Thermodynamic solar panel 2000x1000mm
Made from Aluminum 1060/1050 with roll bond technology,with painting dark powder,Punching,Bending,Welding;
Dimension: 2000x1000mm,with bending edges,thickness 25mm.Material Thickness range: 1.5mm-2.0mm;
Available for 1700X800mm, 2000X800mm, 2000X1000mm, 1700X500mm, 1700X900mm, 1700X990mm, and other sizes
Key process to manufacture Thermodynamic solar panel 2000x800mm: Prepare aluminial panel as material, Cleaning aluminium, roughing surface, Printing, Riveting, Rolling, Annealing, Roll bond blow, Punching, Folding and shaping, Assembly welding, Leakage Test, Cleaning and drying, Coating, Curing, Inspection, Packing
Technical features to manufacture Aluminium Thermodynamic panel:
1) Size Limit: Panel Width 1100mm (max),Panel length 2200mm (max)
2) Can manufacture panel according to your drawing or real sample, also can help to design Aluminium Thermodynamic solar panel.
3),Color: Any.(Usually is black).
Thermodynamic panels can absorb ambient heat from the air and rain as well as the sun.
They use refrigerant gas which works like a fridge in reverse to generate hot water for your home in all conditions.
Application of the principle to thermodynamic solar panel technology.
Inside the Thermodynamic Solar Panel,a cooling fluid(Usually is R134a or R22,or R410a) circulates that has temperatures between -5℃ and -15℃. Exposed Thermodynamic Solar Panel is responsible for the capture of solar thermal radiation during daylight hours, absorbing the higher ambient daytime temperature, and doing the same with the rain or air temperature, depending on the circumstances. This cooling fluid has the ability to aerate itself using the temperature variations that are the result of heat capture and is then sent to a thermodynamic block wherein a compressor elevates its temperature to 110℃-120℃ with the use of pressure. The last step is to transfer this heat to a water circuit, a process that is carried out via a heat exchanger that is located within the block itself.
The Thermodynamic Solar Panel thus function without the need for direct intervention of the sun and allow for generating potable hot water, heating, and the temperature control of pools, with savings of up to 70% on energy use. Thermodynamic solar panels moreover allow for completely abandoning the use of fossil fuels such as gasoline, natural gas, propane, and butane, and provide for active yield 365 days per year, independently of weather conditions. The thermodynamic solar panels are very light (8 kg about), and so are easy to install in facades or roofs without requiring technical studies or further works.
Although we`re talking about an innovative technology, thermodynamically based energy sources have been used for more than 30 years in countries such as Norway, Sweden, and Denmark, and are currently the best choice to the use of less efficient conventional energy sources. Moreover, they also emit much less CO2 than other currently existing technologies.Above all,Thermodynamic Solar Panel and heat pump compressor are key part.