EN
PVT Solar Collector
1）Peak efficiency of solar energy utilization: 92.4%
2）Electrical efficiency: 22.1%
3）Thermal efficiency: 70.3%
4）Certificates: IEC61215, IEC61730, TUV, CE
5）Passed 2 times of 100% EL test
- Introduction
- Main features
- Specifications
- Recommended
Product Introduction
PVT (Photovoltaic-Thermal Integration) application utilizes the thermal energy generated by solar PVT modules while generating electricity to provide hot water or heating. It is a high-efficiency cogeneration system coupled with PVT modules and multi-energy systems, which can meet users' electricity and heat needs simultaneously.
PVT (Photovoltaic-Thermal Integration) applications integrate photovoltaic power generation and solar thermal utilization. While the solar PVT module generates electricity, it also collects the thermal energy produced during the power generation process to provide hot water or heating services. As a highly efficient cogeneration system, it combines PVT modules with multiple energy systems, effectively addressing users' dual demands for electricity and heat. The product adopts advanced technologies to ensure stable performance and high comprehensive efficiency, supported by complete certification systems and strict internal testing procedures.
PVT (Photovoltaic-Thermal Integration) applications integrate photovoltaic power generation and solar thermal utilization. While the solar PVT module generates electricity, it also collects the thermal energy produced during the power generation process to provide hot water or heating services. As a highly efficient cogeneration system, it combines PVT modules with multiple energy systems, effectively addressing users' dual demands for electricity and heat. The product adopts advanced technologies to ensure stable performance and high comprehensive efficiency, supported by complete certification systems and strict internal testing procedures.
Main features
Features
1）Photovoltaic-Thermal Integration: Integrates multiple new energy sources such as photovoltaics, solar thermal, and air source heat pumps, simultaneously meeting the needs for electricity, hot water, and heating.
1）Photovoltaic-Thermal Integration: Integrates multiple new energy sources such as photovoltaics, solar thermal, and air source heat pumps, simultaneously meeting the needs for electricity, hot water, and heating.
2）High Efficiency: Adopts full-flow channel technology and lamination without hidden crack technology, increasing power generation efficiency by more than 8-15%, with the comprehensive conversion efficiency of heat and electricity reaching over 70%.
3）Short Payback Period: About 2 years for scenarios with simultaneous demand for heat and electricity; about 4 years for other applicable scenarios (note: the original duplicate description is optimized for clarity).
4）Space Saving: Realizes both power generation and heating functions within limited space, improving space utilization.
5）Comprehensive Certification: Equipped with complete product and system certifications, and the internal testing standards are stricter than industry standards, ensuring product quality and reliability.
Flat plate solar collector application:
6）Characteristics Of The PVT Thermal/Electric Energy Systems
7）PVT trans-seasonal energy storage cooling and heating system
8）PVT hot water system
9）PVT water source heat pump inter-seasonal energy storage
10）PVT large area heating and domestic hot water system
Specifications
1）Peak efficiency of solar energy utilization: 92.4%
2）Electrical efficiency: 22.1%
3）Thermal efficiency: 70.3%
4）Certificates: IEC61215, IEC61730, TUV, CE
5）Passed 2 times of 100% EL test
6）Passed I time of insulation resistance test
7）Passed 2 times of air tightness test.
| Product Basic Parameters | ||
| Thermal Module/Model | PVT | High-Temp PVT |
| Total Power | 1735W | 2297W |
| Thermal Power | 1150W | 1757W |
| Electrical Power | 585W | 540W |
| Operating Temperature | -40~85℃ | |
| Cell Material | Stainless Steel | |
| Frame Material | Aluminum Alloy | |
| Glass Type | Ultra-clear Low-Iron Textured Tempered Glass | |
| Glass Size | 2272*1128*3.2mm | |
| Product Size | 2279*1134*35mm | 2279*1134*50mm |
| Module Weight | 45KG | 68KG |
| Heat Exchange Area | 2.56㎡ | |
| Heat Exchange Port | 4-point External Thread | |
| Heat Transfer Fluid | PVT-specific Antifreeze | |
| Working Pressure | <0.2MPa | |
| Insulation Material | EPP Insulation13-27mm | |
| Electrical Performance Parameters @ STC (Standard Test Conditions) | |
| Maximum Output Power (Pmax) | 585W+5W |
| Maximum Power Voltage (Vmp) | 43.43V |
| Maximum Power Current (Imp) | 13.47A |
| Open Circuit Voltage (Voc) | 51.71V +3% |
| Short Circuit Current (Isc) | 14.41A |
| Maximum System Voltage | 1500V |
| Maximum Series Fuse Rating | 25A |
| Short Circuit Current Temp. Coeff. (α) | 0.037%/℃ |
| Open Circuit Voltage Temp. Coeff. (β) | -0.255%/℃ |
| Maximum Power Temp. Coeff. (γ) | -0.337%/℃ |
| Number of Cells | 144pcs |
| Junction Box | IP68,3 diodes |
| Connector | HTC-16,IP68 |
| Cable Length | Positive:250 mm |
| Negative:300 mm | |
| Snow Load / Wind Load | 5400 Pa / 2400 Pa |
