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PHOTO 141544934 © LOVELYDAY12 – DREAMSTIME.COM

Join global leaders and experts at ASME’s Virtual Advanced Clean Energy Summit (ACES 2020) on December 3-4, 2020.

Be part of a dynamic, new global forum for energy industry professionals and innovators in clean energy technology and management. We will bring together perspectives and expertise from around the globe as we learn and network in a collaborative, open environment. Gain exclusive access to companies looking for better ways to address the challenges and opportunities for clean energy. Clean Energy applications involved at ACES include.Nazif Mert

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Who discovered energy?Nazif Mert

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The clean energy is important for the world.Nazif Mert

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Because people’s need clean energy.Nazif Mert

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https://www.nrdc.org/stories/renewable-energy-clean-facts And https://www.buschsystems.com/resource-center/knowledgeBase/glossary/what-is-clean-energy

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What Is Renewable Energy?

Renewable energy, often referred to as clean energy, comes from natural sources or processes that are constantly replenished. For example, sunlight and wind keep shining and blowing, even if their availability depends on time and weather.

While renewable energy is often thought of as a new technology, harnessing nature's power has long been used for heating, transportation, lighting, and more. Wind has powered boats to sail the seas and windmills to grind grain. The sun has provided warmth during the day and helped kindle fires to last into the evening. But over the past 500 years or so, humans increasingly turned to cheaper, dirtier energy sources, such as coal and fracked gas.

Now that we have innovative and less-expensive ways to capture and retain wind and solar energy, renewables are becoming a more important power source, accounting for more than 12 percent of U.S. energy generation. The expansion in renewables is also happening at scales large and small, from giant offshore wind farms to rooftop solar panels on homes, which can sell power back to the grid. Even entire rural communities (in Alaska, Kansas, and Missouri) are relying on renewable energy for heating and lighting.

As renewable use continues to grow, a key goal will be to modernize America's electricity grid, making it smarter, more secure, and better integrated across regions.

Dirty energy

Nonrenewable, or "dirty," energy includes fossil fuels such as oil, gas, and coal. Nonrenewable sources of energy are only available in limited amounts. When we pump gas at the station, we're using a finite resource refined from crude oil that's been around since prehistoric times.

Nonrenewable energy sources are also typically found in specific parts of the world, making them more plentiful in some nations than others. By contrast, every country has access to sunshine and wind. Prioritizing renewable energy can also improve national security by reducing a country's reliance on exports from fossil fuel-rich nations.

Many nonrenewable energy sources can endanger the environment or human health. For example, oil drilling might require strip-mining Canada's boreal forest; the technology associated with fracking can cause earthquakes and water pollution; and coal power plants foul the air. To top it off, all of these activities contribute to global warming.

Types of Renewable Energy Sources

Solar Energy

Humans have been harnessing solar energy for thousands of years-to grow crops, stay warm, and dry foods. According to the National Renewable Energy Laboratory, "more energy from the sun falls on the earth in one hour than is used by everyone in the world in one year." Today, we use the sun's rays in many ways-to heat homes and businesses, to warm water, and to power devices.

Solar, or photovoltaic (PV), cells are made from silicon or other materials that transform sunlight directly into electricity. Distributed solar systems generate electricity locally for homes and businesses, either through rooftop panels or community projects that power entire neighborhoods. Solar farms can generate enough power for thousands of homes, using mirrors to concentrate sunlight across acres of solar cells. Floating solar farms -or "floatovoltaics"-can be an effective use of wastewater facilities and bodies of water that aren't ecologically sensitive.

Solar supplies nearly 3 percent of U.S. electricity generation (some sources estimate it will reach nearly 4 percent in 2022). But 46 percent of all new generating capacity came from solar in 2021.

Solar energy systems don't produce air pollutants or greenhouse gases, and as long as they are responsibly sited, most solar panels have few environmental impacts beyond the manufacturing process.

Wind energy

We've come a long way from old-fashioned windmills. Today, turbines as tall as skyscrapers-with turbines nearly as wide in diameter-stand at attention around the world. Wind energy turns a turbine's blades, which feeds an electric generator and produces electricity.

Wind, which accounts for 9.2 percent of U.S. electricity generation, has become one of the cheapest energy sources in the country. Top wind power states include California, Iowa, Kansas, Oklahoma, and Texas, though turbines can be placed anywhere with high wind speeds-such as hilltops and open plains-or even offshore in open water.

Other Alternative Energy Sources

Hydroelectric power

Hydropower is the largest renewable energy source for electricity in the United States, though wind energy is soon expected to take over the lead. Hydropower relies on water-typically fast-moving water in a large river or rapidly descending water from a high point-and converts the force of that water into electricity by spinning a generator's turbine blades.

Nationally and internationally, large hydroelectric plants-or mega-dams-are often considered to be nonrenewable energy. Mega-dams divert and reduce natural flows, restricting access for animal and human populations that rely on those rivers. Small hydroelectric plants (an installed capacity below about 40 megawatts), carefully managed, do not tend to cause as much environmental damage, as they divert only a fraction of the flow.

Biomass energy

Biomass is organic material that comes from plants and animals, and includes crops, waste wood, and trees. When biomass is burned, the chemical energy is released as heat and can generate electricity with a steam turbine.

Biomass is often mistakenly described as a clean, renewable fuel and a greener alternative to coal and other fossil fuels for producing electricity. However, recent science shows that many forms of biomass-especially from forests-produce higher carbon emissions than fossil fuels. There are also negative consequences for biodiversity. Still, some forms of biomass energy could serve as a low-carbon option under the right circumstances. For example, sawdust and chips from sawmills that would otherwise quickly decompose and release carbon can be a low-carbon energy source.

Geothermal energy

If you've ever relaxed in a hot spring, you've used geothermal energy. The earth's core is about as hot as the sun's surface, due to the slow decay of radioactive particles in rocks at the center of the planet. Drilling deep wells brings very hot underground water to the surface as a hydrothermal resource, which is then pumped through a turbine to create electricity. Geothermal plants typically have low emissions if they pump the steam and water they use back into the reservoir. There are ways to create geothermal plants where there are not underground reservoirs, but there are concerns that they may increase the risk of an earthquake in areas already considered geological hot spots.

Ocean

Tidal and wave energy are still in the developmental phase, but the ocean will always be ruled by the moon's gravity, which makes harnessing its power an attractive option. Some tidal energy approaches may harm wildlife, such as tidal barrages, which work much like dams and are located in an ocean bay or lagoon. Like tidal power, wave power relies on dam-like structures or ocean floor-anchored devices on or just below the water's surface.

Renewable Energy in the Home

Solar power

At a smaller scale, we can harness the sun's rays to power the whole house-whether through PV cell panels or passive solar home design. Passive solar homes are designed to welcome in the sun through south-facing windows and then retain the warmth through concrete, bricks, tiles, and other materials that store heat.

Some solar-powered homes generate more than enough electricity, allowing the homeowner to sell excess power back to the grid. Batteries are also an economically attractive way to store excess solar energy so that it can be used at night. Scientists are hard at work on new advances that blend form and function, such as solar windows and roof shingles.

Geothermal heat pumps

Geothermal technology is a new take on a recognizable process-the coils at the back of your fridge are a mini heat pump, removing heat from the interior to keep foods fresh and cool. In a home, geothermal or geoexchange pumps use the constant temperature of the earth (a few feet below the surface) to cool homes in summer and warm houses in winter-and even to heat water.

