Flamingo New Technology photovoltaic function heat pump
Photovoltaic photothermal heat pump is a comprehensive utilization system that combines photovoltaic, photothermal and heat pump technologies. It achieves photoelectric conversion and heat recovery of solar energy by integrating photovoltaic components, heat absorbers and heat pump systems.
Working principle
Photovoltaic modules convert solar radiation into electrical energy while generating heat. The heat absorber absorbs and transfers the heat generated by the photovoltaic modules to the heat pump system.
The heat pump system uses thermal energy to work and realizes the extraction and transfer of thermal energy through the phase change process of circulating working fluid. Among them, the low-temperature heat source comes from the heat dissipation of photovoltaic modules and the heat of the surrounding environment, and the high-temperature heat source is provided by the heat pump system.
Installtion picture1
Installtion picture2
Features
1. Dual utilization of electrical energy and thermal energy:
Photovoltaic modules convert solar energy into electrical energy and generate heat at the same time.
The heat absorber recovers it and supplies it to the heat pump system to realize the reuse of heat energy.
2. High efficiency and energy saving: Through the work of the heat pump system,
the PVT system can provide air conditioning and heating functions in both cold and hot seasons,
and has the characteristics of high efficiency and energy saving.
3. System integration: The PVT system organically combines photovoltaic,
photothermal and heat pump technologies to form an overall energy utilization system,
which improves the comprehensive benefits of the system.
4. Environmentally friendly: PVT systems use solar energy as the main energy source,
reducing dependence on traditional energy sources, reducing carbon emissions and environmental pollution.
Photovoltaic photothermal heat pump technology has broad application prospects in the field of renewable energy,
and is especially suitable for energy supply and hot water supply in buildings. With the further development and maturity of technology,
it is expected to become one of the important choices for future energy utilization.