FLOATING PLANT FOR PRODUCING ELECTRIC ENERGY FROM MULTIPLE RENEWABLE SOURCES

• Main Authors: NICOLAE ALINA-FLORINA, POTERAŞ GEORGE, DEAK GYORGY, NEACŞU IONEL, RAISCHI NATALIA SIMONA
• Format: Patent
• Language: English; Romanian
• Published: 29.11.2018
• Subjects: BLASTING; HEATING; LIGHTING; MACHINES OR ENGINES FOR LIQUIDS; MECHANICAL ENGINEERING; OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR; PRODUCING MECHANICAL POWER; WEAPONS; WIND MOTORS; WIND, SPRING WEIGHT AND MISCELLANEOUS MOTORS

The invention relates to a system for producing electric energy based on the cumulated effect of several sources of renewable energy, i.e. hydraulic energy, wind energy and solar energy. According to the invention, the system couples two modules (1 and 2), one cylindrical aerial module, which collects both the energy of the air currents and the solar energy and one cylindrical partially submersed module, which collects the hydraulic energy, at the intersection of a central vertical axle (3) of the aerial module (1) with a horizontal axle (4) of the partially submersed module (2) there being a rotation speed multiplication and rotation coupling (5), on the central axle (3) of the aerial module (1) there being eight rows of trapezoidal blades (6) arranged in extension of one another and in perpendicular planes, on the generatrices of the cylindrical aerial module (1), there being provided some vertical slots (7) for concentrating the air current, adjustable by a system of deflectors (8) which also have the role of support for some photovoltaic cells (9) for collecting the solar energy, where the aerial module (1) is provided, in the upper side, with a cone-shaped solar panel (10), and the partially submersed module (2), of the same diameter as the aerial module (1), is immersed into water so that the horizontal axle (4) has no contact with water, on the horizontal axle (4) there being 16 rectangular paddles (11), eight on each side of the coupling (5), on the generatrix of the cylindrical module (2), there being six horizontal slots in the submersed area and two symmetrical slots (12) above the horizontal axle (4), the partially submersed module (2) being also provided with two intervention manholes (13), the submersed part of the module (2) and the assembly comprising the aerial module (1) and the part of the partially submersed module which is above water are delimited by a floating platform (14), on which there are a technological space (15) and a research space (16).