720
Maximale Leistung (Pmax/W)700705710715720
Leerlaufspannung (Voc/V)50.1350.2950.4450.5950.74
Kurzschlussstrom (Isc/A)17.4317.4917.5517.6117.67
Spannung bei maximaler Leistung (Vmpp/V)42.1042.2542.3942.5442.68
Strom Maximale Leistung (Impp/A)16.6316.6916.7516.8116.87
Wirkungsgrad des Moduls (%)22.5322.7022.8623.0223.18

Elektrische Eigenschaften (NMOT*)

Maximale Leistung (Pmax/W)735740746751756
Modul-Wirkungsgrad STC (%)23.6623.8324.0024.1724.34
Maximale Leistung (Pmax/W)805811817822828
Modul-Wirkungsgrad STC (%)25.9126.1026.2826.4726.66
Maximale Leistung (Pmax/W)875881888894900
Modul-Wirkungsgrad STC (%)28.1728.3728.5728.7728.97

Kontakt US

Mate Solar entwickelt hocheffiziente Solarmodule und Energiespeichersysteme für Privathaushalte, Unternehmen und die Industrie. Unsere integrierten Lösungen - mit Lithium-Ionen-Batterien, intelligenten Wechselrichtern und Echtzeitüberwachung - senken die Kosten und erhöhen die Energieunabhängigkeit.

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