الفهرس 
صفحة العنوانOnly 14 pages are availabe for public view
 |  | from | 221 |  |  |
| | | from | 221 | | |
Abstract
Clean energy such as hydroelectric power station, solar power, wind power, etc., has become more important and important source for producing clean energy to reduce global warming as the world becomes hotter every day due to global warming caused by the use of old methods of generating electricity such as burning coal and other fossil fuels Which is considered one of the most important air pollutants because it results from the retention of harmful gases such as nitrogen oxides and sulfur dioxide and increase in CO2 emissions. In practice, energy is conserved by adopting specific energy-saving measures as well as producing energy from clean and renewable sources.
In order to mitigate the environmental impacts of electricity generation, power engineers have taken two parallel paths. These are: 1) Growth of renewable energy based systems. 2) Attempts to save energy available, as far as possible. Renewable energy sources provide an environmentally friendly solution for energy production.
The thesis presents the technical and economic details of the surface hydroelectric power plant to produce 100% clean electric energy for the village of Ashmon in the governorate of Menoufia based on agricultural irrigation machines and water and sewage plants in this village and thus
the cost of this system is very small compared to the result which is relatively clean and continuousey clean electricity.
Today, hydroelectric power stations are becoming more popular and will be used better and more in the future. What distinguishes these stations and this technology from the rest of the other renewable energy technologies is that more energy is collected at the end of the day because the system works all the time and therefore can charge the largest number of batteries because it works throughout the day. This feature outweighs solar power generation, ie, solar energy because it works during the day and also works more efficiently during the summer
Keyword: hydroelectric power plants, Sustainable energy, Superficial Hydro power.