The PVT heat pump system is a new type of clean energy system. Traditional photovoltaic components can only generate electricity. During winter when the sunlight is not strong, the power generation efficiency is often not high. Therefore, our company has combined photovoltaic and solar thermal integration with heat pump technology and newly launched the PVT heat pump system.
In this system, we use PVT solar panels. They can generate electricity while also recovering waste heat, which greatly improves the energy utilization efficiency. The system is equipped with an air heat pump for heating and hot water supply, and can solve the customers' "power generation + heating + hot water supply + cooling" problems in one step during winter.

| Household PVT + Heat Pump System | |||
| Item | Qty | Specification | Remarks |
| PVT Solar Panel | 9 pcs | 600Wp per unit, total 5.4kW | Size: 2172*1303*35mm |
| Hybrid Inverter | 1 unit | 6kW rated power, DC 48/96V, AC 220V | Grid/Off-grid optional |
| Heat Pump | 1 unit | 15.5kW cooling / 16.5kW heating, COP ≥3.2 | Operating temp: -20~65°C |
| Water Tank | 1 unit | 200L capacity, max 80℃ | stainless steel inner tank |
| Applicable area: 80 - 120 square meters | |||
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Kindly Reminder: -The above system configurations are for reference only. -We will design the system solution based on your installation conditions and actual requirements. | |||
The PVT heat pump system is mainly composed of the following parts:
PVT solar panel: It is a photovoltaic-thermal integrated component. While generating electricity through photovoltaic power, it can also recover waste heat, significantly improving the efficiency of photovoltaic power generation;
Air source heat pump: It operates stably at low temperatures and is specifically designed for winter heating;
Hybrid Inverter: Intelligent control to ensure the normal operation of the entire system;
Water tank: Stores and retains heat, can meet the daily hot water needs of users.

The application prospects of the PVT heat pump system are extremely broad.
A small household system can meet the daily power supply, heating and water supply needs of a family, and basically achieve energy self-sufficiency. Agricultural greenhouses and greenhouses are also particularly suitable for installing this system to control the room temperature and ensure the growth of crops and plants. Large-scale venues such as office buildings, hotels, supermarkets and communities can also install large-scale photovoltaic heat pump systems for centralized heating, achieving energy conservation while significantly reducing electricity costs.

