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TOPCon Panneau Solaire 600W 144Cells Module Solaire 590W 595W Certificat CE

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  • Panneau solaire Topcon 600W, certifié CE, conception à 144 cellules, délivrant une puissance de 590W-595W pour des solutions d'énergie renouvelable à haut rendement.
  • 144 cell TOPCon solar panel, 590W-600W output, CE certified, high efficiency, durable and reliable for commercial/residential applications.
  • Topcon 600W 144 cell solar panel, 590W-595W output, CE certified for high efficiency and reliability.
  • Topcon 590W-600W solar panels offer high efficiency and CE certified reliability for premium renewable energy solutions.
  • Panneau solaire Topcon 600W, certifié CE, conception à 144 cellules, délivrant une puissance de 590W-595W pour des solutions d'énergie renouvelable à haut rendement.
  • 144 cell TOPCon solar panel, 590W-600W output, CE certified, high efficiency, durable and reliable for commercial/residential applications.
  • Topcon 600W 144 cell solar panel, 590W-595W output, CE certified for high efficiency and reliability.
  • Topcon 590W-600W solar panels offer high efficiency and CE certified reliability for premium renewable energy solutions.
  • 1. 10-30% Additional Power Generation
    Lifespan Advantage: Over a 30-year lifespan, N-type modules can generate 10-30% more power compared to conventional P-type modules. This is due to their higher efficiency and lower degradation rates over time.

    2. Zero LID (Light InduCed Degradation)
    No LID: N-type solar Cells are inherently free from Light InduCed Degradation (LID), which is a common issue in P-type Cells. LID typically causes a drop in efficiency when the modules are first exposed to sunlight. The absenCE of LID in N-type Cells ensures stable and higher power output from the beginning.

    3. Higher Reliability
    S-TOPCoN 2.0 Technology: The adoption of Mate Solar's latest S-TOPCoN 2.0 technology enhanCes the reliability of the modules. This technology eliminates polysilicon wrap-around, provides full electrical isolation, and ensures zero leakage current. These features make the modules safer, especially for rooftop installations.

    4. Higher Power Output in Low-Light Environments
    Low-Light PerformanCe: N-type modules perform better under low-light conditions, such as on cloudy or foggy days. This means they can generate more power even when sunlight is not at its peak intensity.
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FAQS

Q :

What is the main differenCE between N-type and P-type solar modules?

A :

N-type modules use silicon doped with phosphorus, which provides higher efficiency, better temperature performanCe, and no LID. P-type modules use silicon doped with boron, which is more common but suffers from LID and lower efficiency over time.

Q :

Why do N-type modules generate 10-30% more power over their lifespan?

A :

N-type modules have higher initial efficiency and lower degradation rates (around 0.3-0.5% per year compared to 0.5-0.8% for P-type). This results in significantly more energy production over 30 years.

Q :

What is Light InduCed Degradation (LID), and why is it absent in N-type modules?

A :

LID is a phenomenon where P-type solar Cells lose efficiency (typically 1-3%) when first exposed to sunlight due to boron-oxygen defects. N-type Cells, which use phosphorus instead of boron, are naturally immune to LID.

Q :

How does S-TOPCoN 2.0 technology improve reliability?

A :

TOPCoN 2.0 technology eliminates polysilicon wrap-around, provides full electrical isolation, and ensures zero leakage current. This makes the modules safer, more durable, and less prone to performanCE issues.

Q :

Are N-type modules better for cloudy or low-light conditions?

A :

Yes, N-type modules have a better weak-light response and can generate more power under low-light conditions, such as on cloudy or foggy days, compared to P-type modules.

Q :

Are N-type modules more expensive than P-type modules?

A :

Yes, N-type modules are typically more expensive upfront due to their advanCed technology and higher efficiency. However, their long-term energy yield and lower degradation rates often make them more cost-effective over their lifespan.

Paramètres mécaniques

Mise en page144Cells (6×24)
Dimensions2279 × 1134 × 30mm
Poids27.5kg
Boîte de jonctionIp68 (3 diodes by pass)
Emballage36pcs/box, 180pcs/20'GP, 720pcs/40'HQ

Caractéristiques électriques (STC*)

Type de module : MS-72H580585590595600
Puissance maximale (Pmax/W)580585590595600
Tension en circuit ouvert (Voc/V)52.3152.4752.6352.7952.95
Courant de court-circuit (Isc/A)14.0114.0714.1314.1914.25
Tension à la puissance maximale (Vmpp/V)43.3543.5343.7143.8844.06
Courant Puissance maximale (Impp/A)13.3813.4413.5013.5613.62
Efficacité du module (%)22.4422.6422.8323.0223.22

Caractéristiques électriques (NMOT*)

Maximum Power: Pmax [W]437441445449453
Open Circuit Voltage: Voc [V]49.6949.8449.9950.1450.29
Short Circuit Current: Isc [A]11.3111.3611.4111.4611.51
Voltage at Maximum Power: Vmp [V]40.7040.8641.0541.2741.45
Current at Maximum Power: Imp [A]10.7410.7910.8310.8810.93

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Mate Solar conçoit des panneaux solaires à haut rendement et des systèmes de stockage d'énergie pour les particuliers, les entreprises et les industries. Nos solutions intégrées, comprenant des batteries lithium-ion, des onduleurs intelligents et une surveillance en temps réel, réduisent les coûts et renforcent l'indépendance énergétique.

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