T-PV Pro PVT Solar Panel Photovoltaic Thermal Power Technology
T/PV Pro PVT Solar Panel with Photovoltaic Thermal Technology The T/PV Pro PVT Solar Panel combines photovoltaic power generation and solar thermal collection within a single solar module. Using photovoltaic-thermal technology, it converts sunlight into electricity while simultaneously recovering ...
ODM PVT Solar Panel
,Photovoltaic Thermal PVT Solar Panel
T/PV Pro PVT Solar Panel with Photovoltaic Thermal Technology
The T/PV Pro PVT Solar Panel combines photovoltaic power generation and solar thermal collection within a single solar module. Using photovoltaic-thermal technology, it converts sunlight into electricity while simultaneously recovering thermal energy from the PV module.
This integrated design enables the same installation area to produce two forms of renewable energy, providing a practical solution for applications that require both electrical power and heat.
Dual Energy from One Solar Module
Conventional PV panels primarily generate electricity, while part of the absorbed solar radiation is converted into unwanted heat. The T/PV Pro captures this heat through its integrated thermal collection structure and puts it to practical use.
Solar Radiation → Electricity + Heat
With two energy outputs from one module, the T/PV Pro achieves:
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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%
This makes PVT technology particularly suitable for projects where maximizing energy production from available installation space is important.
Recover More Solar Energy
The thermal collector located behind the PV module absorbs excess heat generated during photovoltaic operation. The recovered energy can then be transferred to a suitable heating or hot-water system.
Typical applications include:
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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 heating
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Commercial hot water
By recovering thermal energy instead of allowing it to dissipate, the T/PV Pro can increase the total useful energy obtained from the solar installation.
Combined PV and Thermal Design
The T/PV Pro integrates two solar technologies into one system, helping reduce the need for separate photovoltaic and solar thermal collectors.
This combined configuration can offer advantages for projects with limited roof or ground space. It is also suitable for applications where electricity and thermal energy are required at the same time.
The thermal collection layer also helps remove heat from the PV module during operation, contributing to effective thermal management of the solar panel.
Reliable Protection for Outdoor Installation
Designed for long-term solar applications, the T/PV Pro features a multi-layer protection structure for improved durability in outdoor environments.
Key protection technologies include:
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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 features make the module suitable for different climatic and operating environments, including agricultural, commercial, and industrial applications.
Wide Range of Applications
The T/PV Pro can be integrated into various renewable energy systems depending on the project's electrical and thermal requirements.
Residential Solar Systems
Generate electricity while supplying thermal energy for household hot water or heating.
Agricultural & Greenhouse Projects
Provide solar power and useful heat for greenhouse and agricultural facilities.
Commercial Buildings
Support electricity generation together with hot-water and heating requirements for schools, factories, and other facilities.
Remote & Off-Grid Applications
Provide combined electrical and thermal energy for remote stations, mining sites, oil fields, border facilities, and other areas with limited grid access.
Camping & RV Systems
Offer a compact renewable energy solution for applications requiring both electricity and heat.
Efficient Use of Available Solar Energy
The T/PV Pro PVT Solar Panel provides more than photovoltaic electricity alone. By collecting thermal energy from the PV module, it increases the amount of useful energy that can be obtained from the same solar surface.
With high thermal efficiency, strong outdoor protection, and flexible system integration, it is well suited for residential, commercial, agricultural, industrial, and off-grid solar energy projects.

OEM & Project Supply
T/PV Pro supports OEM/ODM customization, bulk supply, and project-based solutions for solar distributors, installers, system integrators, and renewable energy contractors.
| 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 |

