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What is water energy and hydroelectric energy?

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What is water energy and hydroelectric energy?

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is the conversion of water into energy as it flows. It is a renewable energy source. The energy in the flowing water is converted into electricity by hydroelectric power plants.

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Hydroelectric energy means the production of electrical energy by utilizing running water.

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Umut- 💧Hydroelectric energy is energy that does not need fuel. So there is minimal air pollution.Water is a natural and renewable resource. While the global water cycle continues, energy production can be achieved without resource shortages.It helps to reduce greenhouse gas emissions. The emission of greenhouse gases that cause global warming is negligible.💧

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Umut- 💧Hydroelectric energy is energy that does not need fuel. So there is minimal air pollution.Water is a natural and renewable resource. While the global water cycle continues, energy production can be achieved without resource shortages.It helps to reduce greenhouse gas emissions. The emission of greenhouse gases that cause global warming is negligible.💧

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💧 Küresel su döngüsü devam ederken, kaynak sıkıntısı çekmeden enerji üretimi sağlanabilir. Sera gazı emisyonlarının azaltılmasına yardımcı olur. Su, doğal ve yenilenebilir bir kaynaktır. 💧

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Erdem- Türkiye'de hidroelektrik enerjisi, birincil enerji üretiminin %14'ünü, toplam tüketiminin %3,9'unu karşılamaktadır. Türkiye'nin enerji üretimi 32.229 bin TEP (ton eşdeğer petrol), hidrolik enerji üretimi 4.501 bin TEP 'tir. 114.480 bin TEP tüketim  in 4.501 bin TEP'i (%3,9) hidrolikten sağlanmaktadır.

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Erdem- Türkiye'de hidroelektrik enerjisi, birincil enerji üretiminin %14'ünü, toplam tüketiminin %3,9'unu karşılamaktadır. Türkiye'nin enerji üretimi 32.229 bin TEP (ton eşdeğer petrol), hidrolik enerji üretimi 4.501 bin TEP 'tir. 114.480 bin TEP tüketim  in 4.501 bin TEP'i (%3,9) hidrolikten sağlanmaktadır.

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In Turkey, hydroelectric energy meets 14% of primary energy production and 3.9% of total consumption. Turkey's energy production is 32,229 thousand TEP (tons of oil equivalent), and its hydraulic energy production is 4.501 thousand TEP. 4,501 thousand TOE (3.9%) of 114,480 thousand TEP consumption is obtained from hydraulics.

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Since hydroelectric power plants do not use fuel, they do not produce greenhouse gas emissions and do not pollute the air. They contribute to the prevention of global warming. They also help prevent erosion by reducing the flow rate of streams.

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ALİŞ -  OYA MERİÇ/ADANA ŞEHİT DURAN İLKOKULU 4/G

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ALİŞ -  OYA MERİÇ/ADANA ŞEHİT DURAN İLKOKULU 4/G

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With hydraulic energy, benefits are obtained in various fields such as modern agriculture, irrigation, tourism and sports activities. But the most important of all is the generation of electricity. Today, kinetic energy is obtained from the power of water thanks to water turbines.

Hidrolik enerji ile modern tarım, sulama, turizm, spor aktiviteleri gibi çeşitli alanlarda fayda elde edilir. Ancak hepsinden önemlisi elektrik üretilmesidir. Günümüzde su türbinleri sayesinde suyun gücünden kinetik enerji elde edilir.

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Hydroelectric power has a share of about 25% of the total electricity produced in Romania.
The oldest hydroelectric power plant on the current territory of Romania was put into operation in 1896.
Timișoara was the first European city of electric lighting produced by burning fossil fuels since 1884, but at the beginning of the twentieth century, due to the hydroelectric power plant, Timișoara was supplied with electricity produced as renewable energy. The Timișoara hydroelectric power plant was inaugurated in 1910, on the Bega Canal, in Timișoara, and is currently one of the oldest hydroelectric power plants on the current territory of Romania.
The largest hydroelectric plants in Romania are the Izvorul Muntelui Bicaz Hydropower Plant, the Vidraru Hydropower Plant, the Iron Gates I and II, the Costesti Rock Hydropower Plant.

