Germany’s decision to phase out nuclear power was primarily driven by public concern over nuclear safety, amplified by incidents such as Three Mile Island, Chernobyl, and Fukushima, and by sustained anti-nuclear activism and environmental opposition.

These factors led to an accelerated timeline for the phase-out under former Chancellor Angela Merkel, culminating in a full exit by 2022.

Prior to the phase-out, nuclear contributed roughly 10-12% of Germany’s electricity generation, serving as a key source of low-carbon baseload power .

The elimination of nuclear energy shifted Germany’s energy mix toward greater reliance on coal and imported natural gas, especially from Russia.

While renewables have rapidly expanded—reaching about 46% of the electricity supply by 2020—the pace of transition has struggled to compensate for the loss of nuclear and coal, particularly during periods with low sun and wind output.

This has resulted in increased use of fossil fuels during peak demand, leading to higher carbon emissions and challenging Germany’s decarbonization goals .

Electricity prices for both households and industry have risen sharply, and grid stability has required significant new investment in transmission infrastructure.

Germany has periodically relied on electricity imports to maintain supply, further exposing the system’s vulnerabilities .

The Russian invasion of Ukraine exacerbated these issues by abruptly curtailing German access to Russian gas, triggering an urgent search for alternative energy sources.

Germany responded by constructing LNG terminals, ramping up coal usage, and securing new LNG contracts, though such transitions require time.

The energy shock fueled debate within Germany about reconsidering the nuclear phase-out, with supporters emphasizing its low-carbon and reliable output.

Yet, government policy remains opposed, influenced by longstanding Green Party leadership and activism .

Germany’s decision to phase out nuclear power was primarily driven by public concern over nuclear safety, amplified by incidents such as Three Mile Island, Chernobyl, and Fukushima, and by sustained anti-nuclear activism and environmental opposition.

