Renewable Energy And Fossil Fuels
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Share all options: Clean energy is on the rise, but it’s not yet a race against fossil fuels
Renewable Energy And Fossil Fuels
Power towers are seen at night in front of the cooling towers of the Jaenschwald hydroelectric power plant near Peiz, Germany, on December 4, 2014. Sean Gallup/ Getty Images
Solar Energy Vs Fossil Fuels: Why It’s Time To Make The Switch
Oil has long provided most of the world’s energy. But in recent years, clean sources like wind and solar have grown at an amazing rate. And that has led many to wonder when we will peak: When will the world’s energy use shift from fossil fuels?
This week, Bloomberg went a long way, suggesting that we are already at the top: “Fuels are losing the race against renewables.”
Unfortunately, chocolate is not good. Clean energy has not won the race against fossil fuels. And to better understand how much work will reduce the world’s energy and avoid global warming, we must dig deeper into the cause.
A key chart of Bloomberg data from Bloomberg New Energy Finance shows that countries in the world generated the most electricity from hydro, nuclear, solar, wind, coal and geothermal in 2013 rather than oil, gas and coal;
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A beautiful stone. But it does not prove that clean energy grows faster than dirty water. There are two important things in this picture:
1) Electricity is not the same as energy. It should be noted that the picture above shows the space for additional electricity. Note that “electricity” and “energy” are not the same thing. We use it to power buildings and equipment. But most of the world’s cars do not run on electricity; they work in oil. Most homes do not use electricity for heating; Gas and non-electrical fires are not covered above.
If we are concerned about global warming, we need to look at the bigger picture. In 2012, electricity and heat alone accounted for about 42 percent of global CO2 emissions from burning wood. For clean energy to truly win the race, it must enter other sectors, especially transportation.
2) 1 GW of solar is not 1 GW of carbon. The second criticism is that the picture above only shows the potential for adding electricity. “Capacity” is defined as the maximum production potential that a plant can produce under certain conditions. It is not the same as the amount of electricity that the power plant will actually produce.
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Here’s one way to show the difference: coal plants can burn coal almost around the clock. Therefore, in the long run, the coal plant usually receives up to 50 to 80 percent of its maximum capacity. Solar photovoltaic panels, on the other hand, only work when the sun is shining. Although they were able to detect it, they were only able to achieve 20 percent of the maximum production. These percentages are called “strengths”.
This is important to remember. Imagine the world installing 2 gigawatts of solar panels and 1 gigawatt of coal plants. If you look at the wattage table, the solar panels are completely depleted. But that doesn’t mean this is true! In terms of capacity, a coal plant can produce a lot of electricity.
Let’s look at a better chart showing the world’s energy use from different sources. In this way, we are looking for a first energy – not only electricity, but also cars, airplanes and heat etc. We are not just fooled by the opportunity; you are looking for us.
This information is provided by BP in its Global Energy Statistics Report.
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Fossil fuels accounted for 87 percent of the world’s primary energy use in 2013, while carbon sources, including nuclear, hydroelectric, wind, solar, and biomass, is only 13 percent.
Roger Pielke Jr. said. of the University of Colorado, this system has not changed since 1999. In other words, the world’s energy supply has not improved for 14 years.
Also, at that time, clean water resources are being developed. The small yellow razor represents rapidly growing renewable energy (which includes solar and wind, as well as solar energy). coal and biofuels/ethanol in cars, both of which are subject to criticism). Electricity has also increased. And the nuclear power is left.
But coal, natural gas, and oil have a lot to do with the growth of clean energy. Example: In 2013, non-hydro renewable energy use increased by 38.5 million TOE (oil demand equivalent). And increased coal consumption by 103 million TOE – more than doubling. If it’s a species, they store fossils.
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I don’t want to be too confused about updates. That Bloomberg chart offers some very good news about the world’s electricity — namely, the world is adding more solar, wind and hydropower, but the pace is slowing. addition of oil.
In addition, there are many ways to strengthen the world’s energy. Global wind and solar prices are falling. The cost of electric batteries is going up faster than expected (which is important because the world’s construction of electric cars instead of gasoline provides a large part of the supply of green energy ). Meanwhile, China has dismantled dirty coal plants in an effort to clean up air pollution.
Because of these trends, clean energy will outpace fossil fuels worldwide. Perhaps now we are approaching the most important thing. Maybe in 2020. It’s hard to be exact. But when this happens, the share of energy from low-carbon sources will begin to expand. The share of energy derived from fossil fuels is beginning to decline.
But if the world wants to avoid global warming, some clean energy solutions here are not enough. The result will be seismic—the share of energy from carbon-free sources must rise from 13 percent to 90 percent this century, and possibly beyond.
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We are nowhere near that stage. Let’s take a look at how many changes our energy can reach.
(Thanks to Robert Wilson for first pointing out the Bloomberg story that was published this week).
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The transportation and heating and cooling sectors are still based on fossil fuels (although there will be significant progress in choosing these sectors to produce four-phase energy. innovation in the future energy mix).
Fossil Fuel Power And Renewable Energy Generation Vector Image
Some of the world’s largest countries, such as China and India, still use heavy fossil fuels, but China is also a world leader in investing in renewable energy.
What we do know is that by 2018, at least 42 states will have 100% of their electricity from renewables, with many reaching the 50% and 70% mark.
We also know that at least 12 countries use 90%+ of their electricity from renewables.
Now we know that cities, regions and countries can get more electricity from renewable sources.
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Some of these countries and cities have faced various challenges and challenges in the transition to increasing their share of renewable energy.
A study of the problems of a country like Germany in the transition to renewable energy has been confirmed.
Apart from Germany, other countries in the world saw electricity prices rise due to renewable energy taxes and tariffs (although not all countries saw electricity prices rise due to renewables). ).
Cities, towns, cities, and states are starting to change and learn from many innovations that can help other regions avoid the same mistakes and achieve better changes through better planning and implementation.
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In addition to some real world examples, 100 studies and reports have been published to investigate the use of 100% renewable energy and increase the share of renewable energy for the world’s energy.
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