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Its cost is high. It is more troublesome. The ecosystem can be damaged. The creatures living in the river can die because of a hydroelectric power plant built along the river.

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Large plots are needed, a large piece of land is required. For this, forest areas can be destroyed and the natural balance can be damaged.

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It harms the natural life in the streams where the water will be used. It harms the forests. It harms the agricultural production in the region. It ensures the destruction of our fertile agricultural lands.

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Mara Piovano - Fifth grades- I.C. Cambiano Primary school 

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Mara Piovano - Fifth grades- I.C. Cambiano Primary school 

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The water from the Velino for many hours a day feeding one of Italy's most important hydroelectric plants producing clean energy. In some hours of the day and night the water is released, creating the spectacle of the waterfall.

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Deren/Ilgın Atatürk Primary School -Akgül Yıldırımer’s student  

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Deren/Ilgın Atatürk Primary School -Akgül Yıldırımer’s student  

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In the U.S., hydropower is produced for an average of 0.85 cents per kilowatt-hour (kwh). This is about 50% the cost of nuclear, 40% the cost of fossil fuel, and 25% the cost of using natural gas

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Asya/Ilgın Atatürk Primary School -Akgül Yıldırımer’s Student 

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Asya/Ilgın Atatürk Primary School -Akgül Yıldırımer’s Student 

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Our climate-change analysis looks at what it will take to achieve a low-carbon future. The Economist provides you with everything you need to know about the climate crisis. Fair-minded.

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Ela - 3B Emil Racoviță National College, Cluj-Napoca, Romania

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Ela - 3B Emil Racoviță National College, Cluj-Napoca, Romania

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There are three types of hydropower facilities: impoundment, diversion, and pumped storage. Some hydropower plants use dams and some do not.

Although not all dams were built for hydropower, they have proven useful for pumping tons of renewable energy to the grid. In the United States, there are more than 90,000 dams, of which less than 2,300 produce power as of 2020. The other dams are used for recreation, stock/farm ponds, flood control, water supply, and irrigation.

Hydropower plants range in size from small systems suitable for a single home or village to large projects producing electricity for utilities.

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Alperen- Yazır Şehit Osman Küçükdillan Primary School 3/C

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Alperen- Yazır Şehit Osman Küçükdillan Primary School 3/C

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Hydroelectric energy produces electricity by converting the potential energy of water into kinetic energy.

Hydroelectric energy is the most widely used renewable energy source. Because this energy source works with high efficiency. It is also used for irrigation in agriculture.

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Types of hydroelectric power plants according to the nature of the water on which they are built;
Stream Type (Without Dam) Hydroelectric Power Plants: A certain inclination is gained by taking the stream into a channel or tunnel. The turbine is installed over the canal like a bridge. The river where hydroelectric power plants without dams will be established should have the potential to turn the turbine shaft and the annual flow should be sufficient to produce minimum electricity

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2) Storage Type (Dam) Hydroelectric Power Plants:

By building dams on the stream, first a large artificial lake is created and water is collected there. This water has a certain potential energy. It is the most widely used type of hydroelectric power plant in the world.

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3) Tide-Tide (Tide-Go) Hydroelectric Power Plants:
They are power plants that produce electrical energy by taking advantage of the tides that occur in the oceans.

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4) Depression Hydroelectric Power Plants:
They are power plants that generate electricity by making use of the excessive evaporation of water in deserts that are lower than the sea or in very hot regions with a coastline.

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Gamze - Başakşehir Sezai Karakoç Bilim ve Sanat Merkezi

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What is the importance of hydroelectric power plants?
Since hydroelectric power plants do not use fuel, they do not produce greenhouse gas emissions and do not pollute the air. They contribute to the prevention of global warming. They also help prevent erosion by reducing the flow rate of streams.