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Content: Alert
The hot and cold reaction of the competition was obvious when Su Zhenchang and Lai Qingde helped the platform Chen
Why do many countries decide to reinvest in nuclear power?
【 Li Shulian / Editorial Department of North American Intellectual Property News 】
Recently, a number of countries that originally supported the decommissioning of nuclear plants have turned around and announced that they will extend the operation of their domestic nuclear plants. Not only that, but they will also invest tens of billions of dollars to create more large and small nuclear reactors.
That ’ s all because nuclear energy can effectively solve two of the world ’ s biggest crises: energy and climate change.
The energy crisis and climate change can be said to bring a breakthrough development opportunity for nuclear energy, the former to pursue energy diversity, the latter to pursue net zero emissions, and known as the best efficiency of green energy of nuclear energy of course become one of the mandatory items when formulating energy policies in many countries.
However, these major powers, including the United States, Japan, the United Kingdom and South Korea, have frozen their investment in nuclear power plants due to public doubts about nuclear safety caused by the 2011 Fukushima Daiichi nuclear power plant earthquake, so that the relevant technology to build nuclear power plants has been surpassed by Russia and China.
However, this has not hindered the determination of many countries to restart nuclear power, on the road to a nuclear-free homeland, should the Chinese government also stop, look, listen?
Energy security concerns and recent spikes in energy prices, especially after Russia ’ s invasion of Ukraine, highlight the importance of a diverse mix of non-petrochemical and domestic energy sources.
Russia ’ s invasion of Ukraine has exacerbated an already tense global fuel market and continues to push up electricity prices.
According to the European Union ’ s Energy Regulatory Cooperation Agency (ACER), retail electricity prices have increased by an average of 30% year-on-year in February 2022, with the biggest price increases in regions where electricity generation is heavily dependent on natural gas, such as Madrid by 55% and Rome by 80%.
On the other hand, over the past few years, the number of countries pursuing Net Zero Emissions (NZE) has increased, with more than 70 countries covering 76% of the world ’ s energy-related CO2 emissions committing to net zero by 2022; more than 10 times more in four years, compared with only six countries committing to net zero at the end of 2018.
As countries move towards a net-zero future, renewable energy, especially wind and solar photovoltaics, is often seen as the largest source of electricity.
At the same time, however, a growing number of countries have announced their support for new nuclear power plant investment plans.
In February 2022, France announced plans to build six new large reactors starting in 2028 at a cost of around €50 billion, with an additional eight to be built by 2050, while committing €1 billion to develop innovative reactors, including small modular reactors by 2030.
China plans to continue its current pace of nuclear reactor construction in order to reach its goal of becoming carbon neutral by 2060.
South Korea ’ s new president, Yoon Seok Hyuk, has also made an election pledge to reverse South Korea ’ s nuclear phase-out policy by supporting the extension and reactivation of existing nuclear facilities at two sites, while seeking to build 10 nuclear plants overseas using South Korean technology by 2030.
Table 1.
Major Nuclear Energy Developments by Country in 2020-2022
Without nuclear energy, it would be difficult for the world to achieve net-zero emissions.
The deployment of nuclear energy has increased the diversity of the energy mix, which in addition to promoting the rise of variable renewable energy sources such as wind and solar, can greatly reduce dependence on fossil fuels.
In the 10 years since the first oil crisis, nearly 170 GW of nuclear power plants began construction; these plants still account for 40% of the nuclear capacity in operation today.
Many of the reasons why governments are restarting nuclear power today are also affected by the energy crisis.
On the other hand, as a mature large-scale low-emission energy source, nuclear energy can effectively help decarbonize the electricity supply.
In the International Energy Agency ’ s (IEA) net-zero 2050 setting, emissions from the energy sector are expected to fall by about 40% from 2020 to 2030, before falling back to net-zero in 2050.
This narrow but achievable path requires immediate and rigorous policy action by governments around the world to reshape energy systems in many ways.
In reality, extending the service life of a nuclear power plant is the most cost-effective and integral part of achieving net-zero emissions by 2050.
Despite the fact that renewable energy already dominates nearly 90% of the net zero-emission energy supply, nuclear energy still plays an important role.
Today, around 260 GW (63%) of nuclear power plants worldwide have been in use for more than 30 years and are nearing the end of their initial operating license.
Nuclear power plants that have extended their service in the past three years account for about 10% of the world ’ s nuclear power plants. By 2030, the number of nuclear power plants operating in developed economies could shrink by a third.
More than half of the nuclear power plants are now able to extend their service lives for net-zero emissions, reducing the need for other low-emission options by nearly 200 GW.
By 2030, the capital cost of most extended nuclear power plants will be around $500 to $1,100 per kilowatt (kW), which is extremely competitive compared to solar and wind in most regions.
Nuclear power plays an important role in the path to net-zero emissions.
Nuclear power will double from 413 GW at the beginning of 2022 to 812 GW by 2050 in the net-zero emissions journey; and 27 GW per year between now and 2030.
If countries do not consider the extension of nuclear power plants or the construction of new nuclear power plants, the share of nuclear power in total generation will fall from 10% in 2020 to 3% in 2050, so that solar and wind energy need to fill this gap, not only need higher capital investment, but also increase the uncertainty of energy supply.
If a country like Taiwan has congenital restrictions on developing renewable energy, it needs to be filled with low-carbon energy sources such as natural gas, and the cost is even more substantial.
The contribution of nuclear energy to safe and low-emission power systems is not valued
IEA data show that nuclear power currently operates in 32 countries with a capacity of 413 GW, which could reduce global CO2 emissions by 1.5 gigatons (gigatons) and 180 billion cubic meters (bcm) of natural gas demand annually.
While wind and solar are leaders in alternative fossil fuels, they also need to be complemented by scalable resources; as the second largest source of low-emission power after hydropower, nuclear power with scalable and growth potential has become an option for many countries.
However, the current power market design fails to fully reflect the two major benefits of nuclear power.
First, nuclear power is a scalable resource that avoids costly economic and social harm from power outages when the average power supply system load approaches the level of available supply capacity.
In addition, nuclear power is low-emission green energy, but most electricity markets do not reward the low-carbon nature of nuclear power. While many countries support clean energy production, such as production and investment tax credits and subsidized electricity prices, nuclear power is excluded from subsidies or other subsidy mechanisms available for wind and solar.
The Fukushima nuclear disaster can be avoided, and it is not advisable to waste food because of choking.
Some countries have ruled out nuclear energy in the green energy option, mainly due to concerns about safety and nuclear waste management, and these countries have decided to phase out nuclear power mainly due to public safety concerns.
In the wake of the Three Mile Island nuclear leak, the failure of the Chernobyl nuclear reactor, and three major accidents at the Fukushima Daiichi nuclear power plant in Japan, public support for nuclear power in many countries has weakened significantly.
Countries that retain and continue to develop nuclear energy also strongly demand higher safety standards at their nuclear plants.
The 2011 accident at the Fukushima Daiichi nuclear power plant prompted countries to reassess and strengthen nuclear safety and emergency preparedness. Many countries have conducted safety inspections or pressure tests on existing reactors, and have required some types of reactors to undergo safety modifications.
These considerations have also led some countries to adjust their nuclear power use plans.
Germany, for example, has built 36 nuclear reactors with a total capacity of 30 GW, which accelerated the phase-out of all of them in the wake of the Fukushima disaster. Most of the reactors have now been shut down, and the three reactors still in operation will be closed by the end of 2022.
Other European countries, such as Spain, Sweden and Switzerland, have also announced phasing out or not renewing their nuclear plants.
In Japan, many of the nuclear plants that were shut down after the Fukushima accident have not yet been restarted, and the share of nuclear power generation has fallen from a high of 35% in 2002 to about 5% today.
The Fukushima accident raised global concerns about the risks and potential costs of a nuclear disaster, leading to the decision to idle or shut down other reactors and increase thermal power generation, resulting in higher import costs for fossil fuels.
However, in response to the Fukushima disaster, the official investigation concluded that the accident should have been foreseen and prevented. [1]
The Independent Commission of Inquiry into the Nuclear Disaster has confirmed that the structure of the Fukushima Daiichi nuclear power plant cannot withstand the impact of the March 11, 2011 earthquake and tsunami.
On the other hand, the Fukushima Daiichi nuclear power plant was not prepared for a serious accident; in fact, both Tepco and the regulatory authorities were aware of the risks posed by such natural disasters, but neither took any precautions.
The Commission noted that the structure of Unit 1 of the Fukushima Daiichi Nuclear Power Plant could not withstand the strong earthquakes and tsunamis caused by 311, and that the specifications of the plant lacked sufficient seismic and tsunami strength because (1) the guidelines for the construction of Units 1 to 3 of the plant were from the late 1960s, so the guidelines for the construction were inadequate, and (2) the area around the plant was considered to be seismic activity. The smallest, never even experienced earthquake damage.
Based on this assessment, the safe tolerance level for the maximum seismic acceleration in the seismic design is set at 265 Gal, [2] with very low seismic resistance.
In addition, the lack of countermeasures to cope with the tsunami is also one of the causes of the nuclear disaster.
The Fukushima Daiichi nuclear power plant was built in 1967, based on seismological knowledge at the time and the possibility of core damage in such a tsunami situation. However, the early seismological knowledge was far from adequate for the emergency that occurred on 311 in 2011.
Stop, Look and Listen on the Road to a Non-Nuclear Home
As the development of renewable energy failed to meet the target, China's original 2025 renewable energy accounted for 20% of the target has been determined to be postponed to October 2026, proof that the policy should be adjusted according to the actual situation; the same, on the road to non-nuclear homes, the government should stop, look, listen, and not ignore the actual situation has been moving forward.
The general public, too, should learn more about nuclear and renewable energy to make informed decisions.
Stop: Since the Russo-Ukrainian War, the world situation has changed rapidly, seriously affecting the supply of raw materials and prices, and policymakers should stop and rethink.
Look: Reviewing established energy policies, especially the bottleneck in the development of renewable energy, is a major obstacle to the pursuit of net zero emissions, and seeing the goal of 60 to 70% of total electricity generation by 2050 is almost impossible, should we see how other countries respond and make early adjustments?
Listen: Please listen to the suggestions and advice of the business community, the business community representatives unanimously believe that the government's national energy policy must be reviewed, in the energy structure should not exclude nuclear energy, even if the four nuclear power, at least to consider a new generation of nuclear energy, will be listed as an option.
[3] Has the government listened?
[This article is not finished, please see the full content of "North American intellectual rights" 317: "energy series report" why many countries decided to re-nuclear arms?
* If you would like to reprint this article, please contact the North American Intellectual Property Journal
[For details, please refer to North American Intellectual Property Journal No. 317; welcome to subscribe to North American Intellectual Property Journal e-newsletter.]
Reference Materials:
Nuclear Power and Secure Energy Transitions, International Energy Agency, IEA Publications, June 2022
The official report of The Fukushima Nuclear Accident Independent Investigation Commission, The National Diet of Japan Fukushima Nuclear Accident Independent Investigation Commission, 2012.
Remarks:
1.
The official report of The Fukushima Nuclear Accident Independent Investigation Commission, The National Diet of Japan Fukushima Nuclear Accident Independent Investigation Commission, 2012.
2.
Gal is a unit of acceleration.
3.
Taiwan ’ s energy structure business sector: options for a new generation of nuclear energy, Business Times Tam Shu-chen 2022.06.26
Extended reading
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Why do many countries decide to reinvest in nuclear power?
Recently, a number of countries that originally supported the decommissioning of nuclear plants have turned around and announced that they will extend the operation of their domestic nuclear plants. Not only that, but they will also invest tens of billions of dollars to create more large and small nuclear reactors.
That ’ s all because nuclear energy can effectively solve two of the world ’ s biggest crises: energy and climate change.
The energy crisis and climate change can be said to bring a breakthrough development opportunity for nuclear energy, the former to pursue energy diversity, the latter to pursue net zero emissions, and known as the best efficiency of green energy of nuclear energy of course become one of the mandatory items when formulating energy policies in many countries.
However, these major powers, including the United States, Japan, the United Kingdom and South Korea, have frozen their investment in nuclear power plants due to public doubts about nuclear safety caused by the 2011 Fukushima Daiichi nuclear power plant earthquake, so that the relevant technology to build nuclear power plants has been surpassed by Russia and China.
However, this has not hindered the determination of many countries to restart nuclear power, on the road to a nuclear-free homeland, should the Chinese government also stop, look, listen?
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These factors led to an accelerated timeline for the phase-out under former Chancellor Angela Merkel, culminating in a full exit by 2022.