Geothermal systems can be initially expensive to install but typically pay off within 5 to 10 years. They are also quieter, have fewer maintenance issues, and last longer than traditional air conditioners.

Small wind systems

A backyard wind farm? Boats, ranchers, and even cell phone companies use small wind turbines regularly. Dealers now help site, install, and maintain wind turbines for homeowners, too-although some DIY enthusiasts are installing turbines themselves. Depending on your electricity needs, wind speeds, and zoning rules in your area, a wind turbine may reduce your reliance on the electrical grid.

Selling the energy you collect

Wind- and solar-powered homes can either stand alone or get connected to the larger electrical grid, as supplied by their power provider. Electric utilities in most states allow homeowners to only pay the difference between the grid-supplied electricity consumed and what they have produced-a process called net metering. If you make more electricity than you use, your provider may pay you the retail price for that power.

Renewable energy and you

Advocating for renewables, or using them in your home, can accelerate the transition toward a clean energy future. Even if you're not yet able to install solar panels, you may be able to opt for electricity from a clean energy source. (Contact your power company to ask if it offers that choice.) If renewable energy isn't available through your utility, you can purchase renewable energy certificates to offset your use.
This story was originally published on June 15, 2018, and has been updated with new information and links.

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What Is Renewable Energy? Renewable energy, often referred to as clean energy, comes from natural sources or processes that are constantly replenished. For example, sunlight and wind keep shining and blowing, even if their availability depends on time and weather.

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Who discovered electiricity

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I know a lot of things but examp ı know what is electrical sources

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Because people need it.

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What happens if we waste energy

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It's too much and I know most people waste it

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Clean energy is energy that comes from renewable, zero emission sources that do not pollute the atmosphere when used, as well as energy saved by energy efficiency measures.
Clean energy provides a variety of environmental and economic benefits, including a reduction in air pollution. A diverse clean energy supply also reduces the dependence on imported fuels (and the associated financial and environmental costs this incurs).

Renewable clean energy also has inherent cost savings, as there is no need to extract and transport fuels, such as with oil or coal, as the resources replenish themselves naturally.

https://www.twi-global.com/technical-knowledge/faqs/clean-energy#HowCanWeGetCleanEnergy

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Clean energy is energy gained from sources that do release air pollutants, while green energy is energy derived from natural sources. There is a subtle difference between these two energy types even though they are often spoken of as being the same.

Renewable energy is power generated from sources that are constantly being replenished. These renewable energy resources won't run out, unlike fossil fuels and gas, and include wind and solar energy.

However, while most green energy sources are renewable, not all renewable energy sources are seen as being green. For example, hydropower is a renewable resource, but some would argue that it is not green, since the deforestation and industrialisation related to the building of hydro dams can damage the environment.

The perfect clean energy mix occurs where green energy meets renewable energy, such as with solar energy and wind energy.

An easy way to remember the differences between these different energy types is:

Clean energy = clean air

Green energy = natural sources

Renewable energy = recyclable sources

Clean energy works by producing power without having negative environmental impacts, such as the release of greenhouse gases like carbon dioxide. A lot of clean energy is also renewable, including wind power, some hydro resources and solar powered energy generation.

The most important aspect of clean energy are the environmental benefits as part of a global energy future. While clean, renewable resources also preserve the world's natural resources, they also reduce the risk of environmental disasters, such as fuel spills or the problems associated with natural gas leaks. With fuel diversification, through different power plants using different energy sources, it is possible to create reliable power supplies to enhance energy security, ensuring there is enough to meet our demands.

Clean energy provides a variety of environmental and economic benefits, including a reduction in air pollution. A diverse clean energy supply also reduces the dependence on imported fuels (and the associated financial and environmental costs this incurs).

Renewable clean energy also has inherent cost savings, as there is no need to extract and transport fuels, such as with oil or coal, as the resources replenish themselves naturally.

Other industrial benefits of a clean energy mix is the creation of jobs to develop, manufacture and install the clean energy resources of the future.

Clean energy can be used for a variety of different applications, from electricity generation to heating water and more, depending on the source of the energy.

Solar energy can be used for heating and lighting buildings, generating electricity, heating water directly, cooling and more. Solar panels allow for energy from the sun to be collected and turned into electricity. Solar panels are frequently used for small electric tasks, such as charging batteries, while many people already use solar energy for small garden lanterns. However, this same clean energy technology can be scaled up to larger panels that are used to provide power for homes or other buildings or even installations of multiple solar panels, such as with a community solar panel array to power entire towns.

Water is another clean resource with some surprising applications. Most obvious are hydroelectric power plants, which take the flow of water from rivers, streams or lakes to create electricity. A less obvious use of water comes through municipal pipes in towns and cities. With lots of water running through pipes in homes each day, there is a move towards harnessing this energy to help meet domestic and other power needs. As generators become smaller and less expensive to build this use of municipal water is becoming closer to being a daily reality.

Wind power works by attaching a windmill to a generator which turns the turning of the windmill blades into power. This form of energy has been used for centuries to grind grain, pump water or perform other mechanical tasks, but is now being used more often to produce electricity. Onshore and offshore windfarms are becoming increasingly prevalent, but wind power can also be used on a much smaller scale to produce electricity, even to provide a source of power for recharging mobile telephones.

These examples of renewable sources can be added to by others, such as geothermal, biomass and tidal power, which also all have their own benefits and applications.

The future of clean energy looks bright, with recent years showing that more renewable energy capacity has been installed globally than new fossil fuel and nuclear capacity combined. Renewable sources now make up over one-third of globally installed power capacity. As an example of this growth, Wednesday 10 June 2020 marked two months of the UK being powered purely by renewable energy for the first time ever.

As the world population continues to grow, there is an ever-increasing demand for energy and renewable sources are the answer to providing sustainable energy solutions, while also protecting the planet from climate change.

The take-up of clean energy is not just happening on a national level as cities and states are also crating policies to increase renewable energy use. In the United States, 29 states have set renewable energy portfolios to mandate that a certain percentage of energy consumed should come from renewable sources and over 100 cities around the world now use at least 70% renewable energy. As more cities drive towards becoming 100% renewable, corporations are also playing a part by purchasing record levels of renewable power.

Of course, due to fossil fuels being a finite resource, it makes sense that the future is renewable and so it is expected that renewable sources will continue to increase in number, driving down the cost too.

Humans have been using fossil fuels for over 150 years and, as their use increased, so did the release of the greenhouse gases that are produced when these fuels are burned. These greenhouse gases trap heat in the atmosphere causing the temperature of the Earth to rise. This global warming is one symptom of climate change that has seen a rise in extreme weather events, shifting wildlife habitats and populations, rising sea levels and other impacts.

Because renewable energy sources don't emit greenhouse gases such as carbon dioxide, they do not contribute to global warming. These renewable sources mean that climate change is not being advanced, while measures such as reforestation can help to alleviate the damage already done to the climate, combining to reduce global warming.

As mentioned above, humans have been using fossil fuels for decades, meaning that the switch to clean energy has been relatively recent. As a result, renewable energy sources are still seen as being unpredictable and do not yet meet our global power demands. This means that renewable energy is still being topped up with carbon-based energy sources.

However, it is believed that our energy needs can be balanced by the efficient storing of renewable energy so it can be used when the demand is present. A great deal of work is being done to improve the infrastructure and storage capabilities of clean energy, with experts saying that clean renewable energy could replace fossil fuels by 2050.

