ELECTRICITY GENERATION PANELS

Abstract

Our invention is the propeller plate (3) mounted on the propeller shaft (2) and propellers (1) The goal is to generate electricity from wind. These panels can be easily placed on any flat surface such as buildings, streets, and walls. The solar panels will be assembled to generate electricity. The assembly work will be carried out independently of the 5 solar panels. Since they can be mounted one on top of the other with gaps, they generate more electricity in a smaller area. It will be possible.

Description

1 TARIFF ELECTRICITY GENERATION PANELS Technological Field: 5 The present invention relates to devices for generating electricity, which are wall-mounted. This relates to wall-mounted wind power generation systems. The wind passes through the walls. And in a situation where the wind is constantly blowing along the roadsides, the available energy can be converted into electrical energy. We can use it. Currently, there are only one type of large wind turbine. Our design... Series 10 consists of thousands of panels to be mounted on smaller, flatter areas and walls. It is a system for generating electricity through coupling. These are concrete structures built along the sides of highways. This refers to panels that generate their own electricity and are mounted on stone walls. State of the Art: Today there are many types of wind turbines. These vary in their blade structure, number of blades, and They vary depending on how they are assembled. Some are even wingless and allow wind to blow from all directions. Systems capable of receiving power have been developed. The logic behind all of them is to utilize power obtained from the wind. It is the rotation of the propellers and the generation of electricity. What makes me different? Current wind turbines are generally mounted off-the-fuselage. Ours is inside a box and mounted on the walls. The propellers are mounted there as well. The angles are relative to the wall in each direction. The direction of the wind is important. 25 While not necessarily the same, it will also provide insulation for our buildings. Explanation of the Figures Figure 1 - The system Top view 30 Figure 2 - The system side view 2 References: 1. Propellers 2. Propeller shaft 3. Propeller mounting plate Description of the Invention: Our invention is the propeller shaft (2) on which the propeller plate (3) is mounted and The goal is to generate electricity from the wind with propellers (1). These panels are placed on buildings, streets and It can be easily mounted anywhere flat, like a wall, to generate electricity. 15 The mounting work can also be done independently of the solar panels, stacked on top of each other with space between them. It will be possible to generate more electricity in a smaller area than would otherwise be possible.

Claims

3 REQUESTS Claim 1 – The present invention relates to devices for generating electricity, specifically wall-mounted devices. This relates to the plate system which enables us to generate electricity from wind; Propellers (1) Propeller It is characterized by its mounting plate (2) and propeller shaft (3). 5 Claim 2 – The present invention relates to devices for generating electricity, mounted on walls, in accordance with Claim 1. This relates to the wall-mounted panel system that enables us to generate electricity from wind; It is characterized by its propellers (1)). Claim 3 - The present invention relates to devices for generating electricity, mounted on walls, in accordance with Claim 1. This relates to the wall-mounted panel system that enables us to generate electricity from wind; Propeller 10 It is characterized by its mounting plate (2). Claim 4 - The present invention relates to devices for generating electricity, mounted on walls, in accordance with Claim 1. This relates to the wall-mounted panel system that enables us to generate electricity from wind; Propeller It is characterized by its axle (3).