Dual Energy PVT Solar Thermal Module Heat Pump Heating Solutions
T/PV Pro PVT Solar Thermal Hybrid Panel The T/PV Pro PVT Solar Thermal Hybrid Panel integrates photovoltaic power generation and solar heat collection into one high-performance solar module. Instead of using separate panels for electricity and thermal energy, the PVT design allows both energy ...
Dual Energy Solar Thermal Module
,PVT Solar Thermal Module
T/PV Pro PVT Solar Thermal Hybrid Panel
The T/PV Pro PVT Solar Thermal Hybrid Panel integrates photovoltaic power generation and solar heat collection into one high-performance solar module. Instead of using separate panels for electricity and thermal energy, the PVT design allows both energy outputs to be produced from the same solar surface.
This makes the T/PV Pro an effective solution for buildings, agricultural facilities, commercial projects, and off-grid systems that need to make better use of available solar energy.

Maximize Energy from Every Panel
A conventional PV module converts sunlight into electricity, while much of the remaining solar energy is released as heat. The T/PV Pro uses an integrated thermal collector to recover this excess heat and turn it into useful thermal energy.
One Solar Module = Electricity + Heat
The system delivers:
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500W photovoltaic power output
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Up to 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%
By combining two energy-generation functions in one module, the system can increase the amount of useful energy produced from a limited installation area.
Integrated Thermal Collection
The thermal layer installed behind the photovoltaic module collects heat generated during solar operation. The recovered heat can then be transferred to a water or heating system according to the project design.
Typical uses include:
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Hot water production
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Space heating
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Heat pump integration
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Greenhouse heating
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Industrial process heating
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Remote energy systems
This approach helps turn normally wasted PV heat into a usable energy source while supporting better thermal management of the solar module.
More Energy with Less Installation Space
For projects where roof area or installation space is limited, combining photovoltaic and solar thermal functions can provide a practical advantage.
The T/PV Pro reduces the need to install independent PV and solar thermal collectors, allowing electricity and heat generation to be integrated into one system.
It is particularly suitable for applications with simultaneous electrical and thermal energy demand.
Built for Long-Term Solar Applications
The module is designed with multiple protective measures for outdoor operation. Its construction features 99.99% inert gas protection and three-layer encapsulation, helping improve durability and system reliability.
The T/PV Pro also undergoes:
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PID resistance testing
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Salt spray testing
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Ammonia resistance testing
This makes it suitable for residential, commercial, agricultural, and industrial environments where solar equipment is exposed to demanding operating conditions.
A Smarter PVT Solar Solution
By combining PV electricity generation with solar thermal recovery, the T/PV Pro makes fuller use of available solar radiation than a conventional photovoltaic-only installation.
It is a flexible option for system integrators, renewable energy contractors, distributors, and project developers looking for an integrated PVT solar thermal hybrid solution.
OEM & Project Support
The T/PV Pro is available for OEM supply, bulk orders, and customized solar energy projects, supporting residential, commercial, agricultural, and off-grid applications.


| 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 |