Renewable Energy 2019
Renewable Energy 2019 – The share of renewable energy in Germany’s total energy mix reached a record high of nearly 43 percent in the first nine months of 2019. But the country’s onshore wind expansion has come to a standstill , a shadow on its goal of a 65 percent shift to renewable energy. It will be turned off by 2030.
It accounted for 42.9 percent of Germany’s electricity consumption in the first nine months of 2019, according to preliminary data from the BDEW and ZSW research fund. The share of renewable energy consumption increased by five percent compared to the first three quarters of 2018 (38.1% in 2018). And it’s about 50 percent more renewable energy than coal and lignite. At the same time last year, the share of renewable energy and coal generation was the same.
Renewable Energy 2019
Although 43 percent is a “very good” percentage, “this is very different from the expansion of wind energy,” said Stefan Kapferer, head of the BDEW, who warned that Germany’s target to reach to 65% of the diet. 2030 is at risk. Germany’s onshore wind success story is now at risk, according to a study by Prognos, by engineering firm VDMA Power Systems, released the same day. With 0.5 gigawatts (GW) of new capacity installed in the first nine months of 2019, 2.4 GW in 2018 and 5.3 GW in 2017, wind expansion has “precipitated” to loading.
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Offshore wind power is a key element of Germany’s energy transition and a dominant force in the country’s renewable energy sector. But the lack of space and the increasing distances between wind turbines and residential areas mean that “the industry is in serious decline,” Kapferer said. “If politicians don’t stop the expansion of wind farms, we will be in trouble and lose the 65 percent level,” he added.
The last six dry gas auctions in Germany are now unsubscribed. Only 35 percent of the 500 megawatts (MW) installed in September has been installed, Prognos research said. The consulting firm developed three different scenarios for the expansion of onshore wind power to 2030. Under one scenario that adds to current conditions, known as headwinds, the expand to less than 1 gigawatt (GW) per year. This means that up to 27% of jobs directly linked to the plant will be lost, with “significant consequences” for the competitiveness of German production facilities and relocation abroad.
A more favorable scenario would see production decline by 4 percent, based on current policy plans to increase installed capacity to 73 GW by 2030. In the best-case scenario, and considering Germany’s goal to move away from coal and increase the share of renewable energy to 65 percent of electricity consumption by the end of the next decade, production will increase to 10. percent. Annual expansion to reach 4.7 GW.
Zelinger, CEO of VDMA Power Systems, said that the German industry will find it difficult to withstand a long-term recession, noting that there is strong competition between neighboring countries to attract investment. air. Construction costs are higher in Germany than elsewhere, and existing infrastructure and marketing systems can be an advantage in attracting investment to the country. Zelinger said that the Ministry of Economy’s action plan has addressed many challenges and called on the government and provinces to provide legal guarantees to project developers. “We have to get rid of the idea that we can get rid of an entire industry and when the situation changes, or the next election is around the corner.”
Renewable Energy In Europe 2019
Germany’s Ministry of Economic Affairs and Energy, along with the federal government, have proposed a plan to break the wind farm ban, calling for a number of regulatory changes. The German government said in its new climate action plan that it had agreed that municipalities would receive a share of the revenue from turbines built on their land. But it was also recommended to stay 1,000 meters away from the nearest residential area.
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As you may have heard, the world is warming, and in response, people are trying to switch to cleaner, cheaper, or slower energy. So how does it go?
Key Messages From Unep’s 2019 Renewable Energy Investment Report
A report released this month sheds light on the issue. The Renewables Policy Network for the 21st Century (REN21, a think tank) publishes its Global Renewables Report (GSR), which examines the growth rates of alternative energy sources, the flow of clean energy investments and global progress. its sustainability goals.
This is a lot of information. It’s … very long. 250 pages. So many words!
To save today’s data consumers a lot of time, I’ve scoured the news and pulled out 12 charts and graphs that best illustrate the 2018 clean energy story.
First, we are going in the wrong direction. Global carbon emissions are not decreasing rapidly. In fact, it never fails; In 2018, they increased by 1.7 percent.
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In the wrong direction. Global remittances grew 11 percent between 2016 and 2017, reaching $300 billion annually.
Third, cleaning is flagging. This week brought good news for the U.S., with more U.S. electricity coming from clean energy sources than coal for the first time in April, Bloomberg reported Tuesday. But according to the GSR report, total investment in renewable energy (excluding hydro) was $288.9 billion in 2018, less than fossil fuel investments and 11 percent less than 2017.
This is all bad news. The public seems to understand that, even if it’s bad, they’re always striving for something better. This is not true. In general, we have not changed course. Despite all the progress described below, we still struggle to apply an emergency break.
For starters, the good news: the transformation of the energy industry is unstoppable. For four years in a row, the world has installed more renewable energy than fossil fuels and nuclear power. About 181 GW of new renewable energy capacity was installed in 2018; It now accounts for more than a third of the world’s installed capacity. These are the main sources of power.
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As the graph below shows, gas and biomass energy additions are still good; the water power has decreased. The main reason for the increase in the use of renewable energy is the growth of solar photovoltaic (PV) panels.
In 2018, solar accounted for 55 percent of new renewable energy capacity (about 100 GW); Wind power accounts for 28 percent and electric power accounts for 11 percent. The future of the world depends heavily on the continued use of solar energy.
The graph below shows the rapid growth of solar power in the US, Japan (thanks to Fukushima and the subsequent nuclear shutdown), and most recently in India.
When it comes to energy, China is the largest, regardless of sector. 32 percent of the world’s renewable energy investment in 2018. It is the main investor in hydro, solar and wind installed.
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(There are two things worth noting in the chart below: Japan’s solar power share is very large, and the share of biomass in the EU and US .)
All the growth and investment in renewable energy is starting to come together. More than a third of the world’s total installed capacity, according to the chart below, accounts for more than 26% of the world’s electricity.
However, renewable energy accounts for more than half, about 16 percent. For humans, wind and solar account for only 8 percent of renewable energy. There is also a lot going on in the renewable energy sector.
An important part of the political economy of renewable energy: solar energy makes more jobs. It accounts for most of the world’s renewable energy production, although renewable energy is relatively small.
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