Top Ten Energy Sources Of The Future – Despite the hype surrounding the rise of renewable energy, many people don’t realize that solar and wind have only made a very small dent in the energy mix so far. The good news is that costs are falling and many people are starting to adopt green technologies, but there is still a mountain to climb if we want to get off fossil fuels on a large scale.

To achieve this, we will have to think outside the box to find new ways to tackle the energy challenge. Fortunately, the folks at Futurism have put ten of the most promising alternative energy sources of the future into a handy infographic. Some of these may be long shots, but some may also play a vital role in the future energy mix.

Top Ten Energy Sources Of The Future

Most solar energy doesn’t actually make it into the Earth’s atmosphere, so solar power in space makes a lot of sense. The challenges are the cost of getting a satellite into orbit, as well as converting electricity into microwaves that can be beamed down to the surface of the planet.

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Over seven billion people walk around the Earth every day, so why not generate power from people’s movement? Many experts believe that we can harness this energy, and that we could use it to power our devices.

Five countries around the world are starting to operate viable wave energy farms, but the potential is much higher: the US coast alone has a wave energy potential of about 252 billion KWh per year.

Hydrogen is a clean and strong source of energy, and above all – it accounts for 74% of the mass of the entire universe. The only problem is that hydrogen atoms tend to be found only in combinations with oxygen, carbon and nitrogen atoms. Remove this knot

Energy, which is ultimately counterproductive. As a result, many people around the world are working on making these processes more economical.

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The center of the Earth is very hot, so why not try to get closer to it and get some geothermal heat? People in Iceland are already doing this with red-hot magma after accidentally hitting a pocket of it during a drilling project in 2008.

Only 5% of uranium atoms are used in a traditional fission reaction. The rest ends up in the nuclear waste pile, which sits in storage for thousands of years. Researchers and companies are trying to exploit these residues for a viable and economical energy solution.

What if every window could easily be turned into a solar panel? Solar window technology turns any window or sheet of glass into a photovoltaic solar cell that harvests the part of the light spectrum that eyes cannot see.

Algae grow almost anywhere, and it turns out that these little plants are a surprising source of energy-rich oils. Up to 9,000 gallons of biofuel could be “grown” per acre, making it one of many potential energy sources of the future.

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Winds are much more powerful and strong at higher elevations. If wind farms could be autonomous and fly, they could go where the winds are strongest and provide twice the energy of tower turbines of a similar size.

Fusion has been a dream for some time – but scientists are taking small steps to achieve the power process harnessed in nature by our own sun. The ITER (International Thermonuclear Experimental Reactor) is currently being built in France, and is one of the most complex scientific and engineering projects in existence.

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Energy What Electricity Sources Power the World? Coal still leads the charge in terms of electricity, representing 35% of global power generation.

Infographic: The Alternative Energy Sources Of The Future

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In 2022, 29, 165.2 terawatt hours (TWh) of electricity were produced worldwide, an increase of 2.3% from the previous year.

In this visualization, we look at data from the latest Statistical Review of World Energy, and ask what powered the world in 2022.

Coal still leads the charge in terms of electricity, representing 35.4% of global power generation in 2022, followed by natural gas at 22.7%, and hydroelectricity at 14.9%.

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Over three quarters of the total electricity produced by coal in the world is used in just three countries. China is the main coal consumer, accounting for 53.3% of global coal demand, followed by India at 13.6%, and the United States at 8.9%.

Burning coal – for electricity, as well as metallurgy and cement production – is the world’s single largest source of CO2 emissions. However, its use in electricity generation has actually increased by 91.2% since 1997, the year the first global climate agreement was signed in Kyoto, Japan.

In 2022, renewable energy, such as wind, solar, and geothermal, represented 14.4% of total electricity generation with a remarkable annual growth rate of 14.7%, driven by large gains in solar and wind. In contrast, only an anemic 0.4% is managed by non-renewable energy.

The authors of the Statistical Review do not include hydroelectricity in their renewable calculations, although many others, including the International Energy Agency, consider it a “well-established renewable power technology.”

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With hydroelectricity moved into the renewable column, together they accounted for over 29.3% of all electricity produced in 2022, with an annual growth rate of 7.4%.

As well as unrest at Ukraine’s Zaporizhzhia nuclear power station, the shutdown of France’s nuclear fleet to tackle corrosion in the safety sprinkler systems of four reactors led to a 4% drop in global consumption, a year on year.

The amount of electricity produced by nuclear power in that country fell by 22% to 294.7 TWh in 2022. As a result, France went from being the world’s largest exporter of electricity, to being a net importer.

Turning mechanical energy into electrical energy is a relatively simple process. Modern power plants are engineering marvels, to be sure, but they still work on the same principle as the first generator invented by Michael Faraday in 1831.

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But how you get the mechanical energy is where things get complicated: coal powered the first industrial revolution, but warmed the planet in the process; wind free and clean, but unreliable; and nuclear fission reliably produces emissions-free electricity, but it also creates radioactive waste.

With temperature records being set around the world this summer, resolving these tensions is not just academic work and next year’s report could be a crucial test of the world’s commitment to a clean energy future.

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Countries around the world are increasing the proportion of renewable energy in their energy mixes. The bad news is, they are not doing it fast enough to meet the Paris Agreement goal of keeping the global average temperature rise to “well below” 2°C above pre-industrial levels, and so close as possible to 1.5 °C.

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Limiting global warming depends on a rapid transition from fossil fuels to more sustainable energy sources. Yet many countries continue to rely on coal-fired power to meet growing energy demand.

Achieving a stable, sustainable and affordable global energy system will require a collaborative and systematic approach to solving problems and taking advantage of opportunities such as the new technologies of the Fourth Industrial Revolution, according to the latest edition of the World Economic Forum, Fostering an Effective Energy Transition report.

The report includes the Energy Transition Index (ETI), which compares the energy sectors of 115 countries and analyzes their readiness for energy transition.

It does this by benchmarking countries’ energy systems based on an “energy triangle”, which includes energy security and access, economic development and growth, environmental sustainability and how well they are set up to succeed in the future.

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There is little change since last year at the top of the table, with Western and Northern European countries continuing to dominate. Sweden retains first place, followed by Switzerland, Norway and Finland.

The report says that despite the diversity of the top performing countries in their basic energy mix, systems and basic resources, they all share certain characteristics, showing a combination of technical advances and effective policy formulation and implementation.

Countries with high ETI scores also performed well in terms of their readiness for energy transition, with Finland at the top of that list, followed by Denmark, and Austria in third.

Again, these countries have things in common: stable regulatory frameworks, innovative business environments that can attract investment and a strong political commitment to energy transformation.

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In contrast,

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