Solar Cellz USA
Canadian Solar 620W TOPBiHiKu6 N-type Bifacial TOPCon CS6.2-66TB-620H Solar Panel
Explore the Power and Innovation of the Canadian Solar 620W Solar Panel
Power your solar projects with a high-efficiency, next-generation bifacial module. The Canadian Solar 620 W N-Type Bifacial TOPCon panel blends durability, performance, and advanced cell technology to deliver greater energy yield under varied conditions.
Key Features & Advantages
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N-Type TOPCon Cell Technology — Benefits include low light sensitivity, reduced degradation (anti LID/LeTID), and improved lifetime performance.
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High Output (620 W) — Delivers up to 620 W of power per module, enabling fewer panels for the same capacity. s
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Bifacial Design — Generates additional energy from reflected light on the rear side, increasing overall yield especially in installations with high albedo surfaces.
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High Efficiency — Up to ~23.0 % module efficiency.
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Robust Mechanical Design — Features a heavy-duty F30 frame, capable of withstanding snow load, wind load, and other environmental stresses.
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Excellent Temperature & Degradation Profile
• Lower temperature coefficient for Pmax (–0.29 %/°C) helps maintain better performance under heat.
• Excellent resistance to power degradation over time (anti-PID, anti-LeTID). -
Wide Module Compatibility — Compatible with 60-cell and 72-cell module designs and interconnects optimized for modern string / tracker / rooftop systems.
Technical Specifications (Typical)
| Parameter | Value / Range |
|---|---|
| Rated Power | 620 W |
| Efficiency | Up to ~23.0 % |
| Temperature Coefficient (Pmax) | –0.29 % / °C |
| Module Dimensions | 2,382 mm × 1,134 mm × 30 mm |
| Weight | ~33 kg |
| Frame | F30 heavy-duty frame |
| Bifaciality Factor | Up to ~85 % (i.e. rear-side gain relative to front) |
| Degradation Features | Anti-PID, low LeTID degradation, improved durability |
Ideal Use Cases & Applications
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Large-Scale Solar Farms / Utility-Scale — High wattage per module reduces BOS (Balance of System) costs.
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Commercial / Industrial Rooftops — Bifacial gain helps optimize space-constrained rooftops.
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Carports / Canopies / Ground-Mount — Rear-side generation takes advantage of reflective ground.
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Hybrid / Storage Systems — Supports modern system architectures with high-output modules.
Document: Specification Sheet
Advanced N-type Bifacial TOPCon Technology
The Canadian Solar 620W solar panel utilizes cutting-edge N-type bifacial TOPCon technology to deliver superior performance and energy yield. This advanced cell design reduces recombination losses and enhances light absorption, allowing the panel to generate electricity from both its front and rear surfaces. As a result, it offers higher efficiency compared to traditional monofacial panels. The bifacial structure also increases energy output in real-world conditions by capturing reflected sunlight, making it an excellent choice for both residential and commercial solar installations focused on maximizing return on investment.
Robust and Durable Construction for Long-Term Reliability
Designed to withstand harsh environmental conditions, the Canadian Solar CS6.2-66TB-620H solar panel features a sturdy frame and high-quality tempered glass that ensure long-term durability. Its resilient build protects against snow loads, wind pressures, and mechanical impacts, which reduces the risk of damage over time. The premium materials used also contribute to excellent resistance to degradation and corrosion, enabling consistent performance throughout its operational lifespan. This robust reliability ensures stable energy production, even in challenging climates.
Superior Energy Output and Efficiency Benefits
The high power output of 620 watts combined with elevated module efficiency makes this Canadian Solar panel an outstanding choice for those seeking to maximize solar energy generation. The innovative TOPCon passivated contact technology reduces surface recombination, which improves cell performance and increases power conversion efficiency. Additionally, the bifacial design captures additional energy from reflected and scattered light, boosting overall output. This makes the panel highly efficient in diverse installation scenarios, helping users reduce electricity costs while contributing to sustainable energy goals.
Advanced N-type Bifacial TOPCon Technology
The Canadian Solar 620W solar panel utilizes cutting-edge N-type bifacial TOPCon technology to deliver superior performance and energy yield. This advanced cell design reduces recombination losses and enhances light absorption, allowing the panel to generate electricity from both its front and rear surfaces. As a result, it offers higher efficiency compared to traditional monofacial panels. The bifacial structure also increases energy output in real-world conditions by capturing reflected sunlight, making it an excellent choice for both residential and commercial solar installations focused on maximizing return on investment.
Robust and Durable Construction for Long-Term Reliability
Designed to withstand harsh environmental conditions, the Canadian Solar CS6.2-66TB-620H solar panel features a sturdy frame and high-quality tempered glass that ensure long-term durability. Its resilient build protects against snow loads, wind pressures, and mechanical impacts, which reduces the risk of damage over time. The premium materials used also contribute to excellent resistance to degradation and corrosion, enabling consistent performance throughout its operational lifespan. This robust reliability ensures stable energy production, even in challenging climates.
Superior Energy Output and Efficiency Benefits
The high power output of 620 watts combined with elevated module efficiency makes this Canadian Solar panel an outstanding choice for those seeking to maximize solar energy generation. The innovative TOPCon passivated contact technology reduces surface recombination, which improves cell performance and increases power conversion efficiency. Additionally, the bifacial design captures additional energy from reflected and scattered light, boosting overall output. This makes the panel highly efficient in diverse installation scenarios, helping users reduce electricity costs while contributing to sustainable energy goals.