BR-102022011106-B1 - ARRANGEMENT APPLIED IN A WIND-POWERED DEVICE FOR A CONSTANT ENERGY GENERATION SYSTEM

Abstract

This invention relates to a combination, through a strategic arrangement formed by a blower aligned with a vertical wind turbine, that will create the artificial airflow necessary to rotate said wind turbine, generating sufficient energy to keep the blower in constant operation, dispensing with natural effects, in addition to electrically supplying storage units or the electrical grid of a common establishment. In this way, the present wind arrangement will self-sustain, generating energy independently of its installation location, since its construction is compact and simple to assemble.

Inventors

• KLEIBER ANTONIO ALVES

Assignees

• KLEIBER ANTONIO ALVES

Dates

Publication Date

20260317

Application Date

20220607

Claims (5)

1. 1 - “ARRANGEMENT APPLIED IN WIND TURBINE DEVICE”, wherein the present arrangement (1) is characterized by comprising a blower (2) such that its outlet nozzle (3) is kept in perfect alignment with the blades (4) of a vertical wind turbine (5), which in turn is connected via electrical cable (6) to an electricity management module (7), which likewise communicates via electrical cable (6) with the said blower (2), whereas the same electricity management module (7) has an electrical power harness (8).
2. 2 - “ARRANGEMENT APPLIED IN WIND POWER DEVICE”, according to claim 1, characterized in that, in a possible constructive variant, the blower (2) can be replaced by a “CRE-01 model Radial Compressor” (9), robustly constructed in cast aluminum, directly driven by a TFVE % CV electric motor, 220/3 80 Volts, 60 HZ, 2 poles, IP 55, Class F.
3. 3 - “ARRANGEMENT APPLIED IN WIND POWER DEVICE”, according to claim 2 - being characterized by, another possible construction, where the “Radial compressor model CRE-01” (9), can be replaced by a “Radial compressor model CRE-02” (10), robustly constructed in cast aluminum, directly driven by a TFVE % CV electric motor, 220/380 Volts, 60 HZ, 2 poles, IP 55, Class F.
4. 4 - “CONSTANT ENERGY GENERATION SYSTEM”, characterized by the blower (2), when switched on, projecting from its outlet nozzle (3) a sufficient volume of air (AR) capable of moving the blades (4) of the vertical wind turbine (5), where the electrical energy generated by the latter “(4)”, is conducted to the electricity management module (7), which upon receiving said electrical energy, a part is used to keep the blower (2) active, while the other part is used by the power cable (8) to meet the user's demand.
5. 5 - “CONSTANT ENERGY GENERATION SYSTEM”, according to claim 4, is characterized by the vertical wind turbine (5) being of “2 KW”, and with peripheral aid for blade movement, having the potential to generate energy under operating conditions with “1 5 m/s” of available wind.

Description

[001] This patent application comprises a combination which, through a strategic arrangement formed by a blower aligned with a vertical wind turbine, will artificially create the airflow necessary to rotate said wind turbine, generating sufficient energy to keep the blower in constant operation, as well as electrically supplying storage units or the electrical grid of a common establishment. In this way, the present wind arrangement will self-sustain, generating energy independently of its installation location, since its construction is compact and simple to assemble. STATE OF THE ART [002] As is known from the state of the art, in the search for clean and sustainable energies, several devices have been developed with the aim of achieving these results in a viable and efficient way. [003] In this sense, the prior art document “CA26440 1 9 ”, exemplifies a wind power generation system, comprising a windmill rotor with variable pitch angle blades, a generator adapted to be driven by the windmill rotor and a control device to control the generator output power and the pitch angle of the blades in response to the speed of the windmill rotor or generator. The control device performs a first control to control the output power according to a predetermined power-speed curve until the speed increases to a predetermined nominal speed and a second control to control the output power to a predetermined nominal power when the speed exceeds the nominal speed. The control device maintains the state to perform the second control, in response to the pitch angle, when the speed becomes less than the nominal speed after the state for the second control has been set. Thus, it is possible to provide a wind power generation system in which the output power hardly fluctuates or the energy generation efficiency hardly drops, even if a short lull occurs. [004] It turns out that such resources, despite being efficient, are totally dependent on natural actions, whether wind or sunlight in the case of photovoltaic panels. Therefore, since these resources undergo considerable variations throughout the day, they end up not producing energy when the winds cease (in the case of wind generators), and thus there is a shortfall in generation. [005] Another factor is that these devices lack a large installation area, thus making their use impossible for most environments that require these resources. PATENT OBJECTIVE [006] In order to solve these inconveniences, the inventor developed a combination which, through a strategic arrangement consisting of a blower aligned with a vertical wind turbine, will artificially create the airflow necessary to rotate the wind turbine, generating enough energy to keep the blower in constant operation, as well as supplying electricity to storage units or the electrical grid of a common building. In this way, the present wind arrangement will self-sustain, generating energy independently of its installation location, since its construction is compact and simple to assemble. [007] Superficially explained, the present patent application will be better explained according to the attached drawings, which show: Figure 1 - Schematic view of the arrangement where the blower aligned with the wind turbine remains connected by its respective electrical cables to the module; Figure 2 - Schematic view according to the previous figure, where the blower has been replaced by a compressor; Figure 3 - Schematic view according to “figure 1”, demonstrating the incidence of air (indicated by parallel straight arrows) generated by the blower on the blades of the vertical wind generator, causing its movement to generate enough energy so that part is used to electrically power the blower, and the other part is used to meet the user's demand, thanks to the electricity management module. [008] In accordance with the attached drawings, the present patent application follows, for a “DISPOSITION APPLIED IN A WIND POWER DEVICE FOR A CONSTANT ENERGY GENERATION SYSTEM”, wherein the present arrangement (1) comprises a blower (2) such that its outlet nozzle (3) is in perfect alignment with the blades (4) of a vertical wind turbine (5). This, in turn, is connected via an electrical cable (6) to an electricity management module (7), which likewise communicates via an electrical cable (6) with the said blower (2), while the same electricity management module (7) has an electrical power harness (8). [009] In a possible constructive variant, the blower (2) can be replaced by a “CRE-01 model Radial Compressor” (9), robustly constructed in cast aluminum, directly driven by a TFVE % HP electric motor, 220/380 Volts, 60 HZ, 2 poles, IP 55, Class F. [010] In another possible construction, the “CRE-01 model Radial compressor” (9), can be replaced by a “CRE-02 model Radial compressor” (10), robustly constructed in cast aluminum, directly driven by a TFVE % CV electric motor, 220/3 8 0 Volts, 60 HZ, 2 poles, IP 55, Class F. [011] Thus constituted, the p