ECO GREEN

Solar panels cleaning by sprinkler system.

We live in a desert environment, so there is a shortage of energy, water, and food, and recently there has been a lot of use of solar panels to solve the energy problem, so we started facing the problem of efficiency, and other than the problem of efficiency, the problem of food still exists.

About 70% of the Arab world is affected by this problem, and even Africans face the same problem.

We used the sprinkler system to solve the cleaning problem, as it is one of the best cheap solutions that are useful in developing countries, then we took the water used for cleaning and watered with it certain crops that we grow under solar panels (beets), at the same time we used a control box that works with fuzzy logic for both of us to work The calculations entered from the sensors placed next to the crops and on the solar panels to increase efficiency and water conservation and to be a completely self-reliant system.

Our solution mainly serves the inhabitants of the desert environment and developing countries because it is cheap and at the same time highly efficient for its price.

The inhabitants of the desert environment suffer from the problem mainly and very much.

Our university is in a desert environment, so we thought about this idea by being in the middle of the problem, and we implemented a small part of it at the level of many solar panels, and it paid off strongly.

The presence of our university in the place of the problem made us think about the problem mainly, as we went to several solar panel farms to study the problem on the ground and experiment with it.

We worked with the Schneider company team for a period of time to develop the idea for a period of time, but everything from models, 3D models, and prototypes is owned by us.

One of the most important things that our solution offers is that it is largely self-reliant, cheap, highly efficient, and easy to deal with by simple people.

We will first try to achieve these goals on the scale of the province, then the state, then the Middle East and Africa.

One of the technology used in our case is the fuzzy logic, and the rest of the solution is a link between several systems to produce a highly efficient system.

I expect that pregnancy will first affect the Arab regions, which represents more than 400 million people.. But we are targeting those who mainly live in the desert environment and have access to sunlight, so we expect that we will serve a million people in our first launch.

The most important problems are money and marketing problems. Because we are students, there are not many organizations in Egypt that invest in ideas.