PVT Heat Pump System: Lamination Tech Enables New Photovoltaic-Thermal Breakthrough

PVT Heat Pump System

With the acceleration of global clean energy transition, the PVT Heat Pump System is emerging as the most promising technological route in the field of building heating and hot water supply. This system integrates photovoltaic and thermal components (PVT Collector) with heat pumps, achieving triple energy output of "power generation + heat collection + heating", with a comprehensive solar energy utilization rate of over 80%. Our company's PVT Heat Pump System, leveraging industry-leading high-temperature vacuum laminating technology, provides efficient, stable, and long-lasting clean heating solutions for scenarios such as hotels, villas, schools, and hospitals.

I. Core Technology: Laminating Technology vs. Traditional Technology

Traditional PVT components mostly use adhesive or mechanical pressing processes, resulting in high thermal resistance between the photovoltaic cells and the heat exchange backplate, frequent delamination, and cracking. Under the influence of diurnal temperature differences and seasonal transitions, they are prone to thermal fatigue failure. Our company adopts high-temperature vacuum laminating technology, which forms the TOPCon photovoltaic cells and the integrated full-flow heat exchange backplate in one step, achieving high peel strength and high cross-linking degree, ensuring the component operates stably within the temperature range of -40°C to 85°C.

II. Factory Advantages

1. Fully Automated High-Temperature Laminating Line - Independently developed high-intelligence automated PVT component production line, leading international efficiency

2. Vertical Integration from Coating to System - Autonomous production of heat absorption coatings, independent manufacturing of water tanks (enamel/stainless steel), full quality control throughout

3. International Authority Certification - Certified by Solar Keymark, CE, ISO 9001, etc., in line with EN 12975 standards

4. OEM/ODM Customization - Water tank capacity 100L-300L and larger specifications, component size, and appearance color can be customized

5. Monthly Production Capacity 24,000 Pieces - Stable large-scale supply, delivery cycle 15-25 working days

III. Product Advantages

🔹 Dual-energy in One Plate, Comprehensive Efficiency 70-88% - Photovoltaic on the front, efficient heat collection on the back, saving 40% of roof space

🔹 Active Cooling, Power Generation Gain 10-15% - The heat exchange backplate continuously removes battery heat, reducing working temperature, and improving photovoltaic efficiency by 10-15%

🔹 Year-round COP above 5.0 - Intelligent dual-source collaboration, preventing frost formation in winter and overheating in summer, saving 35%-55% compared to single heat source systems

🔹 -40°C to 85°C Temperature Range Operation - Water-based PVT design without cracking, overcoming differences in material expansion, stable operation throughout the day

IV. Application Cases

Case: Energy-saving renovation of industrial plants

A factory installed 280 PVT components, generating an average of 700 kWh of electricity and producing 40 tons of heat per day. The annual energy consumption was reduced by approximately 30%, and the investment payback period was only over 3 years.

PVT Solar Thermal Panels + Heat Pump

V. Common FAQs

Q1: What are the differences between the PVT heat pump system and the ordinary air source heat pump?

The PVT heat pump uses PVT components as an efficient heat source, with a stable annual comprehensive energy efficiency ratio (COP) maintained above 5.0. Compared to traditional air source heat pumps, it saves 35% - 55% of energy and avoids the problem of low-temperature frosting.

Q2: How does the laminated process affect the system's lifespan?

High-temperature vacuum laminating realizes the integrated molding of photovoltaic cells and heat exchange back plates, eliminating the risks of cracks and delamination, and the lifespan of the components exceeds 25 years, which is the same as that of photovoltaic modules.

Q3: Can the system simultaneously meet the needs of hot water and heating?

OK. The PVT heat pump system converts the waste heat from photovoltaic power generation into domestic hot water or heating energy through the combined heat and power mode, achieving a one-stop supply of "power generation + hot water + heating".

Q4: Does it support OEM customization?

Yes. Component size, water tank capacity (100L - 300L and larger), and appearance color can all be customized as per customer requirements. It also supports customer brands/LOGOs.

Q5: How long is the investment payback period?

As an example for industrial projects, the investment payback period is approximately 3-4 years. For civilian and commercial projects, depending on local energy prices, the initial installation cost can generally be recovered within 3-5 years.

📩 Contact us immediately to obtain the exclusive solution for the PVT heat pump system!

Whether you are a hotel engineer, construction developer, industrial facility manager, or an investor in new energy projects, we provide professional PVT Heat Pump System consultation and customized solutions.

📧 Send the inquiry and obtain the exclusive solution!