Solar + Air Source Heat Pump Coupling System

Solar + Air Source Heat Pump Coupling System

Solar + air source heat pump coupling system is a new type of energy supply solution that synergistically utilizes solar energy and air thermal energy. The system collects heat through solar collectors and stores it, while the air source heat pump extracts low-temperature heat energy from the air, compresses it and warms it up to supply heat. The intelligent control system automatically switches between the two according to the light conditions, complementing each other's strengths to meet the building's heating and hot water supply needs, reducing energy consumption and carbon emissions, and improving energy utilization.

Application Areas:

Building energy use: provide heating, cooling and hot water for family houses, commercial buildings and public buildings;

Agricultural field: used for temperature control of greenhouses, heating of livestock and poultry houses and drying of agricultural products;

Industrial field: industrial high-temperature steam, medium and low-temperature heat energy;

System Features:

High efficiency and energy saving: dual energy sources complement each other to effectively improve comprehensive energy efficiency and reduce operating costs.

Environmentally friendly: zero-emission operation, no pollutants generated, contributing to green and low-carbon development.

Strong adaptability: not subject to geographical restrictions, can adapt to different climatic conditions, to ensure a stable supply of energy.

Intelligent regulation: automatically monitor and optimize energy distribution to improve system operation efficiency.

System Operation Principle:

The solar collector absorbs light energy and converts it into heat energy, which is stored in the water tank through the circulating medium; the air source heat pump utilizes the inverse Carnot cycle to absorb heat from the air, and then raises the temperature through the compressor to supply heat. Intelligent control system automatically switches the operation mode according to the solar irradiation intensity, prioritizing the use of solar energy when there is sufficient sunlight, and the air source heat pump intervenes to supplement it when there is insufficient sunlight, thus realizing the efficient use of energy.