There are financial benefits related to clean energy, not least due to the creation of work to improve the infrastructure, manufacture clean energy solutions and install and maintain them. Renewable and clean energy are growth sectors as the world begins to move away from fossil fuels, meaning that more opportunities will arise in areas ranging from eMobility to power generation and storage.

The expertise that comes with developing these next generation power solutions can be of benefit of those that attain it, offering work and contracts to those who are slow to take up clean energy.

Of course, the financial implications of clean energy are just part of the story, since the real incentive behind clean energy is creating a better future for the planet. But, as fossil fuel use declines, so will the associated financial rewards, meaning that clean energy is not just good for the environment but it is a forward step for industry too.

Clean energy can be obtained from a variety of sources which, when put together, could create solutions for all of our energy needs.

Sunlight is the most abundant and freely available energy resource on the planet, in fact the amount of solar energy that reaches the Earth in one hour is enough to meet the total energy requirements for the planet for an entire year. Of course, solar power is limited by the time of day, the seasons of the year and geographical location. Despite this, solar energy is being used on both a large and a domestic level already.

Wind power is another plentiful source of clean energy, with wind farms providing a good contribution to power in the UK and elsewhere. As of yet, while domestic 'off grid' wind energy is available, not every property is suitable for a wind turbine.

Hydro or water power is one of the most commercially developed sources of clean energy. This energy source is seen as more reliable than either wind or solar power and also allows for the easy storage of the energy that is generated so it can be used in line with demand. Municipal hydro power is also being investigated, meaning that the future could see us all using the flow of water through pipes in our homes to generate electricity. Tidal power is a large scale version of hydro power and, although it doesn't provide a constant supply of energy, it is highly predictable and reliable.

TWI has been involved in a great deal of work to advance geothermal power, which harnesses the natural heat below the Earth's surface. Used to heat homes or generate electricity, this resource is more effective in some regions than others. Iceland, for example, has a plentiful and easily reachable geothermal resource, while geothermal heat in the UK, by comparison, is far less freely available.

Biomass uses solid fuel created from plant materials to produce electricity. Although this energy source still requires the burning of organic materials, this is not wood and is now much cleaner and energy efficient than in the past. Using agricultural, industrial and domestic waste as solid, liquid and gas fuel is not only economical but also has environmental benefits too.

All clean energy sources are, by definition 'clean,' however not all renewable energy sources are clean. For example, burning wood from sustainably managed forests can be renewable, but it is not clean since this releases carbon dioxide into the atmosphere.

To be truly clean the carbon cost of production and storage needs to be zero, and this is where sources such as solar power and wind energy are seen as being truly clean and renewable.

Clean energy appears to be the future for the power needs of humanity across the globe as reliance of fossil fuels continues to diminish. As the drive towards clean, green and renewable energy continues to advance, the cost will fall and work will be created to develop and install these new power solutions.

More and more people are recognising the environmental, societal and economic benefits of clean energy and, as more cities, states and nations sign up to a green power agenda, this will continue to advance.

Related Frequently Asked Questions (FAQs)

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What is Clean Energy? How Does it Work? Why is it so Important?

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Clean energy is energy gained from sources that do release air pollutants, while green energy is energy derived from natural sources. There is a subtle difference between these two energy types even though they are often spoken of as being the same. Renewable energy is power generated from sources that are constantly being replenished.

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Because the people needs clean energy

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I want to learn all energy sources.

# data[].attributes.body
Energy is very important.

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ALİ KAYA: Energy is the main contributor to climate change, it produces around 60 percent of greenhouse gases.

More efficient energy standards could reduce building and industry electricity consumption by 14 percent.

https://www.tr.undp.org/

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UNDP Turkey creates photo stories of human interaction. To explore more, visit our exposure page here. See what UNDP is doing in Turkey with interactive maps and up to date information. New Horizons is UNDP Turkey's monthly newsletter. We are sharing the news about projects and operations we support in Turkey.

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Ali Kaya: is the clean energy enough for the world

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Ali Kaya: i know   we can recycle energy.we can get energy from natural recourses and it doesnt harm the world.

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Ali Kaya: world is dieing slowly and we cant do anything beacause we dont care.

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13 percent of the global population still lacks access to modern electricity.   3 billion people rely on wood, coal, charcoal or animal waste for cooking and heating.                

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13 percent of the global population still lacks access to modern electricity.   3 billion people rely on wood, coal, charcoal or animal waste for cooking and heating.                

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www.un.org

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There is

recyclable energy

and

non-recyclable energy

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Clean energy it so important and we must save the world.

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Clean energy it so important and we must save the world.

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Who find energy

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There is so much energy in world but every people is using it

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Because are energy is dying

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There are 4 groups of energy sources that do not harm envoirement.
1*Solar Energy
2*Geothermal Energy
3*Water Energy
*Wind power
My sources: Google-Ekolojist

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Are there any negative efects of Afordable And Clean Energy?

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Solar energy is the most important and most intensively used clean energy source

# data[].attributes.body
Because life needs clean energy

# data[].attributes.body
Clean energy is energy that comes from renewable, zero emission sources that do not pollute the atmosphere when used, as well as energy saved by energy efficiency measures.
https://www.twi-global.com/technical-knowledge/faqs/clean-energy

# data[].attributes.attachment_link.readable_text
Clean energy is energy gained from sources that do not release air pollutants, while green energy is energy derived from natural sources. There is a subtle difference between these two energy types even though they are often spoken of as being the same.

Renewable energy is power generated from sources that are constantly being replenished. These renewable energy resources won't run out, unlike fossil fuels and gas, and include wind and solar energy.

However, while most green energy sources are renewable, not all renewable energy sources are seen as being green. For example, hydropower is a renewable resource, but some would argue that it is not green, since the deforestation and industrialisation related to the building of hydro dams can damage the environment.

The perfect clean energy mix occurs where green energy meets renewable energy, such as with solar energy and wind energy.

An easy way to remember the differences between these different energy types is:

Clean energy = clean air

Green energy = natural sources

Renewable energy = recyclable sources

Clean energy works by producing power without having negative environmental impacts, such as the release of greenhouse gases like carbon dioxide. A lot of clean energy is also renewable, including wind power, some hydro resources and solar powered energy generation.

The most important aspect of clean energy are the environmental benefits as part of a global energy future. While clean, renewable resources also preserve the world's natural resources, they also reduce the risk of environmental disasters, such as fuel spills or the problems associated with natural gas leaks. With fuel diversification, through different power plants using different energy sources, it is possible to create reliable power supplies to enhance energy security, ensuring there is enough to meet our demands.

Clean energy provides a variety of environmental and economic benefits, including a reduction in air pollution. A diverse clean energy supply also reduces the dependence on imported fuels (and the associated financial and environmental costs this incurs).

Renewable clean energy also has inherent cost savings, as there is no need to extract and transport fuels, such as with oil or coal, as the resources replenish themselves naturally.

Other industrial benefits of a clean energy mix is the creation of jobs to develop, manufacture and install the clean energy resources of the future.

Clean energy can be used for a variety of different applications, from electricity generation to heating water and more, depending on the source of the energy.

Solar energy can be used for heating and lighting buildings, generating electricity, heating water directly, cooling and more. Solar panels allow for energy from the sun to be collected and turned into electricity. Solar panels are frequently used for small electric tasks, such as charging batteries, while many people already use solar energy for small garden lanterns. However, this same clean energy technology can be scaled up to larger panels that are used to provide power for homes or other buildings or even installations of multiple solar panels, such as with a community solar panel array to power entire towns.

