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Wave Energy Technology
Wave energy is obtained directly from the wave surface or from the wave pressures below the surface.
Waves are produced by winds blowing on the surface of the sea or ocean. In many parts of the world, the wind blows regularly and continuously to form continuous waves.
There is tremendous energy in sea and ocean waves. Wave energy machines generate energy directly from the surface movements of waves or wave pressures. Many kinds of technologies have been designed to use wave energy. A few of the most feasible designs are being tested for commercial use.

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Wave Energy Technologies
Wave technologies are designed to be installed on shore, offshore and in remote sea areas. Wave energy technologies are installed at or near the surface of the water. This is why there is great variation in their technical concepts and designs. For example, they may differ in the direction of their arrangement in the water and in the order in which they transform energy with waves.

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Wave energy is an environmentally friendly, clean energy source with great potential, which does not cost anything other than initial investment and maintenance costs, does not pay for primary energy. Therefore, among the renewable energy sources, there are positive contributions to the country's economiy.

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For Turkey, the most important one among the energy group in question is sea wave energy. According to the researches, the wave energy potential of Turkey is estimated as 140 billion kWh per year. Turkey's annual electricity consumption is 279 billion kW in 2016. Wave energy is obtained directly from the wave surface or from wave pressures under the surface. Waves are produced by winds blowing on the surface of the sea or ocean. Wave energy machines generate energy directly from the surface movements of waves or wave pressures. It is plentiful in coastal or oceanic countries, and as common as most countries can afford, if available. In many parts of the world, the wind blows regularly and continuously to form continuous waves.
For the first time, Japanese engineer Yoshio Masuda illuminated 1200 buoys in the open sea using wave energy in the 1940s.

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Gamze Uyanık-Wave energy - jigsaw puzzle

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🌊Büşra- Wave energy is a highly preferred energy source in electricity production, like other renewable energy sources. Because, thanks to its endless source, it can produce energy non-stop.🌊

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🌊Büşra- Wave energy is a highly preferred energy source in electricity production, like other renewable energy sources. Because, thanks to its endless source, it can produce energy non-stop.🌊

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🌊Dalga enerjisi, diğer yenilenebilir enerji kaynakları gibi elektrik üretiminde de oldukça tercih edilen bir enerji kaynağıdır. Çünkü sonsuz kaynağı sayesinde kesintisiz enerji üretebilmektedir.🌊

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Gökçen-Enerjinizi dalgalardan almanın en büyük dezavantajı konumdur. Deniz Ekosistemine Etkisi. Özel ve Ticari Gemiler İçin Rahatsızlık Kaynağı. Dalga boyu. Sert Havalarda Zayıf Performans. .Gürültü ve Görsel Kirlilik. Üretim Maliyetleri.

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Gökçen-Enerjinizi dalgalardan almanın en büyük dezavantajı konumdur. Deniz Ekosistemine Etkisi. Özel ve Ticari Gemiler İçin Rahatsızlık Kaynağı. Dalga boyu. Sert Havalarda Zayıf Performans. .Gürültü ve Görsel Kirlilik. Üretim Maliyetleri.

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The biggest disadvantage to getting your energy from the waves is location.
Effect on Marine Ecosystem.
Source of Disturbance for Private and Commercial Vessels.
Wavelength.
Weak Performance in Rough Weather.
Noise and Visual Pollution.
The Costs of Production.

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Wave energy is the type of energy obtained from the ripple movement that occurs as a result of the movement of the wind on the sea and ocean surfaces.
Wave energy is derived directly from the wave surface or from wave pressures below the surface. Various wave energy machines are used for this.

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AKGÜL YILDIRIMER/ILGIN ATATÜRK PRIMARY SCHOOL

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AKGÜL YILDIRIMER/ILGIN ATATÜRK PRIMARY SCHOOL

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HATİCE/E.ELİF
Successful and profitable use of wave energy on a large scale only occurs in a few regions around the world. The places include the states of Washington, Oregon and California and other areas along North America's west coast. This also includes the coasts of Scotland Africa and Australia.

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Effects of wave energy on the environment

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Effects of wave energy on the environment

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The basic properties (parts) of a wave include: frequency, amplitude, wavelength and speed.
Frequency

Frequency is a measure of how many waves pass a point in a certain amount of time.