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Content: Read the history of the moment: why is Germany so entangled in nuclear power? | German News | DW | 14.04.2023
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Read the history of the present: why is Germany so entangled in nuclear power?
Germany was proud of its nuclear power generation technology, but at the same time the technology has been so controversial that it has finally decided that April 15, 2023 is the date of withdrawal from nuclear power.
However, as the energy crisis caused by the Russian-Ukrainian war continues to intensify, the wisdom of the decision to say goodbye to nuclear energy has been widely discussed.
Germany ’ s nuclear policy is in dispute again
It all started with an "egg" - Germany's first nuclear reactor in Garching, near Munich, went into operation in October 1957.
Because the nuclear reactor, which belongs to the University of Munich, resembles an egg, it is nicknamed the "atomic egg".
It was a milestone in Germany's nuclear energy research and a symbol of Germany's resurgence after World War II.
The nuclear reactor, which was used for scientific purposes, remained in operation until 2000.
In 1957, Germany built its first nuclear reactor.
Three years later, in 1960, the first nuclear power plant for civilian use was built in the city of Kahl, on the banks of the Main River in Bavaria.
At that time, atomic energy was widely regarded as both safe and reliable. The 1973 oil crisis gave further impetus to the rapid development of nuclear energy in Germany.
The start of the anti-nuclear movement
Since it has been impossible to find a foolproof way to store nuclear waste, opponents have begun to question whether nuclear energy is really a clean energy source.
Thousands of protesters clashed with police during the construction of the Brockdorf nuclear power plant in the state of Shihe.
Since the 1970s, plans for the construction of the Brockdorf nuclear power plant have triggered numerous police and civil conflicts.
"Nuclear energy? No, thank you!" has become a rallying cry for environmentalists.
In the 1980s, a new political party, the Green Party, emerged in West Germany. Its members are mainly leftists, pacifists, environmentalists and anti-nuclear forces. In 1983, the Green Party entered the Bundestag.
In 1983, Green Party politicians Gert Bastian and Petra Kelly were elected to the Bundestag.
On March 28, 1979, a serious accident occurred at the Three Mile Island nuclear power plant in Pennsylvania, United States. On April 26, 1986, a reactor at the Chernobyl nuclear power plant in Ukraine, Soviet Union, exploded, causing the worst nuclear disaster in history.
Radiation clouds spread throughout Europe.
The accident also marked a turning point in discussions about nuclear technology in Germany.
At the time, Germany was still divided.
In East Germany under the Communist Party, the public received almost no information about the nuclear accident and its effects.
West Germany, on the other hand, was in a state of confusion and politicians were helpless.
People were unprepared for a nuclear leak, and the government was unable to provide guidelines and response strategies for the time being.
A hastily formed crisis management team was also disbanded shortly afterwards.
The Chernobyl nuclear accident has caused widespread concern in Germany.
People are buying iodine.
A large quantity of fruit, vegetables and milk in the supermarket was ordered to be removed from the shelves because of concerns about nuclear radiation.
Children were banned from playing in the sand pools and citizens were warned not to go out in the rain.
Although the health effects of radiation were not detected in Germany, the accident led to the introduction of nationwide radiation monitoring in Germany, which eventually led to the establishment of the Federal Ministry of the Environment.
Plans to build a nuclear waste treatment plant in the Bavarian town of Wackersdorf have sparked serious riots.
The clashes left several protesters and civil servants dead and hundreds injured.
The project was finally halted in 1989, the first major victory of the German environmental movement.
And...
In 2011, protesters handcuffed themselves to the tracks in an attempt to block trains carrying nuclear waste.
Meanwhile, in northern Germany, Gorleben in Lower Saxony became a symbol of the struggle against nuclear waste, and the town was designated to temporarily store nuclear waste until a permanent storage site was identified.
The first shipment of nuclear waste arrived in the town on 24 April 1995.
A long farewell to nuclear power - Germany's nuclear withdrawal process after many setbacks
In 2001, Schroeder's center-left coalition government of the Social Democratic Party (SPD) and the Green Party reached an agreement with major energy companies to phase out nuclear power.
All 19 nuclear power plants in Germany have been given operating timelines and the last one is required to be shut down by 2021.
In 2001, Chancellor Gerhard Schroeder announced that Germany would phase out nuclear power generation.
In 2010, the center-right government led by Chancellor Angela Merkel withdrew the nuclear withdrawal agreement.
It also decided to extend the operating time of nuclear power plants.
However, the third major nuclear accident in the world has caused a change in Germany's nuclear energy policy. On March 11, 2011, the accident at the Fukushima nuclear power plant in Japan caused by the earthquake and tsunami.
The impact of the accident on Germany is even greater than that of Japan.
As a veteran physicist, German Chancellor Angela Merkel unexpectedly changed her usual stance on nuclear energy policy.
Merkel suddenly announced that the era of nuclear power in Germany will end by the end of 2022. On July 30, 2011, the German Bundestag voted to approve the resolution.
After years of fierce fighting, the Brockdorf nuclear power plant in the state of Ishih will finally become history in 2021 after 35 years of operation.
In 2017, Germany decided to start a nationwide search for a safe place to store highly radioactive nuclear waste, with the mission to be completed by 2031.
At the end of 2021, anti-nuclear activists celebrated the closure of a nuclear power plant in North Germany.
Rethinking the nuclear policy.
The war in Ukraine has made Germany anxious to get rid of its energy dependence on Russia, which has also reignited the already ironclad policy of denuclearization.
The coalition leader has spearheaded a proposal to extend the operating time of nuclear power plants to replace natural gas from Russia with nuclear power.
In August 2022, CDU Chairman Meltz and CSU Chairman Soder both put forward the idea of extending the time limit for nuclear power operations.
Christian Lindner, finance minister of the business-oriented Liberal Democratic Party (FDP), immediately backed a return to nuclear power.
His party is junior partner in a centre-left coalition with the Social Democrats (SPD) and the Greens.
The latter will find it difficult to agree to an extension because opposition to nuclear power is one of their core issues.
But in the summer of 2022, no one in Germany completely ruled out that possibility.
LDP finance minister Lindner, who is focused on business interests, was also quick to join the pro-nuclear camp.
But for the Green Party, which is also part of the ruling coalition, the possibility of agreeing to extend the operating time of nuclear power plants is slim, because opposition to nuclear power is their basic principle.
Anything is possible in Germany in 2022.
Can nuclear power be a climate savior?
Editor: This article was originally published in August 2022
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DW.COM

