Is hydraulic energy renewable?

Is hydraulic energy renewable?

By Dr. Kyle Muller

The land surface is composed of approximately 70% of water. Water is a very important element for the life of living beings and the functioning of the planet, without it we could not live. But did you know that with water you can generate energy? Yes, we can generate energy from it and in a more beneficial way than you can believe in principle.

If you want to know more about hydraulic energy or hydroelectric energy, because with it we get electricity, keep reading this ecology article in which we reveal a very frequent doubt in this area: Is hydraulic energy renewable or not? The advantages and disadvantages of this and more interesting data will also be shown here.

What is hydraulic energy

Hydraulic energy is one of the oldest energies and that thanks to technology has suffered great changes and advances over the years.

This energy is generated thanks to Water movement that occurs in The rivers and reservoirs. Water moves a turbine that generates electricity and this goes directly to the electricity grid. There are two types of hydroelectric plants:

  • Flowing water hydroelectric plants.
  • Hydroelectric plants at the foot of prey.

To have more information you can read this other article about what is hydraulic energy and examples.

Is hydraulic energy renewable or not?

Yes, hydraulic energy is a renewable energyThis means that it is impossible to get exhausted since it replenishes with rain and thaw. Hydraulic energy is the one that is most used throughout the world, although it is true that the development of solar energy and wind energy, little by little, are becoming sources of renewable energy of special importance. Learn more about renewable energies: advantages and disadvantages here and in this other link learn about renewable and non -renewable energies: examples and summary.

Now that it has been clarified that Hydraulic energy is renewableThen we will talk about the advantages and disadvantages of hydraulic energy and data worldwide.

Advantages of hydraulic energy

Next, the Main advantages of hydraulic energy:

  • Renewable energy: As we have already mentioned, it is an energy that can always be used, that is, it is inexhaustible. This is because the resource used to be able to generate it, the water, comes from the rain and the thaw when the warm era begins.
  • Reusable: The same water that has been used to generate energy can be used again.
  • Its production is flexible: Depending on the demand for energy needed, more or less quantity can be produced. The hydroelectric plants are under the reservoirs which is where the water accumulates, having the water stored in the reservoirs can be available as needed.
  • Stable: Compared to solar or wind energy that depends on the climatic conditions that are occurring at the time, hydraulic energy is a more stable energy since it does not depend on whether it is raining or not, thanks to the water accumulated in the reservoirs.
  • Economic: The cost to generate electricity from this energy is really low with a global average cost of 0.05 US/KWh(1).
  • Safe: This energy is largely respectful of the environment because it reduces the emission of greenhouse gases and to obtain it no waste is generated. Also keep in mind that the natural resource used by being inexhaustible does not generate impact to the environment.

Is hydraulic energy renewable? - Advantages of hydraulic energy

Disadvantages of hydraulic energy

Hydraulic energy despite being renewable and having many advantages, also shows some disadvantages that do not make it possible to take advantage of the whole. These are the main disadvantages of hydraulic energy:

  • Environmental impact: Although it is a renewable energy and this helps that it is not harmful to the environment, it really has negative environmental consequences since to build hydroelectric plants, large spaces are needed. The construction of these centrals is harmful to ecosystems and living beings that inhabit it, such as plants and animals. In addition, there is a worsening of the physical-chemical quality of water.
  • Prolonged drought: We use water to generate this type of energy, although it is true that it is renewable and does not depend on daily rainfall, it could be affected in a prolonged drought. A drought would reduce water contributions to reservoirs, with the consequence of not being able to be used for energy generation.
  • Water priority: In some regions with water deficit, they prioritize the use of water for livestock, agricultural activities and for populations. Therefore, in regions with less accumulation of water in the reservoirs, the use of water to generate energy does not develop or do not reach its maximum potential.
  • Location of hydroelectric plants: They are usually in areas far from places of consumption, such as populations, which is why methods are necessary to bring energy from one place to another, resulting in the loss of energy and an impact on the environment.

To expand this information we recommend this other ecology article about the advantages and disadvantages of hydraulic energy.

Hydraulic energy worldwide

Although it is true that hydraulic energy has some disadvantages, the advantages it presents are greater, which is why it is still used to generate electricity. Within the renewable energiesworldwide, Hydraulic energy is the one that generates the greatest electricity in the world with almost 67%. This energy is contributing to the fulfillment of the Paris Agreement, thus putting a brake on the acceleration of climate change and contributing to sustainable development.

If you want to read more articles similar to Is hydraulic energy renewable?we recommend that you enter our category of renewable energy.

References
  1. Holzer, Ovid. (2019) 2019 worldwide hydraulic energy situation. Energy Economics: http://www.economiadelaenergia.com.ar/situacion-de-la-energia-hyraulica-a-mundial-world-2019/
Kyle Muller
About the author
Dr. Kyle Muller
Dr. Kyle Mueller is a Research Analyst at the Harris County Juvenile Probation Department in Houston, Texas. He earned his Ph.D. in Criminal Justice from Texas State University in 2019, where his dissertation was supervised by Dr. Scott Bowman. Dr. Mueller's research focuses on juvenile justice policies and evidence-based interventions aimed at reducing recidivism among youth offenders. His work has been instrumental in shaping data-driven strategies within the juvenile justice system, emphasizing rehabilitation and community engagement.
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