A Solar System S/S 300a which is characterized by the fact that it is of the concentrating type, multiple point focusing, with a Reflecting Surface (RF) 313′a that is constituted by many parallel Total (or simple Conventional) Reflection Mirrors TRM 301a of low profile in order not to present high interception surface to the wind.
- It is also characterised by the fact that its rotation around the vertical Axis of Symmetry 312a of the System is being effected by the seating of the Reflecting Surface 313′a (=The total of all 313a) upon the Base of Rotation 310b, which either floats and is rotated on the Heat Storage Water 310e (water with anti-freezing) that is contained in a Water Container 310a or alternatively it is rotated supported by the conical Rotation Bearing 310d on the Passing Through Cylinder 310c (or with the combination of both methods) with the help of the Vertical Rotation Mechanism 309a.
- It is also characterised by the fact that the Solar Rays 051a after falling on the primary parabolic TRM with Top of parabola the point 301a, they create the first reflected Wide Beam of Rays 052a, which focalises in the focus 304a and either they are utilized directly there [focusing on the PV Cells 302a with the help also of the secondary truncated pyramidal (or conical) total (or conventional) reflection Focus Mirror 363a], or alternatively they (the 052a) can create, after reflection on the paraboloidal Secondary Mirror 231a,b (as extract of the relative complete paraboloidal Secondary Mirror 201a,b), the Narrow Beam of Rays 053a,b that reaches the Final Focus 204a,b and focuses on the PV cells 302a through the relative Final Focus Mirror 363b, too.
- Also, by that each of the TRM 301a constitutes an orthogonal, parallelogram extraction from a complete parabolic Total Reflection Mirror 361a and each of the TRM 301a can be one piece or be constituted from 2, 3, 4 or more Tiles of Total Reflection (TTR), which are fixed on a suitable parabolic substrate with dimensions approximately 20×20 cm (each of them), such that the TTR can be produced with low cost by automatic machines of impressing glass [the material of the TRM 301a being constituted for example from transparent glass without iron oxides (water clear glass) or from transparent plastic self supported or fixed on a suitable substrate].
- Also, by that the Front Surface 313a of the TRM 301a has a smooth parabolic form while the Rear Surface 313c is also parabolic bas-relief and is constituted by many parallel orthogonal Prisms 314a, of which the Top Acmes 315a converge and are intercepted on the Top 362a of the complete Parabolic Mirror (PM) 361a. By the existence also of the Symmetry Axis 311a (which aims the Sun) and the Rotation Axes 312a and 312c (Vertical and Horizontal respectively).
- Also, by that the TRM 301a is supported on the metallic Supporting Rack 305a, which in its turn is supported on the Horizontal Rotation Axis 308a, which carries at its both ends the Pulleys and the Mechanism of Horizontal Rotation 308b and with the help of the two Bearings 308c it is supported on the Base of Rotation 310b.
- Also, by that the Storage Pot 310a is constituted by an insulated pot of water which is full with Water and Anti-freezing 310e and bears the Rotation Base of 310b which is rotated around the Passing Trough Cylinder 310c using the Vertical Rotation Mechanism 309a.
- Also, by that the PV Cells 302a are supported on the metallic Supporting Rack 302b (which is supported on the Horizontal Rotation Axis 308a) and they are placed in the focus of each TRM 301a and they bear on their front side, the Focus Mirror of total (or conventional) reflection 363a and on their rear side, a copper Cooling Plate 302c, that bears welded on it the Cooling Pipe 302d and it is cooled by the Cooling Fluid 302e (i.e. water plus anti-freezing), which flows through the 302c.
- Also, by that the Cooling Fluid 302e circulates with the help of the Circulating Pump 318a, in the closed circuit that is created by the Spiral Heat Exchanger 318b that is installed in the bottom of the Storage Pot 310a and thus the heat which is carried away from the PV Cells 302a through the Cooling Fluid 302e and the Spiral Heat Exchanger 318b is transported into the Heat Storage Water 310e of the Storage Pot 310a and from there the heat is received by a Second Spiral Heat Exchanger 318c and through the Circulating Pump 318d goes either to the consumption as domestic hot water or in the Adsorption Pump 319a in order to deliver the thermal energy that is required for the production of cold water 5/12° C. or 7/14° C. for air conditioning.
- Also, by that the direct current which is produced by the PV Cells 302a is carried away by the Cables 340a and it is led either directly in batteries or in inverters of direct/alternating current for use by users of alternating current.