Water is another clean resource with some surprising applications. Most obvious are hydroelectric power plants, which take the flow of water from rivers, streams or lakes to create electricity. A less obvious use of water comes through municipal pipes in towns and cities. With lots of water running through pipes in homes each day, there is a move towards harnessing this energy to help meet domestic and other power needs. As generators become smaller and less expensive to build this use of municipal water is becoming closer to being a daily reality.

Wind power works by attaching a windmill to a generator which turns the turning of the windmill blades into power. This form of energy has been used for centuries to grind grain, pump water or perform other mechanical tasks, but is now being used more often to produce electricity. Onshore and offshore windfarms are becoming increasingly prevalent, but wind power can also be used on a much smaller scale to produce electricity, even to provide a source of power for recharging mobile telephones.

These examples of renewable sources can be added to by others, such as geothermal, biomass and tidal power, which also all have their own benefits and applications.

The future of clean energy looks bright, with recent years showing that more renewable energy capacity has been installed globally than new fossil fuel and nuclear capacity combined. Renewable sources now make up over one-third of globally installed power capacity. As an example of this growth, Wednesday 10 June 2020 marked two months of the UK being powered purely by renewable energy for the first time ever.

As the world population continues to grow, there is an ever-increasing demand for energy and renewable sources are the answer to providing sustainable energy solutions, while also protecting the planet from climate change.

The take-up of clean energy is not just happening on a national level as cities and states are also crating policies to increase renewable energy use. In the United States, 29 states have set renewable energy portfolios to mandate that a certain percentage of energy consumed should come from renewable sources and over 100 cities around the world now use at least 70% renewable energy. As more cities drive towards becoming 100% renewable, corporations are also playing a part by purchasing record levels of renewable power.

Of course, due to fossil fuels being a finite resource, it makes sense that the future is renewable and so it is expected that renewable sources will continue to increase in number, driving down the cost too.

Humans have been using fossil fuels for over 150 years and, as their use increased, so did the release of the greenhouse gases that are produced when these fuels are burned. These greenhouse gases trap heat in the atmosphere causing the temperature of the Earth to rise. This global warming is one symptom of climate change that has seen a rise in extreme weather events, shifting wildlife habitats and populations, rising sea levels and other impacts.

Because renewable energy sources don't emit greenhouse gases such as carbon dioxide, they do not contribute to global warming. These renewable sources mean that climate change is not being advanced, while measures such as reforestation can help to alleviate the damage already done to the climate, combining to reduce global warming.

As mentioned above, humans have been using fossil fuels for decades, meaning that the switch to clean energy has been relatively recent. As a result, renewable energy sources are still seen as being unpredictable and do not yet meet our global power demands. This means that renewable energy is still being topped up with carbon-based energy sources.

However, it is believed that our energy needs can be balanced by the efficient storing of renewable energy so it can be used when the demand is present. A great deal of work is being done to improve the infrastructure and storage capabilities of clean energy, with experts saying that clean renewable energy could replace fossil fuels by 2050.

There are financial benefits related to clean energy, not least due to the creation of work to improve the infrastructure, manufacture clean energy solutions and install and maintain them. Renewable and clean energy are growth sectors as the world begins to move away from fossil fuels, meaning that more opportunities will arise in areas ranging from eMobility to power generation and storage.

The expertise that comes with developing these next generation power solutions can be of benefit of those that attain it, offering work and contracts to those who are slow to take up clean energy.

Of course, the financial implications of clean energy are just part of the story, since the real incentive behind clean energy is creating a better future for the planet. But, as fossil fuel use declines, so will the associated financial rewards, meaning that clean energy is not just good for the environment but it is a forward step for industry too.

Clean energy can be obtained from a variety of sources which, when put together, could create solutions for all of our energy needs.

Sunlight is the most abundant and freely available energy resource on the planet, in fact the amount of solar energy that reaches the Earth in one hour is enough to meet the total energy requirements for the planet for an entire year. Of course, solar power is limited by the time of day, the seasons of the year and geographical location. Despite this, solar energy is being used on both a large and a domestic level already.

Wind power is another plentiful source of clean energy, with wind farms providing a good contribution to power in the UK and elsewhere. As of yet, while domestic 'off grid' wind energy is available, not every property is suitable for a wind turbine.

Hydro or water power is one of the most commercially developed sources of clean energy. This energy source is seen as more reliable than either wind or solar power and also allows for the easy storage of the energy that is generated so it can be used in line with demand. Municipal hydro power is also being investigated, meaning that the future could see us all using the flow of water through pipes in our homes to generate electricity. Tidal power is a large scale version of hydro power and, although it doesn't provide a constant supply of energy, it is highly predictable and reliable.

TWI has been involved in a great deal of work to advance geothermal power, which harnesses the natural heat below the Earth's surface. Used to heat homes or generate electricity, this resource is more effective in some regions than others. Iceland, for example, has a plentiful and easily reachable geothermal resource, while geothermal heat in the UK, by comparison, is far less freely available.

Biomass uses solid fuel created from plant materials to produce electricity. Although this energy source still requires the burning of organic materials, this is not wood and is now much cleaner and energy efficient than in the past. Using agricultural, industrial and domestic waste as solid, liquid and gas fuel is not only economical but also has environmental benefits too.

All clean energy sources are, by definition 'clean,' however not all renewable energy sources are clean. For example, burning wood from sustainably managed forests can be renewable, but it is not clean since this releases carbon dioxide into the atmosphere.

To be truly clean the carbon cost of production and storage needs to be zero, and this is where sources such as solar power and wind energy are seen as being truly clean and renewable.

Clean energy appears to be the future for the power needs of humanity across the globe as reliance of fossil fuels continues to diminish. As the drive towards clean, green and renewable energy continues to advance, the cost will fall and work will be created to develop and install these new power solutions.

More and more people are recognising the environmental, societal and economic benefits of clean energy and, as more cities, states and nations sign up to a green power agenda, this will continue to advance.

Related Frequently Asked Questions (FAQs)

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What is Clean Energy? How Does it Work? Why is it so Important?

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Clean energy is energy that comes from renewable, zero emission sources that do not pollute the atmosphere when used, as well as energy saved by energy efficiency measures.

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İ Want to learn about where the energy come from or how to produce energy

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Energy is very important

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Energy is important because we don’t use energy the earth is dark

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1-Simple mounting – Optimized energy output

Absolicon innovative Twin group solution increases the modularity and reduces the installation complexity of your solar field.

By reducing the need for maintenance and simplifying the supply chain, Absolicon Solar collectors twin group system will help your solar installation be more scalable, with improved performances and competitive costs.

2-Integrating solar heat in your plant

Solar heat can be easily integrated at multiple points into the existing heating system.

With Absolicon solar technology you get maximum efficiency and reliable plant operation, supplying heat, steam, and cooling processes.

https://www.absolicon.com

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RÜZGAR SEZGİN BY 2030 ensure universal access to affordable ,reliable and modern energy services.BY 2030 DOUBLE THE GLOBAL RATE OF  IMPROVEMENT IN ENERGY EFFICIENTLY.

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RÜZGAR SEZGİN BY 2030 ensure universal access to affordable ,reliable and modern energy services.BY 2030 DOUBLE THE GLOBAL RATE OF  IMPROVEMENT IN ENERGY EFFICIENTLY.

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RÜZGAR SEZGİN HOW TO OVERCOME THE PROBLEMS OF ENERGY

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RÜZGAR SEZGİN HOW TO OVERCOME THE PROBLEMS OF ENERGY

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I want to know how to save energy and how to reuse the energy.

