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Thermosiphon
For it to work, you have to install a solar panel on the roof. That plate is connected to a closed circuit with a drop. In an installation of thermal solar panels by thermosyphon the sun heats the water that is inside the solar panel. The plate is positioned so that it heats the lowest point of the circuit. As hot water weighs less than cold, it floats to the highest point of the closed circuit.
This closed point is in contact with the accumulator and when the hot water floats towards it, it transmits the heat of the sun. The accumulator is connected to an open water circuit that is stored inside the accumulator. When the heat from the water in the closed circuit is transmitted to the accumulator, this in turn transmits it to the water inside. And that water is the one that flows into the taps and the shower.

Integrated solar system tank and plate together

Integrated solar system, solar collector and accumulator in which, in addition to exceptional performance, the design of the product, simplified within a modern and innovative aesthetic. Unique: Exclusive design. Form, function and materials create a perfect and balanced product. Flexibility: On a flat or sloped roof or directly on the ground, the equipment adapts perfectly to existing construction conditions. Savings: Up to 20% more efficient than conventional thermosyphon systems. Simple but brilliant operating principle: the water is heated and accumulates directly in the solar collector. The fact that the collecting fluid and the consumption fluid are the same has two important advantages: there are no transmission losses and continuous circulation is not necessary for heating them. In this way, even the lowest solar radiation can be transformed into heat and can be used efficiently. The revolution in the solar market: the integrated system: collector + accumulator, convinces by its compactness, simplicity, profitability and exquisite design.




Forced
These are two closed circuits with a heat exchanger. In the primary circuit, the cold heat transfer fluid passes through the solar panels. Radiation from the Sun heats it up and goes to a heat exchanger where it transfers thermal energy to the secondary circuit. Then repeat the cycle again.