Prior to the phase-out, nuclear contributed roughly 10-12% of Germany’s electricity generation, serving as a key source of low-carbon baseload power .

Title:

Content: Three nuclear-fired power plants will be taken off the grid in Germany on Friday as part of the country's plan to end atomic power.

"The nuclear phaseout makes our country safer and helps to avoid radioactive waste," said Federal Environment and Nuclear Safety Minister Steffi Lemke.

"It is now essential to ... advance the search for a final repository for high-level radioactive waste as well as permanent solutions for low- and medium-level radioactive waste," the environment ministry said.

Former German Chancellor Angela Merkel speeded up the phaseout following the 2011 Fukushima accident in Japan.

Friday's shutdown affects power plants in Brokdorf in Schleswig-Holstein, Grohnde in Lower Saxony and Gundremmingen C in Bavaria.

Germany's remaining three nuclear plants — Emsland in Lower Saxony, Isar 2 in Bavaria and Neckarwestheim 2 in Baden-Württemberg — will be closed by the end of 2022 "at the latest," the environment ministry said.

"Since 2011, Germany has been drawing a line under a highly problematic technology in an orderly, reliable process," Lemke said.

Nuclear accounts for about 10 percent of Germany's electricity production. The shutdown has sparked criticism as Germany will have to dramatically ramp up renewable energy and has also increased its reliance on highly polluting coal-fired power.

"Security of supply in Germany continues to be guaranteed," said Robert Habeck, federal climate and economy minister. He added that reliable and "sustainably generated electricity" is a "central requirement for aligning our economy and industry toward climate neutrality."

That stance puts Berlin at loggerheads with France, where nuclear is the largest element of its energy mix (and also helps supply Germany).

EU Internal Market Commissioner Thierry Breton said in September that existing nuclear plants, which provide low-carbon electricity essential to the green transition, can be kept running "for two, five, 10 years," adding: "Why deprive ourselves of this production capacity?"

France is planning to scale down the share of nuclear in its electricity mix from 75 percent to 50 percent by 2035, but President Emmanuel Macron said in November that France "will restart the construction of nuclear reactors" while "continuing to develop renewable energies."

Macron also said France will invest €1 billion into research and development, notably into small modular reactors.

Belgium recently decided to shut down all its nuclear power plants by 2025, but plans to invest €100 million in new generation nuclear reactors and research.

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The elimination of nuclear energy shifted Germany’s energy mix toward greater reliance on coal and imported natural gas, especially from Russia.