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RÜZGAR SEZGİN I know that we have to use affordable and clear energy carefully

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RÜZGAR SEZGİN I know that we have to use affordable and clear energy carefully

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RÜZGAR SEZGİN Because it effects all over the world

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RÜZGAR SEZGİN Because it effects all over the world

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I know,we had to use energy properly and save it for next people.

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Because the energy is our future and in the future we will be allways using energy.

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Bartu AKIN: Ensuring universal access to affordable electricity by 2030 means investing in clean energy sources such as solar, wind and thermal. ... Expanding infrastructure and upgrading technology to provide clean energy sources in all developing countries is a crucial goal that can both encourage growth and help the environment.

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Bartu AKIN: Ensuring universal access to affordable electricity by 2030 means investing in clean energy sources such as solar, wind and thermal. ... Expanding infrastructure and upgrading technology to provide clean energy sources in all developing countries is a crucial goal that can both encourage growth and help the environment.

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Bartu AKIN:Where does the name accessible and clean energy come from

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Bartu AKIN:Where does the name accessible and clean energy come from

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Bartu AKIN:I know we have to use energy right

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Bartu AKIN:I know we have to use energy right

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BARTU AKIN:Because everone needs affordable and clean energy.

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BARTU AKIN:Because everone needs affordable and clean energy.

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The Sun is the ultimate source of energy for most of life on Earth.[1] It derives its energy mainly from nuclear fusion in its core, converting mass to energy as protons are combined to form helium. This energy is transported to the sun's surface and released into space (mainly in the form of radiant (light) energy).wikipedia.com Karam ALMASOODİ

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How sustainable energy is produced?  Karam ALMASOODİ

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How sustainable energy is produced?  Karam ALMASOODİ

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I know energy is so important and I know that we should be saving our energy sources for the future generations.                                              Karam ALMASOODI

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I know energy is so important and I know that we should be saving our energy sources for the future generations.                                              Karam ALMASOODI

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What I want to know is the benefits and contributions of energy.

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What I want to know is the benefits and contributions of energy.

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ÖMER FURKAN Ş

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I know the following about this. If we use clean energy, we will contribute to the world in an efficient way.

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I know the following about this. If we use clean energy, we will contribute to the world in an efficient way.

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ÖMER FURKAN Ş

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ÖMER FURKAN Ş

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I want to learn all energy sources.

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Energy is very important.

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Our global goal is important because we need a lot of energy.

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Clean energy is a type of renewable energy that is obtained by utilizing natural processes such as the sun, geothermal, waves, and wind that are present in nature and that repeat itself continuously. Unlike fossil energy sources, clean energy sources do not run out and constantly renew themselves. For this reason, it is also called sustainable energy.
Other natural resources such as plants and animal wastes and hydrogen are also among the elements from which clean energy is obtained. Unlike depleting fossil energy sources, clean energy is less costly. It does not harm the environment, contributes to the protection of nature and the most efficient use of nature.

https://www.incitas.com.tr/bilgi-merkezi/blog/temiz-enerji-nedir-temiz-enerji-kaynaklari-nelerdir#:~:text=Temiz%20enerji%20g%C3%BCne%C5%9F%2C%20jeotermal%2C%20dalga,edilen%20bir%20yenilenebilir%20enerji%20t%C3%BCr%C3%BCd%C3%BCr.&text=%C3%87evreye%20zarar%20vermez%2C%20do%C4%9Fan%C4%B1n%20korunmas%C4%B1na,verimli%20%C5%9Fekilde%20yararlanmaya%20katk%C4%B1%20sa%C4%9Flar.

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Temiz Enerji Hakkında Herşey

Tükenen enerji ve tükenmez enerji kaynakları olmak üzere iki farklı türde enerji kaynağı bulunur. Tükenen enerji kaynakları petrol, kömür ve doğalgaz gibi fosil yakıtlara dayalı olup ciddi boyutlarda çevre kirliliğine yol açar. Ancak temiz enerji olarak da adlandırılan yenilenebilir enerji kaynakları doğada var olan, enerjiye dönüştürülürken çevreye zarar vermeyen ve tükenmeyen enerji kaynağı olarak sınıflandırılır. Günlük hayatta hemen hemen her şeyin halledilmesi için enerjiye ihtiyaç duyulur. Bu da enerji kaynağına olan gereksinim oldukça büyük boyutlarda olduğunu gösterir. Çevreyi kirleten, iktisadi olarak ülkeleri krize sürükleyen ve borçlandıran, yoğun kullanım sonucunda tükenmekte olan fosil enerji kaynakları yerine güneş, su, rüzgar gibi doğada tükenmeksizin var olan, daha az maliyetli ve ekonomik enerji kaynaklarına yönelim artmaktadır. Doğa dostu temiz enerji sayesinde ülkelerin iktisadi yükleri hafifler, dışa bağımlılık yerini kalkınmaya bırakır.
Temiz Enerji Nedir?
Temiz enerji güneş, jeotermal, dalga, rüzgar gibi doğada mevcut olan ve kendisini sürekli olarak tekrar eden doğal süreçlerden yararlanmak suretiyle elde edilen bir yenilenebilir enerji türüdür. Fosil enerji kaynaklarının aksine temiz enerji kaynakları tükenmeyerek kendisini sürekli yeniler. Bu nedenle aynı zamanda sürdürülebilir enerji olarak da adlandırılır. Bitkiler ile hayvansal atıklar, hidrojen gibi diğer doğal kaynaklar da temiz enerji elde edilen unsurlar arasında yer alır. Tükenen fosil enerji kaynaklarının aksine temiz enerji daha az maliyetlidir. Çevreye zarar vermez, doğanın korunmasına ve doğan en verimli şekilde yararlanmaya katkı sağlar.

Yurt içi istihdam yaratarak ülkenin kalkınmasında rol oynar. Enerji ülke ekonomilerinde en fazla yer tutan bütçe kalemi arasında yer alırken enerji maliyetlerinin mümkün olan en az seviyeye indirgenmesi oldukça stratejik bir hamledir. Bu nedenle de günümüzde her geçen gün temiz enerjinin önemi katlanarak artmaktadır. Temiz enerji kaynaklarının kullanılarak enerji üretilmesi sayesinde ülkenin dışa bağımlılığı azaltılır, enerji üretiminde ülkenin kendi kendisine yetmesi sağlanır.

Temiz enerji kaynağı kullanılarak enerji üretilmek istenirse öncelikle bölgedeki doğal enerji kaynaklarının incelenmesi gerekir. Bölgenin rüzgar alışı, güneşe karşı konumu veya dalgaların bulunup bulunmadığı tetkik edilerek en verimli şekilde kullanılabilecek olan temiz enerji kaynağı saptanarak gereken tesisleşme çalışmaları yapılmalıdır.
Temiz Enerji Kaynakları Nelerdir?
Her gün gelişim gösteren teknolojik olanak sayesinde tüm dünya genelinde kullanımda olan çeşitli yenilenebilir temiz enerji unsurları ve kaynakları şu şekilde sıralanabilir:

* Güneş enerjisi (kaynağı güneş)
* Rüzgâr enerjisi (kaynağı rüzgarlar
* Dalga enerjisi (kaynağı deniz ve okyanuslar)
* Jeotermal enerji (kaynağı yer altı suları)
* Biokütle enerjisi (kaynağı bitkisel ve hayvansal atıklar)
* Hidrojen enerjisi (kaynağı su ile hidroksitler)
* Hidrolik (hidroelektrik) enerjisi (kaynağı akarsular)
1. Güneş Enerjisi Nedir?
Dünyadaki yaşamın kaynağı güneşten elde edilen ısı enerjisidir. Güneşten dünyaya gelen ışınlar güneş panellerinde toplanarak elektrik enerjisi haline dönüştürülüp kullanılır. Güneş enerjisi en önemli ve en yoğun olarak kullanılan temiz enerji kaynağıdır. Güneş enerjisi ile hem hanenin hem de sanayi kuruluşlarının elektrik enerjisine olan ihtiyacı karşılanabilir.

