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Dettagli:
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| size: | High Performance Solar Panel | Panel Efficiency: | 22% |
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| Efficiency: | 15-20% | Certifications: | UL, CE, TUV, IEC |
| Current: | 12.5 amps | Power Output: | Varies depending on size and efficiency |
| Dimensions: | Varies depending on size | Material: | Silicon |
| Inverter Type: | String or Micro Inverter | Maintenance: | Minimal maintenance required |
| Type: | Photovoltaic (PV) Panel | Weather Resistance: | IP65 |
| Inverter Compatibility: | Micro-inverter, string inverter | Cell Type: | Monocrystalline/Polycrystalline |
| Installation: | Roof-mounted or ground-mounted | ||
| Evidenziare: | Industrial High Performance Solar Panel,High Performance Solar Panel IP65,Aluminum Frame Industrial Solar Panel |
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High-Performance Solar Panel with Reinforced Aluminum Frame Solar Clean Engery
Product Overview
Our industrial-grade solar panel is engineered for utility-scale projects and demanding commercial environments across the Americas and Africa. Featuring a mechanically reinforced, high-strength aluminum alloy frame, it is certified to withstand severe wind loads (up to 2400 Pa) and heavy snow accumulation (up to 5400 Pa). Designed for resilience, it operates reliably in a vast temperature range from -40°C to +85°C, making it a robust solution for diverse climates—from Canadian winters to African deserts.
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STC
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Maximum Power (Pmax)
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410W
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415W
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420W
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425W
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430W
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Maximum Power Voltage (Vmp)
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31.13V
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31.32V
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31.51V
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31.70V
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31.88V
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Maximum Power Current (Imp)
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13.17A
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13.25A
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13.33A
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13.41A
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13.49A
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Open-circuit Voltage (Voc)
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37.73V
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37.92V
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38.11V
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38.30V
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38.49V
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Short-circuit Current (Isc)
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13.91A
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13.99A
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13.99A
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14.15A
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14.23A
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Module Efficiency STC (%)
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21.00
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21.25
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21.51
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21.76
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22.02
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STC
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Irradiance 1000W/m2,cell temperature 25℃,AM1.5G
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Solar Panel Technical Specifications Table
| Parameter | Specification |
|---|---|
| Maximum Power (Pmax) | [Insert Wattage, e.g., 550W] |
| Cell Type & Count | 108 Large-Format Monocrystalline |
| Frame Material | Reinforced, Anodized Aluminum Alloy |
| Mechanical Load Rating | Wind: 2400 Pa / Snow: 5400 Pa |
| Operating Temperature | -40°C to +85°C |
| Temperature Coefficients | Pmax: -0.39%/°C; Voc: -0.29%/°C; Isc: +0.033%/°C |
| Max System Voltage | 1500V DC |
| Series Fuse Rating | 15A |
| Junction Box | IP68, Bypass Diode Integrated |
| Connectors | MC4 Compatible |
| Key Certifications | TUV, IEC 61215/61730, UL (Region-Specific) |
Why Leading Energy Companies & Contractors Choose Us ?
For energy firms, municipal projects, and engineering procurement contractors, reliability and total cost of ownership are paramount. We deliver:
Certified Structural Integrity: Third-party tested (TUV) for mechanical load and electrical safety, providing verifiable peace of mind for project financiers and insurers.
Superior Energy Yield in Heat: Our superior temperature performance translates to more kilowatt-hours generated per peak kilowatt installed compared to conventional panels, especially in high-temperature markets.
Global Compliance & Supply Assurance: Products meet international standards (IEC, UL) relevant for the Americas and Africa. We offer scalable supply and logistics support tailored for large projects and distributor partnerships.
Dedicated Technical Support: We provide direct engineering support for system design and load analysis, helping integrators and EPCs optimize their installations.
Frequently Asked Questions (FAQ)
Q: How does the wind and snow load rating benefit my project?
A: High load ratings mean reduced risk of structural failure and lower insurance premiums. They allow for fewer mounting attachments in some designs, potentially lowering installation costs while ensuring compliance with strict local building codes in hurricane-prone or heavy snowfall regions.
Q: Why is a low-temperature coefficient important?
A: Solar panels operate hotter than ambient air. A lower power temperature coefficient (like our -0.39%/°C) means the panel loses less efficiency on hot days. This results in a higher annual energy yield compared to panels with a standard coefficient, improving your project's financial returns.
Q: Are these panels suitable for integration with energy storage systems?
A: Absolutely. The stable high-voltage output and robust performance across temperatures make them an excellent, predictable energy source for charging battery systems, both for large-scale commercial storage and off-grid hybrid applications.
Q: What support do you offer for distributors and large-scale EPCs?
A: We provide comprehensive packages including technical data for system design, CAD files, branded marketing collateral, and flexible logistics options. For EPCs, we offer dedicated project management and volume-based pricing to ensure your project stays on time and on budget.
Persona di contatto: Mr. Lily
Telefono: 18363367612
Italian
