Photovoltaic Air Source Heat Pump With Solar Panel

Residential Heating and Cooling:

• Scenario: In residential areas, solar photovoltaic air source heat pump systems can be installed on the roof or in the yard. They absorb sunlight through solar photovoltaic panels, convert it into electricity, and use the heat pump system to provide heating or cooling.

• Advantage: It can offer air conditioning and cooling effects in summer while providing heating during winter, making full use of solar energy to enhance energy efficiency.

1. Hot Water Supply Systems:

• Scenario: Solar photovoltaic air source heat pump systems in hotels, apartments, hospitals, or residential areas can be used for hot water supply. Solar panels convert solar energy into electricity, and the heat pump utilizes this electricity to provide hot water.

• Advantage: In places requiring a significant amount of hot water, the system can reduce energy costs and decrease dependence on the conventional power grid.

2. Greenhouse Heating:

• Scenario: In agriculture, solar photovoltaic heat pump systems can be utilized for greenhouse heating, creating an optimal growing environment.

• Advantage: Capturing sunlight through photovoltaic panels, the heat pump converts electricity into heat energy, maintaining a constant temperature in the greenhouse and promoting plant growth.

3. Industrial Applications:

• Scenario: In some industrial production facilities, solar photovoltaic heat pump systems can be used to heat industrial water or provide thermal energy during manufacturing processes.

• Advantage: By combining solar energy and heat pump technology, energy consumption in industrial processes can be reduced, diminishing reliance on traditional energy sources.

Photovoltaic solar energy is applicable in various regions globally, but its suitability is influenced by factors such as climate conditions, sunlight duration, geographical location, and energy policies. Here are some primary regions where photovoltaic solar energy is applicable:

1. Sunbelt Regions: Photovoltaic solar energy is most suitable for sunbelt regions, such as tropical and subtropical areas. These regions typically have longer sunshine hours and intense sunlight, facilitating efficient absorption of solar energy by solar panels.

2. Desert Areas: Deserts, due to minimal cloud cover and abundant sunlight, are ideal for photovoltaic solar energy. Several desert countries have already constructed large-scale solar power plants across vast desert terrains.

3. Mountainous Areas: Despite lower temperatures, mountainous areas often experience strong sunlight radiation. Photovoltaic solar energy systems in these regions can provide clean energy for remote locations and be utilized in scenarios like open-pit mining.

4. Near Equatorial Regions: Areas close to the equator usually have longer daylight hours and higher sunlight intensity, making them conducive to the development of photovoltaic solar energy projects.

5. Mediterranean Climate Zones: Regions with a Mediterranean climate tend to have intense sunlight during summers and sufficient sunlight during winters, making them suitable for year-round application of photovoltaic solar energy systems.

6. Some Temperate Zones: Certain temperate regions, especially those with intense sunlight during the summer, are also suitable for photovoltaic solar energy applications. Although sunlight hours are shorter in winter, the system remains effective throughout the year.

 The Solar Panels Quantity For Each Horse Power Heat Pump

1.The above data is for reference only, the specific data is subject to actual product

2.ln the best case, the electricity generated by photovoltaic panels meets 90% of the consumption of heat pumps

3.Single phase Max DC 400V Input / Minimum DC 200V nput / Three phase Max DC 600V Input / Minimum DC 300V input