Güneş panelleri sayesinde bir evin hem ısınma, sıcak su elde etme hem de diğer elektrik ihtiyacının giderilmesi sağlanır. Günümüzde oldukça ekonomik olması nedeniyle de geniş arazilere kurulan büyük çaplı güneş panelleri sayesinde pek çok sanayi kuruluşu hem ürettiği güneş enerjisini kendi ihtiyacını karşılamak için kullanmakta hem de fazlasını satarak ekonomik faaliyette bulunmaktadır.

Güneş enerjisi gerçek anlamda temiz bir enerji kaynağıdır. Doğaya verdiği hiçbir zarar bulunmaz. Tükenme riski yoktur. Güneş enerjisi sayesinde hane, işletme ve ülkeler enerji bağımlılığı azaltır. Daha düşük maliyetler karşılığında ucuz enerji elde eder.

Bu kapsamda devlet kurum ve kuruluşları da güneş enerjisinden yararlanarak sokak aydınlatması, devlet kurumlarının elektrik ihtiyacının giderilmesi gibi amaçlarla faaliyette bulunur. Ayrıca güneş enerjisinden elde edilen enerjiyle çalışan çeşitli araç, gereçler ile arabalar da oldukça yaygın bir kullanım alanına sahiptir.
2. Rüzgâr Enerjisi Nedir?
Kara parçaları ile denizler farklı sıcaklık seviyelerine sahiptir. Bunun sonucunda da basınç farklılıkları meydana gelir. Basınç farklılığı ise rüzgara yol açar. Rüzgar az maliyetli, tükenmeyen ve çevre dostu bir enerji kaynağıdır. Rüzgarın esme şiddetine göre rüzgar enerjisinden elde edilen verimlilik değişiklik gösterir. Rüzgar enerjisi rüzgar alan konumlara kurulan türbinler sayesinde elde edilir.

Rüzgarın esme hızına bağlı olarak türbinler dönerek elektrik enerjisine dönüştürülür ve kullanıma sunulur. Rüzgar enerjisinin tüm dünyada ilk olarak kullanıldığı ülke Almanya'dır. Hem ekonomik hem de doğayı koruyan nitelikte olması sebebiyle tüm dünyaya kullanımı yayılmıştır.

Rüzgar türbinlerinin geniş arazilere kurulması gerekir. Bu sayede bu temiz enerji kaynağı verimlilikle kullanılabilir. Doğa dostu olmasına karşın bazı göç eden kuşların ölümüne sebep olması ve yüksek ses çıkararak çalışması gibi az sayıda olumsuz yöne de sahiptir. Ancak genele bakıldığında faydalı olduğu yönler ağır bastığı için yaygın olarak kullanılmaktadır.
3. Hidroelektrik Enerji Nedir?
Hidroelektrik enerji suyun hareket enerjisinden elde edilen bir temiz enerji kaynağıdır. Tükenmeyen yenilenebilir bir enerji türüdür. Doğa dostudur ve çevredeki kaynakların kullanılarak ekonomik verimliliğe dönüştürülmesini sağlar. Hidroelektrik enerji elde etmek için akan suyun yarattığı güçten yararlanılır. Nehirlere baraj kurulur. Suyun hareket enerjisi sayesinde de elektrik enerjisi üretilir. Hidroelektrik enerji santralinin kurulabilmesi için seçilen coğrafi konum oldukça büyük öneme sahiptir.

Rakım olarak yüksekte kalan arazilerden su daha hızlı bir ivmeyle akar. Buralara açılan kanallardan su akışı sağlanır. Akan su türbinlere gönderilir. Suyun hareket enerjisi sayesinde dönen türbinler sonucunda da kinetik enerji elde edilir. Türbinlere jeneratör bağlı bulunur. Jeneratörler sayesinde de elektrik enerjisi üretilir. Bu sayede akarsulardan elektrik enerjisi elde edilmiş olur.

Hidroelektik enerji ülkemizin ekonomisinde oldukça önemli bir yere sahiptir. Enerji elde etmeden dışa olarak bağımlılığımızın azalmasına katkı yapar. Kurulan hidroelektrik enerji santralleri sayesinde daha farklı iş kollarının da açılması sağlanır. Balıkçılık, sulama ile tarımın desteklenmesi gibi oldukça çeşitli yan faaliyetler de desteklenmiş olur.
4. Jeotermal Enerji Nedir?
Jeotermal Latince kökenli bir kelimedir. Jeoer anlamına gelir, termal de ısı demektir. Jeotermal yer ısısı anlamını taşır. Yeryüzüne yağan yağmurlar çatlaklardan sızarak magma tabakasına kadar iner. Burada oldukça sıcak bir şekilde depolanmışken yeryüzüne buhar ve sıcak su olarak geri döner. Jeotermal enerji elde etmek için açığa çıkan buhardan elektrik üretilir.

Jeotermal enerji sayesinde hanelerin sıcak su ve ısınma ihtiyacı giderilir. Kaplıcalardaki jeotermal enerji ile turizm olanakları yaratılarak ülkeye farklı ekonomik alanlarla kalkınma unsurları oluşturulur. Jeotermal enerjiyle seralar ısıtılır, konservecilik gibi çeşitli sanayi dallarında da kullanılır.

Oldukça düşük maliyetli ve doğa dostu bir enerji kaynağıdır. Pek çok olumlu yönünün yanı sıra jeotermal enerji az miktarda da olsa gürültülüdür. Jeotermal enerji açığa çıkarken çevreye karbondioksit ve hidrojen sülfür gibi gazlar da salınır. Ancak çevreye zararı fosil yakıtlar ile kıyaslanamayacak kadar azdır.
5. Biokütle Enerjisi Nedir?
Biokütle enerjisi hayvansal ve bitkisel atıklardan elektrik enerjisi elde edilmesi anlamını taşır. Kurumuş ağaçlar, hayvan dışkıları, ay çiçeği gibi bitkiler ve talaş gibi çeşitli organik atıklardan üretilir. Bitkisel atıklarla üretilen biodizel ve hayvani atıklarla üretilen biogaz gibi çeşitli biokütlesel yakıtlar bulunur.
6. Hidrojen Enerjisi Nedir?
Hidrojen gazı dönüştürülüp elektrik enerji elde edilir. Günümüzde yoğun olarak bu enerji türü hidrojen yakıtlı otomobillerde kullanılır. Çevreye hiçbir zararı yoktur.
7. Dalga Enerjisi Nedir?
Deniz ve okyanuslardaki dalgaların kullanılmasıyla elde edilen elektrik enerjisidir. Kurulan dalga jeneratörlerinden elektrik üretilir. Her bir dalga boyu için farklı türde ekipman üretilmesi gerektiğinden diğer temiz enerji kaynaklarına kıyasla daha zahmetli ve maliyetlidir. Bu yüzden daha seyrek olarak kullanılır.
Yenilenebilir Enerji Kaynaklarının Önemi Nedir?
Fosil yakıtlar tükenme tehlikesi ile karşı karşıyadır. Bu da sürekli kullanım maliyetinin artması demektir. Temiz enerji kaynakları sürdürülebilir niteliktedir. Kullanım ile tükenmez ve gelecek nesillere de aktarılabilir. Doğa dostu ve yüksek verimlilik sağladığı için ülke ekonomisinde temiz enerji kaynakları stratejik öneme sahiptir.