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Content: Alert
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How did the German model achieve an unbearable energy transition war across the sea?
【 By Fu Guanqi 】
Environmental awareness, green energy production has always been regarded as the world's superior Germany, but because of a Ukrainian-Russian war, let the bright achievements behind the unfinished business, exposed to the world.
Is this general review of energy security, ignited by war, a crisis or a turning point for Germany, which rose from the ashes of World War II? Can Germany break through the status quo and turn into a new model for a sustainable economy in the future?
Or is it a death on the road to transformation? How can Taiwan find its future direction from this “energy transition war ”?
Just after Christmas, for many Dodd families, the most wanted Christmas gift may be a heat pump to make the whole family better through the winter.
Unlike the tens of millions of domestic heating systems in Germany that still use natural gas or oil as fuel, heat pumps are powered by electricity, which can be seen as "reverse air conditioning", which has a higher thermal conversion efficiency and symbolizes energy access at a lower price.
The energy crisis caused by the Russo-Ukrainian War has become a watershed in the price of energy in Germany.
The past dependence on Russia to import a large amount of cheap energy can not be returned, and the international carbon pricing mechanism is increasingly complete, which has led Germany to realize that only green energy is the way to reduce energy prices again.
The "Vision" team traveled to Germany, in-depth interviews and observed that the consensus that permeates German society today is: "There is not much time for the energy transition, and we must accelerate progress."
German Green Party MP Till Steffen, who visited Taiwan in 2022, told Visionary that "this' energy crisis' has accelerated the 'energy transition' and become a priority for the government."
German Economy Accelerates Greening, Renewable Energy Becomes National Security Foundation
This is not just a matter of paper. At the end of 2022, Germany inaugurated the country ’ s first liquefied natural gas (LNG) terminal.
Germany decided last spring to build it, and it could be completed in a few months. “This is super fast for Germany, ” Steffen said.“ We need to scale up renewable energy at the same rate. ”
If you make decisions at the slow pace of your past habits, you won ’ t be able to achieve the goals you set. ”
In the past, far less ambitious than the Green Party ’ s liberal finance minister, Christian Lindner, has also designated renewable energy as “free energy ”, emphasizing its function to enhance Germany ’ s energy security and economic independence.
In this context, the two pillars of the energy transition, "switching to renewable energy" and "improving energy efficiency", have also become the top priorities of enterprises in the country.
Even the German machine tool manufacturer MAG, a pioneer of Industry 4.0, has re-examined energy conservation and is preparing to install solar panels on its plant.
“Many investment plans are being reevaluated because of higher energy prices, ” explains Sebastian Schoning, MAG ’ s head of Europe & Americas.“ Many investments that were previously unprofitable are now justified. ”
Solar panels that can be used for their own use and can be sold for electricity have been greatly shortened, and with tax incentives, large and small businesses and families have been selling out; installation technicians are so hot that waiting in line has become a new normal in the last few months.
Yen Chien-ho, general manager of the German branch of FSP, which has been operating solar energy storage business for more than six years from Taiwan, revealed that the green energy product line is already the main revenue of the company, and it is estimated that by 2023, solar related products can grow by 50%.
Quanhan also saw the business opportunities of green energy vehicles in Europe and decided to set up a new R & D center in Germany to attack customized charging devices.
Another Taiwanese company that has been working in Germany for ten years, Servo Press Co., Ltd. is also favored by European customers due to the fact that the product consumes about 50% less power than traditional presses, and is expected to double its business performance in 2023.
Germany has been driving the energy transition for decades. The driving force of this energy crisis is mainly reflected in the change of mentality and the re-calculation of business interests.
First, in terms of mentality, Germany used to import about 60% of its energy, and is more heavily dependent on cheap fossil fuels from Russia.
However, when energy is no longer so readily available, it has also greatly changed the German society's view of energy: in the past, everyone saw renewable energy as a threat to the stability of electricity supply, and now it is an important basis for protecting national security.
Second, in the eyes of enterprises, green energy has become the only energy source that can maintain long-term competitiveness.
"We all know that there is no future for fossil fuels," said Markus Rosenthal, director of government relations at the German Association for Energy Storage Systems. He cited the withdrawal of Allianz, Germany 's largest insurance company, and the active investment of major banks in decarbonization technology as examples. The effect of greening the German economy is greater than anyone else. "
Many may have heard of Germany ’ s Energiewende vision after the Fukushima disaster.
But such a concept has taken root in Germany ’ s anti-nuclear movement since the 1970s.
Since then, the Green Party movement has developed with the greatest political influence in the world.
GREEN ENERGY GREEN ENERGY CHALLENGE 1: Lack of work, insufficient capacity of Northern Power South
The Renewable Energy Act (EEG), which came into force in 2000, made Germany the first major economy to promote renewable energy.
Over the next 20 years, the proportion of renewable energy supply has grown significantly from 6% to 46%, and this remarkable achievement has become an international model case for promoting energy transformation.
However, the model of the period of peace seems to be unable to withstand the test of war, and Germany still fell into the dilemma of energy crisis in the Russo-Ukrainian War.
Russia ’ s invasion of Ukraine and the weaponization of energy are certainly uncontrollable factors.
But the German society's caution against nuclear energy has also made Germany more dependent on relatively clean natural gas during the period of phasing out coal.
“We are over-reliant on fossil fuels and the development of renewable energy over the past few years has been too slow, ” said Malte Kuper, energy and climate policy researcher at the German Institute for Economic Research (IW).“ We must accelerate the correction of the structural errors of energy policy over the past decade. ”
Wilhelm Kiewitt, Director of Energy Economics at 50Hertz, a German power grid company, said: “We are vigorously promoting the construction of renewable energy, but we have not updated the grid infrastructure and have not ensured that the design of the electricity market is compatible.
As a result, the energy transition is not doing well. ”
Wind power located on the northern coast of Germany has so far been difficult to reach the industrial heartland of the south because the government has spent too much time coordinating with the residents of the south to accept high-voltage cables cutting through their beautiful landscapes.
The lack of capacity of Northern Power South has become a key missing piece in the German energy puzzle.
In addition, the political lobbying power of fossil fuel companies and strict regulations on onshore wind power have also slowed down the pace of transformation in Germany.
A few months ago, there was a demolition of nearby windmills to expand coal mines in North Wales. Although the efficiency of these windmills was low and they were expected to be rebuilt and upgraded, environmentalists criticized this as a retrograde policy in the midst of the energy crisis.
But the lack of urgency may be the key factor in Germany ’ s gradual deviation from its goal.
According to the German government ’ s 2021 forecast, all sectors, from energy, industry and agriculture, will not be able to meet the 2030 climate goals on the basis of current carbon reduction actions.
In terms of new technology, even if Germany began hydrogen energy research more than 30 years ago, it has not been able to enter the expansion.
Thomas Hilig, founder of THEnergy in Germany and a hydrogen energy consultant, pointed out that “we have studied hydrogen energy thoroughly and want to know everything. ”
But it may be possible to start expanding sooner.
Indeed, now is the time to launch the app. ”
The impact of high energy prices and increasingly extreme weather have become a reality in Germany, forcing the country, accustomed to sound and prudent action, to admit its mistakes and shortcomings and accelerate the progress of the energy transition.
The question is, is it in time?
Opening a recent German newspaper will find that a crisis is not necessarily a turning point.
Small and medium-sized enterprises (SMEs), which account for 99% of the total number of German enterprises, are struggling, and many companies may not be able to survive.
A survey of companies released by the German Chamber of Commerce and Industry (DIHK) in the summer of 2022 shows that due to high energy prices, 1 / 4 of enterprises have completed the deployment of production reduction, 1 / 4 have reduced the scale of operations, and the remaining half have not yet begun to act, and are still thinking about the corresponding steps.
At present, the German government has finalized a nearly 100 billion euro energy bill subsidy plan, but Asha Maria Sharma, deputy director of digital services at the Foreign Trade and Investment Agency, believes that financial subsidies are only part of the solution, companies must think about how to use AI, data analysis and other technologies to save energy, in order to remain competitive in the future when energy prices are higher.
