PVT-E Photovoltaic Thermal Hybrid Solar Collector Electricity Thermal Energy Heat Pump
PVT-E Photovoltaic Thermal Collector The PVT-E Photovoltaic Thermal Collector is an advanced PVT solar energy solution that combines photovoltaic power generation and solar thermal collection into one integrated module. Unlike traditional photovoltaic systems that only convert solar energy into ...
Photovoltaic Hybrid Solar Collector
,Thermal Hybrid Solar Collector
PVT-E Photovoltaic Thermal Collector
The PVT-E Photovoltaic Thermal Collector is an advanced PVT solar energy solution that combines photovoltaic power generation and solar thermal collection into one integrated module.
Unlike traditional photovoltaic systems that only convert solar energy into electricity, the PVT-E system captures excess heat generated during PV operation and converts it into useful thermal energy.
By producing electricity, hot water, and heating energy simultaneously, the system improves solar energy utilization and provides an efficient renewable energy solution for low-carbon buildings, commercial heating, hot water systems, and renewable energy projects.

Dual Energy Generation: Electricity + Heat
The PVT-E module integrates photovoltaic and solar thermal technologies to maximize solar energy utilization.
Benefits:
- Electricity generation and heat recovery from one module
- Solar comprehensive utilization rate up to 60%
- Thermal energy output can reach approximately 2 times electrical output
- Improved overall energy efficiency compared with traditional PV systems
High-Efficiency Heat Transfer Technology
The module adopts advanced vacuum bonding technology to reduce thermal resistance between photovoltaic and thermal components.
Advantages:
- Faster heat transfer
- Improved thermal energy utilization by over 40%
- Stable thermal performance
- Enhanced system efficiency
Intelligent Temperature Control System
The built-in intelligent temperature management system helps maintain optimal module operation.
Features:
- Prevents PV hot spots
- Controls temperature difference fluctuations
- Improves component lifespan
- Maintains stable electricity and thermal output
Smart Energy Management
Equipped with high-precision sensors and intelligent control technology, the PVT-E system can connect with building energy management platforms.
Functions include:
- Real-time thermal energy adjustment
- Smart energy demand matching
- Improved system efficiency
- Operation and maintenance cost reduction by over 35%
N-Type TOPCon High-Efficiency Solar Cells
The PVT-E collector uses N-type TOPCon monocrystalline solar cells with multi-busbar technology.
Advantages:
- High photovoltaic conversion efficiency
- Low temperature coefficient
- Stable power generation under different climate conditions
Precision Thermal Control Design
Using a high-purity aluminum heat transfer plate and optimized internal channels, the module maintains temperature uniformity within approximately ±1°C.
This improves:
- Solar power generation efficiency
- Thermal collection performance
- Long-term system stability
Durable Outdoor Structure
Designed for reliable outdoor operation, the PVT-E collector features:
- Anodized 6063-T5 aluminum alloy frame
- Tensile strength up to 180MPa
- Weather-resistant sealant
- IP65 waterproof protection
The robust structure provides excellent resistance against rain, sand, and harsh environmental conditions.

| Type | PVT-E | |
| Outline dimension (mm) | 2279×1134×45 | |
| Glass size (mm) | 2273×1128 | |
| Weight (kg) | 39 | |
| Electrical parameter | Maximum power (STC condition)/W | 580 |
| Type of battery | Single crystal multi gate N type TOPCon | |
| Number of batteries | 144(6×24)cells | |
| working temperature /℃ | -40~85 | |
| Maximum system voltage/V | 1500V(TUV) | |
| Open circuit voltage (Voc)/V | 51.1 | |
| Maximum power point voltage (Vmp)/V | 44.45 | |
| Short circuit current (Isc)/A | 14.31 | |
| Maximum power point current (Imp)/A | 13.05 | |
| component efficiency | 22.44% | |
| Thermal parameter | Peak light thermal power (W) | 1180 |
| dielectric capacity (L) | 1.2 | |
| Medium type | Propylene glycol solution/glycol solution/water | |
| Working pressure (MPa) | 0.6 | |
| operate mode | Interstitial expansion | |
| Interface size and quantity | G1/2 external thread, 2 | |
| Heat exchanger structure | Tubular plate type | |
| Heat exchanger material | red copper | |
| Back panel material | Color coated panels | |
| Packing quantity | 28 units/tray, 616 units/40ft cabinet | |
| Areas of application | Low temperature radiant heating, pool heating, cross-season heat storage, and direct heating combined with heat pumps. | |