Product Details
Product Introduction:
Conventional photovoltaic (PV) modules convert only approximately 20% of incident solar energy into electricity, with the remaining energy dissipated as waste heat. This accumulated heat not only goes unutilized but also degrades the photovoltaic conversion efficiency of the solar cells—as panel temperature rises, electrical efficiency declines.
The PVT (Photovoltaic-Thermal) hybrid module is a high-efficiency combined heat and power system that integrates photovoltaic electricity generation with solar thermal collection. The front side of the PVT module employs mature, high-quality monocrystalline silicon PV cells. The rear side incorporates superconducting finned micro heat pipe thermal collection technology. which simultaneously extracts heat and cools the PV cells, thereby enhancing photovoltaic conversion efficiency. This design achieves efficient PV/T synergy, meeting dual demands for electricity and hot water.
Product features:
- High Efficiency: Combined photovoltaic and thermal utilization yields up to four times the energy output per square meter.
Low Carbon: Reduces CO₂ emissions by a factor of four. - Ultra-Lightweight: Dry-type lightweight design with integrated one-step lamination manufacturing process, resulting in low weight, high reliability, and durability.
- Durable: Circulating heat transfer through the collector cools the PV backsheet, improving power generation efficiency while extending PV cell service life.
Scope of application
The PVT module shares identical external dimensions with standard PV modules. Through customized system design—combining varying quantities of PVT and PV modules with auxiliary equipment such as hot water tanks, heat pumps, energy storage batteries, and inverters—the system can meet the green energy requirements for electricity, hot water, and space heating for both residential and commercial/industrial clients.
| Thermal Characteristics | |
Cell Size | 182 × 182 mm |
Cell Quantity | 60 cells |
Front Glass | 3.2 mm tempered-glass |
Weigh | 28 kg |
Panel Dimensions (L×W×T) | 1909×1134×35 mm |
Absorber Area | 2.11 m² |
Frame Material | Aluminum Anodized |
Film | Black PET |
Junction Box | IP67 |
Cable Length | 1000 mm |
Cable Connector | MC4 compatible |
| Photovoltaic Characteristics | |
Maximum Power (Pmax) | 450 Wp |
Nominal Voltage (Vmp) | 34.20V |
Maximum power current (maximum value) | 13.16A |
Open-circuit voltage (Voc) | 41.04V |
Short-circuit current (lsc) | 13.95A |
Power Tolerance | 0 + 4.99 Wp |
Panel Efficiency | 20.8% |
Maximum System Voltage | DC 1500V (TUV) |
Temperature | -40ºC/+85ºC |
Max. Reverse Current | 25A |
Max. Wind/Snow Load | 2400 Pa / 5400 Pa |
Ingress Protection | IP65 |
Safety Class | II |
Temperature Coefficient of Voc | -0.31%/K |
Temperature Coefficient of Pmax | -0.39%/K |
| Thermal Characteristics |
|
Thermal Collection Powe | 1200 W |
Max Pressure | 7 bar |
Collector Materia | Aluminum |
Fluid Capacity | 0.2 L |
Optical Efficiency (η₀) | 0.472 |
Heat Loss Coefficient (a₁) | 9.5 W/(m²·K) |
Pressure Drop | 0.06 Pa |
Insulation Thickness | 15 mm |
Keywords
PVT component
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TianAn Hi-tech Ecological Park, NO.555 Panyu Avenue,Panyu District,Guangzhou,Guangdong,China