However, the resources and financial power of SMEs are not as good as those of multinational enterprises, and it is not easy to face inflation, interest rate hikes, the impact on the dollar exchange rate and energy prices, and to devote more efforts to long-term investment layout.
For example, when the Covid-19 pandemic spread, Alexander Krug, the public relations manager in charge of the Berlin Digital Center for SMEs, observed that about a third of SMEs were suspending or even cancelling strategic digital investments that would bear fruit in the medium to long term.
Moreover, in the global semiconductor shortage, many small and medium-sized enterprises are competing for similar chips with the government-supported renewable energy industry, as well as Germany ’ s powerful automotive industry.
In terms of money and resources, it is difficult to win.
Cooper said that in the long term, the energy crisis can be an accelerator of the energy transition.
But for an industrial powerhouse like Germany, which has a high proportion of energy-intensive industries, there is also a risk that “industry may decline before the green energy transition is complete. ”
Many homes waiting for solar panel technicians to install their doors also reveal another risk: lack of work.
“If you ask a business, what ’ s the biggest question about operations? Almost every time the answer is, ‘ We need people. ’ ”
Especially in the areas of green energy and digital technology, which are crucial to driving transformation, there is a particular lack of technical talent.
Many countries in Europe have a shortage of jobs.
However, in the manufacturing sector, more than 40% of enterprises in Germany are understaffed.
In comparison, France is less than 25%, and Italy and Spain are less than 10%.
Even the director of the German public broadcaster said recently: "We have to recruit people from all over the world... even the German level of the candidates is not so important."
As long as I work hard, I don ’ t worry too much that they can only speak a few words of German. ”
GREEN ENERGY GREEN ENERGY CHALLENGE 2: Higher energy costs, the United States proposed a bill to reduce inflation and siphon off international investment
The evolution of the international situation has also made the adverse situation worse.
The European war is still raging, the epidemic is still hazy, and the tensions between the United States and China have caused Germany, formerly the beneficiary of free trade and international supply chains, to reverse the situation and increase the pressure.
In particular, in August 2022, the United States passed the $369 billion Inflation Reduction Act, proposing a simpler and more attractive subsidy specification than the European Union, which is likely to siphon off more international investment at a time when Germany urgently needs to accelerate the expansion of renewable energy.
Some scholars wonder whether Germany will be able to complete the energy transition that it failed to achieve during a period of relative stability in the face of many challenges.
Only recently did Germany significantly expand public spending to help society weather the epidemic. To date, it has allocated more than 260 billion euros in response to the energy crisis.
This is almost 7% of national GDP, well above the EU average of 83 billion euros.
Meanwhile, Germany is still trying to boost its defense budget to 2% of GDP.
Even if the money is relatively abundant, it is also pressure.
Reinhard Biedermann, a professor in the Department of Global Political Economy at Tamkang University, pointed out that to develop enough renewable energy to replace traditional energy sources requires a lot of investment, manpower and even land, which Germany cannot do at the same time.
“The energy crisis is really an opportunity to expand renewable energy.
But turning the crisis into a turning point is not so simple.
Germany depends not only on imports of fossil fuels, but also on imports of renewable energy.
After the decline of the German solar industry, about 95% of the domestic solar cells are manufactured in China.
Nordex shut down Germany ’ s last wind turbine turnstile plant in June 2022, taking into account costs, causing observers to worry that the wind energy industry may be heading toward a fate similar to that of the solar industry.
Steffen said that due to competition from China, the German solar industry has lost a lot of intellectual and political power, and now is the time to reinvigorate the domestic solar value chain.
“We still have capacity in wind energy, but we can ’ t find a market in our country because Chinese products are cheaper, ” Steffen said.
In some ways, the energy crisis is just beginning.
As the Visionary team rode a high-speed rail at a speed of nearly 300 kilometers across the edge of Germany ’ s beloved forest, they were greeted by rotating fans, solar panels laid on the roof of the building, and high-voltage power towers that transmit electricity over a long distance.
This has gradually become a familiar daily scene in German society.
At this point, it may be seen as an important milestone in the final completion of Germany ’ s energy transition, but it may also be the starting point for the decline of German industry.
Looking back at the challenges of the pandemic, companies in Dodd all agree that agility, flexibility and flexibility are essential skills to survive in the current changing environment.
In particular, German industry contributes more than a quarter of the country ’ s GDP, which is higher than developed countries such as France, the United Kingdom and the United States.
But strengthening the high-priced “Made in Germany ” brand with performance, quality and stability is threatened by higher energy costs.
Steffen acknowledged that many Dodd companies use cheap Russian energy to produce and then sell their products at high prices to the U.S. and mid-market.
This is similar to the common pattern in Taiwan.
Taiwan 's green energy students > risk assessment first, transformation needs to think about the overall order
Sucheta Govil, chief commercial officer of Covestro, observed that energy is already a global issue and resource constraints are becoming the foreseeable future. “Even if you are in Asia, energy prices are still cheap, but price increases are reflected in the supply chain. ”
This advantage is diluted by rising raw material costs, even if Germany considers itself to be of excellent mechanical engineering quality. ”
Even if Germany has only recently begun to cope with the energy crisis, the effectiveness of the policy measures will have to wait for time to prove, and there are still lessons for Taiwan.
First, understand your energy security and independence and conduct a risk assessment.
Leonard believes that encouraging energy conservation by raising energy prices and using this income to invest more in renewable energy is worth considering.
“Explaining to people the higher energy costs they pay will help develop renewable energy and improve energy security. ”
Second, think about the sequence of measures for the energy transition as a whole, and put limited resources in the right place at the right time.
Hans-Joachim Ziesing, a former energy transition consultant for Germany ’ s Future Energy Plan, shared that one of Germany ’ s mistakes was to set a good goal and vision before developing policies to be achieved.
A better approach might be to take a practical approach, clarify the quantitative benefits that each policy can bring, and determine that cross-party consensus can be reached to move forward together.
It is also important to continuously monitor the performance of data and to be accountable to all departments.
Hiliger observed that Germany ’ s national hydrogen energy strategy in 2020 shows that officials have learned from the siting of renewable energy and energy transportation.
“Many projects take production and consumption into account as a whole, for example, by making good use of existing construction, refurbishing natural gas pipelines to become hydrogen pipelines, rather than placing electrolytic tanks next to wind power plants. ”
Preparing businesses and citizens to move away from fossil fuels
Finally, it is the continuation of the momentum of social change.
In the past, Germany saw natural gas as a “bridging energy ” to connect fossil fuels with renewable energy; now, losing its main source of natural gas imports, it has had to restart coal plants and lease liquid-gas receiving stations.
After doing so, it may be harder to get rid of them in the future.
Ideally, when the hydrogen energy market matures, Germany can renovate this batch of liquid natural gas receiving stations into hydrogen energy receiving stations.
But the two are different energy sources after all, and the renovation will be another expense.
Whether it can be developed according to the plan is still uncertain.
After the government finalizes the energy subsidy policy, from the beginning of 2023 to April 2024, 80% of the bill will be protected by the price cap, and users will only pay 20% of the current price.
This will change people ’ s interest.
How to make good use of the incentive mechanism to encourage society to continue to promote energy conservation and transformation at the household, business and infrastructure levels is also a big test.
Although Taiwan, which has a higher industrial share than Germany, has yet to personally feel the waves of the European energy crisis, it will be crucial to be as prepared and adapted as possible to the future of higher fossil fuel prices before the price protection umbrella for long-term contracts ends.
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While renewables have rapidly expanded—reaching about 46% of the electricity supply by 2020—the pace of transition has struggled to compensate for the loss of nuclear and coal, particularly during periods with low sun and wind output.

