AIR-BASED PV/T COLLECTOR: ELECTRICITY & HEAT
Solar Energy Independence, Captured from the Air
Our air-based PV/T collector features a true dual-output design: the front surface generates electricity, while the rear surface captures thermal energy, using air as the medium to carry that heat away.
Compared to a conventional PV panel, it delivers 6 to 8 times greater total energy output, significantly boosting performance while helping lower your carbon footprint.
This system integrates seamlessly with a wide range of setups — including air heaters, heat pumps, drying units, and ventilation systems — offering flexible compatibility across different energy needs.
The result: efficient heating for your home or building, with no added strain on the environment.

Industrial Air-Duct Durability
Constructed with corrosion-resistant, high-strength alloy air channels designed to withstand extreme wind loads, vibration, and continuous hot-air circulation without structural deformation.
ISO 9806 & Low Carbon Certified
Fully compliant with ISO 9806, IEC standards, and Carbon Footprint requirements, making your projects fully eligible for government green energy subsidies.
Complete System & Tailored Solutions
We offer full system integration and customized engineering designs, delivering complete end-to-end solar heating and drying solutions from layout planning to final deployment.
Our innovation
The World's First Hybrid Air-Based Solar PVT Technology
The Front Side
Turns sunlight into maximum electrical power.
The front surface features high-efficiency N-type TOPCon monocrystalline cells, providing flexible power output options ranging from 430W to 630W.
Built with 3.2mm ultra-clear patterned tempered glass and advanced cell technology, it achieves an exceptional 23.3% module efficiency while fully meeting strict carbon footprint tracking and compliance standards for European and global projects.
The Back Side
Captures clean thermal energy for direct hot air output.
The rear side houses an engineered air-channel heat exchanger designed to produce up to 1620W of peak thermal output with an airflow rate of 70–90 m³/h.
Constructed from lightweight, corrosion-resistant aluminum, it provides optimal heat transfer and long-term durability for demanding continuous operations.
Specifically optimized for low-temperature drying and agricultural/industrial space heating, it delivers reliable thermal performance even under challenging ambient conditions.

Solutions for the Agriculture and Animal Husbandry Industry
Solutions for the Food Processing Industry
Our Quality
Engineered to Last, Test After Test
Individually Inspected
Every HKWELL air-based PVT collector undergoes a dedicated inspection process before leaving the production line.
Rigorously Validated for Durability & Safety
Each unit undergoes a comprehensive battery of validation tests — including accelerated weathering, UV/solar radiation exposure, fire resistance, snow and wind load, plus extreme-condition trials (hail impact, salt spray, dust/sand exposure). Testing is carried out through independent, internationally accredited laboratories.
Performance Characteristics of the HKWELL Air-Based PVT Collector

Front Side Parameters (Photovoltaics / Electrical Data)
- Cover Material / Thickness: 3.2mm Ultra-clear low-iron patterned tempered glass
- Number of Cells: 132 pcs
- Conversion Efficiency: 21.80%
- Max Power Output (STC): 630 W
- Max System Voltage: 1500 V
- Open Circuit Voltage (Voc): 49.48 V
- Optimum Operating Voltage (Vmp): 41.02 V
- Short Circuit Current (Isc): 16.2 A
- Optimum Operating Current (Imp): 15.36 A
- Module Efficiency: 23.3%
- Temperature Coefficient of Pmax: -0.29%/°C
Back Side Parameters (Thermal Data / Air Duct)
- Peak Thermal Output: 1620 W
- Peak Efficiency: 0.59 (59%)
- Airflow Rate: 70–90 m³/h
- Static Pressure: 120 Pa
- Duct Connection Size & Quantity: φ100mm, 2 pcs

Over 130,000 HKWell installations worldwide

In Norway, This PublicSwimming Pool Is Heated by theSun with the SPRING Panels
2024
Bergen, Norway
- Panels:224 hybrid
- Power output: 95 kWp

In Norway, This PublicSwimming Pool Is Heated by theSun with the SPRING Panels
2024
Bergen, Norway
- Panels:224 hybrid
- Power output: 95 kWp

In Norway, This PublicSwimming Pool Is Heated by theSun with the SPRING Panels
2024
Bergen, Norway
- Panels:224 hybrid
- Power output: 95 kWp


