500W PVT Hybrid Solar Panel T-PV Pro Electricity And Thermal Energy
T/PV Pro PVT Hybrid Solar Panel for Electricity and Thermal Energy The T/PV Pro PVT Hybrid Solar Panel is designed to generate photovoltaic electricity and collect solar thermal energy from the same module. By combining PV cells with an integrated thermal collector, the system captures both ...
500W PVT Hybrid Solar Panel
,Thermal PVT Hybrid Solar Panel
T/PV Pro PVT Hybrid Solar Panel for Electricity and Thermal Energy
The T/PV Pro PVT Hybrid Solar Panel is designed to generate photovoltaic electricity and collect solar thermal energy from the same module. By combining PV cells with an integrated thermal collector, the system captures both electrical and heat energy from available sunlight.
This photovoltaic-thermal design provides a practical way to increase the useful energy output of a solar installation without installing separate PV and thermal collectors.
Electricity and Heat in One Module
The T/PV Pro makes use of both the electrical and thermal potential of solar radiation.
While the PV layer generates electricity, the thermal system collects heat from the rear of the module. This recovered heat can then be used for water heating, space heating, or integration with other heating equipment.
Main Performance
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500W PV electrical output
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1380W peak thermal output
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Thermal efficiency above 60%
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Comprehensive efficiency above 80%
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Instantaneous combined efficiency up to 88%
The dual-output configuration allows more useful energy to be produced from the same panel surface.
Integrated Solar Thermal Collection
Heat generated during PV operation is transferred to the thermal collector positioned behind the photovoltaic module.
The collected thermal energy can be used as a heat source for:
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Domestic hot water
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Space heating
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Heat pump systems
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Greenhouse heating
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Agricultural facilities
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Commercial heating applications
This design also provides a way to remove excess heat from the PV module, helping with thermal management during solar operation.
Optimize Limited Installation Space
For projects requiring both electricity and heat, separate PV panels and solar thermal collectors can require additional installation area.
The T/PV Pro combines both functions into a single solar module. This makes it suitable for rooftops, agricultural buildings, commercial facilities, and other projects where available installation space needs to be used efficiently.
It can also be integrated with existing hot-water, heating, and heat pump systems according to project requirements.
Protection for Long-Term Outdoor Operation
The T/PV Pro is built for continuous outdoor solar applications and incorporates multiple protective technologies.
Its structure includes:
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99.99% inert gas protection
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Three-layer encapsulation
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PID resistance testing
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Salt spray testing
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Ammonia resistance testing
These protective features support reliable module operation in residential, agricultural, commercial, and industrial environments.
Applications
The combination of photovoltaic and thermal output makes the T/PV Pro suitable for a wide range of energy projects.
Residential Energy
Generate electricity while supplying thermal energy for domestic hot water and heating.
Greenhouses & Agriculture
Provide both electrical power and useful solar heat for agricultural production and greenhouse heating.
Factories & Schools
Support electricity demand together with hot-water and heating requirements.
Remote & Off-Grid Projects
Provide combined solar power and thermal energy for remote stations, mining areas, oil fields, border facilities, and other locations with limited grid access.
Camping & RV
Provide a compact dual-energy solution where both electrical and thermal energy are required.
OEM & Project Support
T/PV Pro is available for OEM/ODM customization, bulk orders, and project supply, serving solar distributors, system integrators, engineering contractors, and renewable energy project developers.

| Thermal performance of components | Component open circuit voltage (Voc) | 41.676 |
| Component short circuit current (1lsc) | 11.275 | |
| Component power (48°C) (Pmax) | 336.3 | |
| Operating voltage of components (48°C) (Vmp) | 34.126 | |
| Operating current of components (48°C) (lmp) | 9.859 | |
| Module power generation efficiency (based on battery area%) | 20.05 | |
| Component peak thermal efficiency coefficient (CTP) level 1 | 0.71 | |
| Maximum hot water temperature of components (°C) | 75 | |
| Operating temperature of components (°C) | -25°C to +80°C | |
| Maximum system voltage of components | 1500V | |
| Application level | ClassA | |
| Current rating of series fuse | 20A | |
| Size of product | Monocrystalline silicon PERC solar cells | DMBD9B166 |
| Cell efficiency value | 23.30% | |
| Number of batteries | 166mmx60 | |
| Component outline dimensions | 1800x1080x48mm | |
| weight | 38kg | |
| rear panel | TPT black | |
| Anodic border material | Anodized aluminum alloy matte metal black | |
| connecting box | IP68rated | |
| output cable | 4㎡,(+)300/(-)300mm | |
| junctor | MC4 compatible | |
| Packaging information | Per sheet/pan | 30+20 |
| Per container | 150 |