This has resulted in increased use of fossil fuels during peak demand, leading to higher carbon emissions and challenging Germany’s decarbonization goals .

Title:

Content: In early 2023, Germany shut down its last nuclear power plants, so this winter will be Germany ’ s first “nuclear-free winter ”. Despite the German government ’ s vow to modernize its energy system and develop renewable energy, Germany ’ s fossil fuel consumption is higher and its power system is dirtier.
Commenting on Germany ’ s electricity problem, Reuters columnist Gavin Maguire wrote that the country ’ s electricity problem began with a gradual decline in the share of nuclear power in Germany ’ s power generation structure. In 2014, the contribution of nuclear power to Germany ’ s total electricity supply fell by only 6% in 2022, and finally dropped to zero after the last eight reactor outages in 2023.
According to the think tank Ember, Germany's last eight nuclear reactors generated about 8.1 gigawatts (8,000 megawatts) of electricity, a gap that was filled by solar and wind capacity.
It seems to be okay.
However, as solar power (Germany ’ s second largest clean power after wind) suffers from reduced sunlight this year, power generation will fall sharply this winter, and the total amount of clean electricity in Germany will also decline, but winter has always been Europe ’ s peak electricity consumption (heating demand), so German power producers are forced to increase the amount of electricity generated from fossil fuels such as coal and natural gas. of emissions.
According to the data, in the first nine months of 2023, Germany ’ s total electricity generation fell compared to last year, including clean electricity and fossil energy power; clean electricity fell by 5.6% compared to the same period in 2022, and fossil fuel power generation fell by 21%.
In other words, this year has been the most electricity efficient year in Germany since 2017.
But don ’ t think that ’ s a good thing, because Germany ’ s industrial electricity demand has fallen this year, and the economy has certainly followed suit.
Why is that so?
Data from the London Stock Exchange shows that the high price of electricity in Germany is a key factor. Compared to 2019, the price of electricity in Germany is 160% higher this year, although it is much better than the highest price last year (electricity prices soared last year due to the Russian-Ukrainian war, this year has fallen), but the German industry is still unwilling to pay.
According to data from the London Stock Exchange (LSEG), German chemical and fertilizer production (previously produced using abundant and cheap natural gas) has fallen to its lowest level in more than a decade in 2023 as producers cut production.
Production of cars, steel, batteries and turbines has also been cut, causing Germany, Europe ’ s largest economy, to experience a rare export slump this year.
In order to support the German industrial recovery, the German government asked the power companies to suppress the cost of electricity, and actively increase the production of cheap renewable energy, did get some results, but after entering the autumn, the sunshine time reduced, Germany September to December's total solar power, must be more than 80% lower than the peak.
Since solar power has accounted for more than 20% of Germany ’ s total electricity generation each month in the past five months, such a serious decline in clean power production will inevitably lead to a tight overall electricity supply; in order to make up for the shortage of solar power, Germany can only maximize the use of wind power, wind power production in Germany will increase in winter.
In order to supplement the intermittent problem of wind power and ensure that the total generation of electricity rises as demand grows, power companies have to increase the generation of coal and gas, which can be controlled by power plants to balance the needs of the national electricity market.
Speaking of which, it is clear that Germany will have to rely more on fossil fuels to generate electricity, and its carbon emissions will inevitably increase.
In order to determine its ideal of a non-nuclear homeland, Germany has caused more pollution, and the cost of electricity is still high, which has hit the German industry.
In August of this year, economists criticized "Germany's economic recession is already the sick man of Europe", which is all related to the abandonment of nuclear power.
German power mix may get dirtier for 1st non-nuclear winter
# Germany # Electricity # Dirty # Carbon # Solar

Electricity prices for both households and industry have risen sharply, and grid stability has required significant new investment in transmission infrastructure.

Title:

Content: Renewable Energy Market Projected to Reach USD 2.4 Trillion, at a 10.10% CAGR by 2030 – Report by Market Research Future (MRFR)

Renewable Energy Market Growth Boost by Rising Technological Advancement, Revenue Statistics, Major Stakeholders and Developments

New York, New York, UNITED STATES

New York, US, May 29, 2023 (GLOBE NEWSWIRE) -- According to a Comprehensive Research Report by Market Research Future (MRFR), “Renewable Energy Market Information By Type, By End-Use, and Region - Forecast till 2030", between 2022 and 2030, the renewable energy market can expect to expand from USD 1.2 Trillion in 2022 to USD 2.4 Trillion at a rate of 10.10%.