* Temiz enerji kaynakları çevre dostudur.
* Enerjiye harcanan giderler bir ülke ekonomisinde bütçe dengesini etkileyen en önemli unsurdur. Temiz enerjiye yönelim sayesinde enerji ithalatı azalır, bütçe açığı kapanır, ekonomik denge sağlanır. Yeni iş kaynakları yaratılarak istihdam arttırılır, ülkede genel bir kalkınma ortamı tesis edilir.
* Elektrik enerjisi ulaştırmanın en zor olduğu konumlara bile elektriğin iletilmesi sağlanır.
* İşsizliğin azaltılmasını ve yeni iş kollarının yaratılmasını sağlar.
* Doğal yaşam korunur, kaynak tükenmesi üzerine kaygı olmaksızın enerji elde edilir.
Türkiye' de Yenilenebilir Enerji Kaynaklarından Enerji Üretimi Ne Kadardır?
Ne yazık ki Türkiye'de ağırlıklı olarak fosil yakıtlar kullanılarak enerji üretilir. Tüm enerjideki payı oldukça az olan temiz enerji kaynaklarından üretilen güç miktarı şu şekilde sıralanabilir:

* Rüzgar enerjisinden elde edilen enerji 7000 MW.
* Hidroelektrik enerji santralinden elde edilen enerji 28000 MW.
* Güneş enerjisinden elde edilen enerji 5000 MW.
* Jeotermal kaynaklardan elde edilen enerji 1300 MW.

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Temiz Enerji Nedir? Temiz Enerji Kaynakları Nelerdir?

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Temiz Enerji Hakkında Herşey Tükenen enerji ve tükenmez enerji kaynakları olmak üzere iki farklı türde enerji kaynağı bulunur. Tükenen enerji kaynakları petrol, kömür ve doğalgaz gibi fosil yakıtlara dayalı olup ciddi boyutlarda çevre kirliliğine yol açar. Ancak temiz enerji olarak da adlandırılan yenilenebilir enerji kaynakları doğada var olan, enerjiye dönüştürülürken çevreye zarar vermeyen ve tükenmeyen enerji kaynağı olarak sınıflandırılır.

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I wonder what clean energy sources are in our country and how often this energy is used.

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it is the energy that does not harm the enviromennt, saves money and protects our health.

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Clean energy provides a reduction in air pollution. (www.twi-global.com) It helps to create economic development and jobs in manufacturing, installation, and more. (www.epa.gov)

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Clean energy provides a reduction in air pollution. (www.twi-global.com) It helps to create economic development and jobs in manufacturing, installation, and more. (www.epa.gov)

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Because clean energy is cheaper and does not harm the environment.

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I want to learn how people can reach it.

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I want to learn how people can reach it.

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It doesn’t harm nature and can be recycled.

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It doesn’t harm nature and can be recycled.

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Many of the largest operational onshore wind farms are located in China, India, and the United States. For example, the largest wind farm in the world, Gansu Wind Farm in China had a capacity of over 6,000 MW by 2012, with a goal of 20,000 MW by 2020. As of December 2020, the 1218 MW Hornsea Wind Farm in the UK is the largest offshore wind farm in the world. Individual wind turbine designs continue to increase in power, resulting in fewer turbines being needed for the same total output.

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Many of the largest operational onshore wind farms are located in China, India, and the United States. For example, the largest wind farm in the world, Gansu Wind Farm in China had a capacity of over 6,000 MW by 2012, with a goal of 20,000 MW by 2020. As of December 2020, the 1218 MW Hornsea Wind Farm in the UK is the largest offshore wind farm in the world. Individual wind turbine designs continue to increase in power, resulting in fewer turbines being needed for the same total output.

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www.wikipedia.org

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I want to learn how wind farms are built.

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I want to learn how wind farms are built.

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I know how can we clean our Earth for example recycling is one of these ways.

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I know how can we clean our Earth for example recycling is one of these ways.

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Our global goal is important because we need to clean our energy sources. 

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Our global goal is important because we need to clean our energy sources. 

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Solar cars are electric cars that use photovoltaic cells to convert energy from sunlight into electricity.These cars can store some solar energy into batteries to allow them to run smoothly at night or in the absence of direct sunlight.If used on a large scale solar powered cars not only help with environmental pollution but also noise pollution.

A solar panel allows photons or particles of light to excite electrons generating a flow of electricity.Solar panels are made up of many smaller units called photovoltaic cells that are linked together.
www.interestingengineering.com

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Aysu Aydın
I want to learn how to change solar energy to gas.

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Aysu Aydın
I know that there are some studies and works on solar powered cars.It will be a sports car.It will never lack of gas.

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Aysu Aydın
My global goal is producing solar powered cars.They will be cheaper and they won’t pollute the air.

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1-A top-notch aerial firefighter isn’t just a pilot – they should be a combination of a firefighter and a well-trained aviator.

2-They must know that fire is the mission, and their expert piloting skills are part of what they need to help the team win the war against the fire.

https://www.airmedandrescue.com/latest/long-read/what-does-it-take-be-aerial-firefighting-pilot

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People have often asked me how to become an aerial firefighter. Unfortunately, there is not one single easy answer, but there are answers that might help to point a budding firefighting pilot in the right direction. If you are looking for a magic formula, the name of specific companies, flight schools, vacancies, or the contacts of directors of operations, be advised this is not the article. Most of that is easy to find on the internet. This article is tailored to Europe, and the AT802 Fireboss, but it could be applied to other aircraft and places.
The ultimate multi-tasking role
A top-notch aerial firefighter isn't just a pilot - they should be a combination of a firefighter and a well-trained aviator: elite multitaskers who understand the terrain and weather effects close to the fires; and must know fire behavior and suppression tactics. They must know that fire is the mission, and their expert piloting skills are part of what they need to help the team win the war against the fire.

While fighting wildfires from the air is deeply rewarding, it is also quite humbling, and puts egos in place as it requires a specific set of competencies, and a lot of sacrifices.

Positive skills transfer across activities

To become an aerial firefighting pilot, certain abilities must be in place, and the process of developing new skills cannot be skipped using shortcuts. There are specific patterns you should take into account, and some activities that will favor a better adaptation of skills.

Most airline pilots of the latest generation have already acquired broad experience, airmanship, languages​​, and human team management. Also, though, they could have the disadvantage of a potential lower cognitive plasticity due to the long-term specialization in a highly automated task, of little variability, and framed by definition within the standard operating procedures.

If you only adhere to a standard operating procedure, you won't kill yourself in a reckless way. You may, however, still kill yourself by the book, in a very organized and structured manner

This is not negative per se - airline pilots deserve great respect for managing the systems that grant the safety of our loved ones flying in all sorts of weather. But the truth is that such skills have little transfer to the aerial firefighting reality: in the technological race to mitigate 'human error' with the intervention of machines, although there have been improvements in most aspects, we have neglected some abilities that are basic to aviators.

If you only adhere to a standard operating procedure, you won't kill yourself in a reckless way. You may, however, still kill yourself by the book, in a very organized and structured manner.

