625W N-TYPE Bifacial Power Astronergy Astro N7 2.0 Series
The 625W N-TYPE Bifacial Power Astronergy Astro N7 2.0 Series represents the cutting edge of n-type TOPCon 5.0 technology. Designed for maximum energy yield and long-term reliability, these dual-glass bifacial modules are ideal for high-performance commercial and industrial solar arrays.
R1 930,00
product description
Astronergy ASTRO N7 2.0 Series – Product Overview
The 625W N-TYPE Bifacial Power Astronergy Astro N7 2.0 Series represents the cutting edge of n-type TOPCon 5.0 technology. Designed for maximum energy yield and long-term reliability, these dual-glass bifacial modules are ideal for high-performance commercial and industrial solar arrays.
Core Highlights
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Module Type: n-type Mono-crystalline (Bifacial)
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Power Output: 625W – 650W
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Max Efficiency: 24.1%
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Technology: TOPCon 5.0 with ZBB (Zero Busbar) Design
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Bifaciality: 80% ± 5% (Significant extra yield from the rear side)
Technical Specifications (STC)
| Parameter | Specification (625W – 650W) |
| Rated Output (Pmpp) | 625W / 630W / 635W / 640W / 645W / 650W |
| Rated Voltage (Vmpp) | 41.69V – 42.24V |
| Rated Current (Impp) | 14.99A – 15.39A |
| Open Circuit Voltage (Voc) | 49.19V – 49.87V |
| Short Circuit Current (Isc) | 16.19A – 16.58A |
| Operating Temperature | -40°C to +85°C |
| Max System Voltage | 1500V DC |
Mechanical Properties
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Dimensions: 2382 × 1134 × 30 mm
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Weight: 31.65 kg
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Glass: 2.0mm + 2.0mm Dual Glass (High-strength)
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Frame: Silver Anodized Aluminum Alloy
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Junction Box: IP68 (3 bypass diodes)
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Connectors: HCB40 / MC4-EVO2A Compatible
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Cables: 4 $mm^2$ / 12 AWG
Superior Warranty & Durability
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Product Warranty: 15 Years
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Linear Power Warranty: 30 Years
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Annual Degradation: ≤ 0.4% (Year 2–30)
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Mechanical Load: 5400 Pa (Front) / 2400 Pa (Back)
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Certifications: Tier 1 BloombergNEF, Kiwa 2025 Top Performer, TUV, CE
Key Advantages for Installers
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Low Voc Design: Allows for more modules per string, reducing overall BOS (Balance of System) and cabling costs.
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High Temperature Performance: Optimized temperature coefficient of $-0.29\%/°C$ ensures stable output even in the South African heat.
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Enhanced Aesthetics: The Zero Busbar (ZBB) design provides a sleeker, more uniform appearance.
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