The higher the frequency, the closer the waves are together and the greater the energy carried by the waves will be.

Amplitude

Amplitude is a measure of the distance between a line through the middle of a wave and a crest or trough.

The greater the force that produces a wave, the greater the amplitude of the wave and the greater the energy carried by the wave.

The highest point of a transverse wave is the crest and the lowest point is called a trough.​

In a transverse wave the higher the wave, the higher the amplitude.

Sounds with greater amplitude will be louder; light with greater amplitude will be brighter.

Wavelength

Wavelength is a measure of the distance from the crest on one wave to the crest on the very next wave.

Shorter wavelengths are influenced by the frequency.

A higher frequency causes a shorter wavelength and greater energy.

Speed

Speed is a measure of the distance a wave travels in an amount of time.

The speed of a wave is determined by the type of wave and the nature of the medium.

As a wave enters a different medium, the wave’s speed changes. Waves travel at different speeds in different media.

All frequencies of electromagnetic waves travel at the same speed in empty space.

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Despite most energy-producing technologies, wave energy collectors have little impact on the environment. Due to their location and location, these installations have a minimal visual impact. Offshore installations, of the floating type, interfere very little with the marine flora and fauna. All types of capture installations do not leave residual effects in the areas where they were installed. There are some annoying impacts, such as the noise of the air turbine from the installations installed on the shore. There is interference with the high seas for navigation, but minor and immediately resolvable by beacons. A beneficial effect on coastal erosion is expected from wave energy capture systems. Promoting them in areas with strong beach erosion can substantially reduce the erosion process and thus mitigate the negative impact on local tourism.

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It is a renewable, sustainable and clean energy.
Its source is endless and it is free.
It reduces reliance on fossil fuels.
It does not cause soil pollution. It does not create waste.
It meets the energy needs of places that are difficult to reach.
It creates new job opportunities.
Its production is continuous.
There are several ways to catch waves.
It has the advantage of size.

Yenilenebilir, sürdürülebilir ve temiz bir enerjidir.
Kaynağı sonsuzdur ve ücretsizdir.
Fosil yakıtlara olan bağlılığı azaltır.
Toprak kirliliğine neden olmaz. Atık oluşturmaz.
Ulaşımı zor olan yerlerin enerji ihtiyacını karşılar.
Yeni iş imkânları oluşturur.
Üretimi süreklidir.
Dalgaları yakalamanın çeşitli yolları vardır.
Boyut avantajı vardır.

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Wave energy is a type of energy obtained from the repulsive action of waves formed in the seas and oceans.

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It is a renewable energy source that takes advantage of the thrust created by the waves formed in the seas.

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Rüzgar enerjisi, havanın sahip olduğu kinetik enerjinin rüzgar türbinleri aracılığı ile elektriğe dönüştürülmesi ile elektrik üretimi yapan yenilenebilir bir enerji türüdür. Hava akımları sonucu oluşan rüzgar, kinetik enerji taşımaya başlar ve rüzgar enerjisi santralleri oluşan bu rüzgar gücünün türbinleri döndürmesi ile elektrik üretir.

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In the energy of the wave, the pressure created by the winds created by the winds on the water surface and in the depths of the water is used as a source.

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 İLHAN    Wave is an unlimited and renewable energy source. In the energy of the wave, the pressure created by the winds on the water surface and in the depths of the water is used as a source. The most important area of wave energy use is electricity generation.  Dalga, sınırsız ve yenilenebilir bir enerji kaynağıdır. Dalganın enerjisinde, rüzgarların su yüzeyinde ve suyun derinliklerinde oluşturduğu basınç kaynak olarak kullanılır. Dalga enerjisi kullanımının en önemli alanı elektrik üretimidir.      

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 İLHAN    Wave is an unlimited and renewable energy source. In the energy of the wave, the pressure created by the winds on the water surface and in the depths of the water is used as a source. The most important area of wave energy use is electricity generation.  Dalga, sınırsız ve yenilenebilir bir enerji kaynağıdır. Dalganın enerjisinde, rüzgarların su yüzeyinde ve suyun derinliklerinde oluşturduğu basınç kaynak olarak kullanılır. Dalga enerjisi kullanımının en önemli alanı elektrik üretimidir.      