This generic assumption does not include pilots who have previously carried out aerial work, aerobatics, low level or other linked activities, in which they have developed the set of skills we are discussing. I refer to those who nowadays become pilots through highly simulated integrated courses tailored to a direct entry as first officer position in the airlines. A pilot who has developed these skills and has also acquired the additional experience of airlines operations, could potentially be a more complete aviator than an aerial firefighter who has never left aerial work, being more suitable, for example, for ferry flights.

If you are an agricultural aviation professional (crop-sprayer), it's important to highlight that today's equation is more complicated than being able to lift a good load and fly low in a hostile local environment (which is super tricky and deserves tons of respect). The old days, when this was a guarantee of work towards firefighting, are long gone.

Fires are a global issue. We frequently face international operations in which other skills and knowledge are necessary, such as the ability to lead teams on missions, navigate, have knowledge of local runways, and be proficient in different languages. Do not get fixated on local procedures and routines of agricultural flying. Keep working on the rest of the skills beyond the 'air farmer' role.

A unique challenge

Wherever you are coming from, whatever your name might be, and however many bars and stars you might have previously achieved, aerial firefighting is a non-standard, volatile, eventful, unorganized, and variable aviation activity. Each mission is different, from the water source, to the fire characteristics, and surrounding terrain.

We need to make hundreds of micro-decisions during a mission. There are no airways to follow, autopilot, procedures for every phase of the flight, or a colleague to assist with specific tasks. When flying low level by hand, there is no safe way to read a checklist. Every single detail, like headings, altitudes, and airspaces, needs to be worked out manually, while simultaneously commanding the aircraft.

Aerial firefighters are elite multitaskers who understand the terrain and the effects of weather in close proximity to the fires, learn to execute low-level flying techniques, and have a firm grasp of fire control strategies and tactics. Therefore, this highly specialized task should not be seen as a previous step job into the airlines, or a temporary solution while the airlines employ back the temporarily unemployed ones. That's the wrong approach. It is a career that requires a specific set of competencies and a lot of sacrifices.

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The ideal background package

The following shows my vision of the possible pattern to follow and the skills and attributes necessary for an optimal transfer to the activity, focusing on both the AT802 wheeled and Fireboss-type amphibious aircraft, which are the ones I know the best.

Skills and competences:

Communication: excellent communication skills. Able to read, write, and understand English. ICAO level 5 or above

Interpersonal skills: able to work as a student, open to learning regardless of previous experience

Task management: able to prioritize tasks with a good understanding of 'urgent' and 'important', and their differences

Professional demeanor: ability to maintain professional relationships in adverse conditions.

Abilities, knowledge, expertise:

The ideal package: stick and rudder manual flying, aerobatics, low-level (below 100ft), formation flying, float planes, turboprop, crop spraying, mountain flying, and any other activities to develop co-ordination, spatial intelligence, and kinesthetic intelligence

Aeronautical decision making: awareness of associated risk factors and the ability to make consistent, conservative, and timely decisions. During this type of flying, hundreds of micro-assessments should be made, as single pilots, in a volatile, eventful, unorganized, and variable environment

Airmanship: apply knowledge, experience, training, situational awareness, skills, and discipline to command the aircraft

Troubleshooting / critical thinking: determine cause and effect through expert understanding of aircraft systems, malfunctions, and procedures

Computer and technical equipment: able to read and use flight planning tools, electronic flight bag tablets, and GPS

Technical comprehension and writing: ability to reference and understand manuals

Optimum health, both physically and mentally: fatigue is a safety concern. The workload could imply one water landing and one fire drop every three to five minutes during three-hour non-stop flight periods.

The path forward after getting rated as Fireboss pilot

So, you finally made it as a rated pilot, so now what? Can you just get down to treetop height and start putting fires out? That should not be the case. If the organization is the right one, you will continue with mission training and a mentoring process. In this context, just as a co-pilot new to the cockpit of a 737 should not be allowed to shift to the left seat after obtaining clearance, a newly licensed Fireboss pilot has a long way to go. We should start a student in the back seat of a two-seater, observing and learning from an experienced instructor in the front seat.

If the company asks you to immediately take the lead after being rated, or too soon after, be suspicious. Think twice and seek outside advice. They are using you, and your desire to progress, in a way that will harm you in the long run (or in the short run, like many who have killed themselves due to inexperience).

If the company asks you to immediately take the lead after being rated, or too soon after, be suspicious

In our world of big-nosed yellow aircraft, the two-seater concept is key to safety, knowledge transfer, firefighting ab-initio training, and subsequent mission training, beyond flight synthetic training devices and what the non-flying sales office people have to say.

Unfortunately, in our industry, I have seen dealers who are reluctant to sell two-seaters so as not to kill the goose that lays the golden eggs. They sell the training flight hour at €4,000, and the whole rating course becomes way more expensive than that of a B737 or A320 rating course. You don't kill the goose, but you might be killing some pilots, or putting them in danger from the moment you sell low-cost training at a gourmet price.

That isn't good for anyone, even for the brand. The most important issue, though, is that it affects new pilots' safety, since that necessary mentoring process of sharing the cockpit with an expert is not available.

In an ideal world, once the instructor is happy with the student performance in the rear seat, they should switch positions. Here we continue under the 'telling and doing technique'. The trainee jumps in front, under the instructor's supervision from the rear seat. At a later stage, the instructor should decide when to release a trainee from the two-seater to the single-seater as a trailing aircraft on the same formation. Here is when the development of the judging and decision-making process starts.

Eder is an aviation consultant currently working at SAAB - Sweden as Fireboss Fleet Chief Pilot and flight instructor. He has logged over 60,000nm ferry flying across the world in light single turboprop aircraft, including 10 Atlantic crossings and from Spain to Indonesia. He is also a wingsuit pilot, performing over 1,000 parachute descents, and 500 safe base jumps. Linkedin.com/in/edernavacerrada/

Long-term investment in flying capability

As a rule of the thumb, if we want to be able to provide a progression that makes sense, teaching them from the 'known to the unknown' according to the classic Thorndike's Law, the ratio of experienced vs inexperienced in our organization should be 1:2 - at least one experienced pilot for every two inexperienced pilots.

Some companies tend to ignore this process and see it too complicated. If they win a tender including numerous aircraft, they just see the short-term financial reward getting as many new pilots onboard as needed to fulfill the contract requirements. This is a 'getting fat in the short-term' approach, by companies who got stuck in the old ways when it was about jumping on a new aircraft and trying to survive. It has nothing to do with sustainable growth, and it will result in accidents, poor performance, or both. We should take only what your operations and safety systems are prepared to absorb.

Another important point on an effective transition to becoming an aerial firefighter is that you should continuously seek action and position yourself in the frontline. Just a few double seasons between hot spots in the northern hemisphere and southern hemisphere might bring more expertise than 20 years of flying seasons of 30 hours a year. Sitting around does not add experience. With the rating endorsement, we also acquire the responsibility of representing an entire group, which, due to the type of task that is carried out, should always be held to the highest of standards.

Full article: doxasticsafety.com/en/how-to-become-an-aerial-firefighter/

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What does it take to be an aerial firefighting pilot?

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People have often asked me how to become an aerial firefighter. Unfortunately, there is not one single easy answer, but there are answers that might help to point a budding firefighting pilot in the right direction.

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How to fly a proper plane

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Cause fire fighting planes they stop fire.

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İ wanna be a pilot cause i wanna stop forest fires