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Types of Renewable Energy

Types of Renewable Energy

by Alison Lurie

What Is Renewable Energy?

Natural resources such as wind and sunshine that are neither finite nor exhaustible are renewable energy examples. Energy derived from renewable sources is less detrimental to the environment than fossil fuels, and that can be achieved with the help of energy infrastructure partners. The following is a list of a few types of renewable energy:

Solar

Capturing sunlight’s radiant energy and using it to generate heat, electricity, or hot water is how solar energy is produced. Solar cells are used in photovoltaic (PV) systems to convert sunlight into energy.

Benefits

There’s no end to what you can do with solar energy, which is one of its main advantages. Solar energy is a renewable resource that might make fossil fuels obsolete if the technology to harness it is developed. Using solar energy instead of fossil fuels also aids in environmental and public health improvements. Solar energy has the potential to cut your energy expenses in the short term while also eliminating them in the long run. Many municipal, state and federal governments offer rebates or tax credits to encourage the use of solar energy.

Limitations of current technology

Solar energy can save you money in the long run, but it is prohibitively expensive for most homes. Homeowners must also have enough sunshine and room to place solar panels for individual houses, which restricts the number of people who can practically use this technology.

Wind

Wind farms use turbines to harness the power of the wind and generate electricity. Wind energy conversion systems come in a variety of shapes and sizes. Many different organisations can benefit from commercial-grade wind-powered generating systems, while single-wind turbines can be utilised to complement the energy supply of existing organisations. Utility-scale wind farms acquired on a contract or wholesale provide an additional option for consumers. Wind power is technically a kind of solar power. A combination of temperature changes in the atmosphere, Earth’s rotation, and the planet’s topography are responsible for what we name “wind”.

Benefits

Unlike other kinds of electricity, the wind doesn’t damage the atmosphere, making it an environmentally friendly option. There are no hazardous pollutants released by wind energy, such as smog, acid rain, or other heat-trapping gases that may hurt the environment and threaten human health. This can lead to new employment and training programmes since turbines on wind farms with energy infrastructure partners need to be serviced and maintained.

Limitations of current technology

Because wind farms are typically constructed in rural or isolated places, they are often located far from busy cities where power is most desperately required. A transition line is needed to carry wind energy, which raises the cost. Wind turbines create minimal pollution, yet some communities oppose them since they dominate the skyline and make significant noise. Additionally, wind turbines may harm animals, such as birds killed by impacting the turbine arms while in flight.

Hydroelectric

Hydroelectric power is most commonly associated with reservoirs and dams. Pumped-storage hydropower generates energy by utilising the dam’s turbines. Instead of relying on a dam, run-of-river hydropower uses a canal to move water.

Benefits

There are several ways to create hydroelectric electricity, from enormous dams like the Hoover Dam to small hydroelectric turbines and dams on smaller rivers. Because it doesn’t produce any pollutants, hydroelectric power is a far better choice for our environment than other forms of electricity.

Limitations of current technology

Most hydroelectricity plants in the United States consume more energy than they produce. There may be a requirement for fossil fuels to pump water into the storage systems. Waterways are disrupted and negatively impacted by hydroelectric power while not polluting the air, resulting in changes in water levels and currents and migration pathways for many fish and other freshwater ecosystems.

Author Bio:

Alison Lurie is a farmer of words in the field of creativity. She is an experienced independent content writer with a demonstrated history of working in the writing and editing industry. She is a multi-niche content chef who loves cooking new things.

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