Renewable Energy Market Overview

Renewable energy, sometimes called clean energy, is typically produced from renewable natural resources. Electricity is produced from kinetic energy sources using wind energy, a renewable energy source. The wind energy is transformed into mechanical energy by a wind turbine, and then into electrical energy by a generator. Both offshore and onshore wind energy sources are possible. On-land wind turbines are known as onshore wind energy, and offshore wind turbines are found in the ocean or sea.

Renewable energy is produced by using renewable natural resources like wind and sunlight. Some of the main renewable energy sources are solar, geothermal, wind, bioenergy, hydropower, and ocean power. Currently, heating, power, cooling, and transportation all use renewable energy. Around 7% of the world's energy needs are met by renewable energy sources. Compared to fossil fuels, renewable energy is generally more expensive. The primary driver of the use of renewable energies is the belief that carbon dioxide (CO2) emissions from the burning of fossil fuels are to blame for global warming.

Market Competitive Landscape:

The important firms in the market for renewable energy include

  • ABB Ltd.
  • General Electric (GE)
  • The Tata Power Company Limited (Tata Power)
  • Innergex
  • Enel Spa (Enel)
  • Xcel Energy Inc. (Xcel Energy)
  • Among others.

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To reduce the cost of producing renewable energy, key industry players are concentrating on technology development and innovation. Additionally, market participants are putting a number of strategic initiatives into practise to strengthen their position in the industry.

Renewable Energy Market COVID 19 Analysis

Investments made by people and small to medium-sized businesses in renewable energy applications, like distributed PV, solar thermal water heaters, heat pumps, and biomass boilers, are in danger because of Covid-19. Compared to large-scale initiatives, these investments have a larger risk of delay or even cancellation.

Currently, lockout procedures prohibit access to homes and businesses, which has hindered the implementation of distributed solar PV in many nations. Additionally, people and small companies may decide to postpone or cancel their plans to install solar PV, solar thermal water heaters, or heat pumps on their land if they are experiencing financial hardship or economic uncertainty.

Report Scope:

Report Metrics Details
Market Size 2030 2032: USD 2.4 Trillion
CAGR during 2022-2030 10.10% CAGR
Base Year 2021
Forecast 2022-2030
Report Coverage Revenue Forecast, Competitive Landscape, Growth Factors, and Trends
Segments Covered Type, End-Use and Region
Key Market Opportunities Technological advancements to boost market growth
Key Market Dynamics Increased investments by government Decline price of renewable energy

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https://www.marketresearchfuture.com/reports/renewable-energy-market-1515

Renewable Energy Market USP Covered:

Market Drivers:

The transition to low-carbon fuels and the existence of strict environmental legislation in the majority of developed nations have given the renewable energy sector a significant boost. Due to increased environmental concerns and pressure to lessen the adverse impacts of Greenhouse Gases (GHG), the energy-generating market has seen an increase in the installed capacity of renewable sources over the past few years. This has played a significant role in the growth of the solar and wind energy industries.

Due to favorable policies and plans, as well as the widespread availability of biomass feedstock, the renewable energy sector has been operating successfully in the majority of developed nations. The country's number of renewable energy facilities has expanded as a result of strict government emission limits. With the rising use of gas-based and renewable power sources in comparison to coal-based power generation, the energy landscape has been changing. End-users are anticipated to switch to installing hydropower systems as a result of increased electricity distribution costs, power outages brought on by problems in the main grid, and government incentive programs. The need for renewable energy is anticipated to increase as a result.

In order to become energy independent and less dependent on traditional sources like crude oil, coal, and others, the US has been investing in unconventional power production technologies during the past few years. The market for solar power generation has been expanding quickly over the past few years and is anticipated to continue doing so throughout the forecast period thanks to significant expenditures made in the production of renewable energy. Germany's internal energy source, the solar industry, enables each state to produce its own energy independently of any external fuel sources. In comparison to other energy sources, it is durable and provides flood control, pure drinking water, irrigation support, and inexpensive electricity.

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Market Restraints:

Building infrastructure for the development of new resources involves significant upfront investments. The price of producing power rises as a result of these investments, particularly in the early years. The first step for the developers is to identify places that are acceptable to the public, have good resources, and have access to transmission lines. Finding a potential solar site and assessing its suitability takes several years of observation. To install, run, and maintain the new technology, the staff must also receive training. Some cannot be optimized for performance until they have operated in specific climatic conditions. During the projection period, this factor is projected to slow the market's growth for renewable energy.

Renewable Energy Market Segmentation

Energy Type Insights

Hydropower, Wind Energy, Solar Energy, Bioenergy, Geothermal Energy, and Ocean Energy are the key types of Renewable Energy. During the projection period, 2022–2030, the solar energy renewable segment is expected to develop at the fastest rate. It dominated market growth in 2021. Solar panels are an excellent option for homes and businesses in sunny areas because they can convert sunlight directly into electricity. In order to function efficiently, solar panels need a lot of area, and their initial cost and ongoing upkeep can be high.

By End-Use

Industrial, residential, and commercial end users make up the renewable energy market segmentation. Residential was the largest market for renewable energy in 2021, and it is anticipated that it will increase at the fastest rate from 2022 to 2030. The market is expected to grow as geothermal heat pumps become more and more popular for use in residential heating systems. There will probably be a significant increase in the demand for geothermal energy along with the increase in electricity demand. The market's growth will probably be fuelled by this factor.

Renewable Energy Market Regional Insights

During the study period, the Asia Pacific renewable energy market will capture a phenomenal CAGR of 43.60%, after having touched a whopping USD 0.5 Trillion in 2021. Countries like China and India have seen a sharp rise in energy consumption as a result of increased investment in renewable energy projects.

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During the projection period in Asia-Pacific, the residential and industrial sectors are anticipated to use more energy. India too has a lot of room for expansion, but historically inconsistent economic conditions and legislation have resulted in a lower share of renewable energy in the country's total energy production. Since there have been more investments in renewable energy projects, India is one of the nations with the fastest development in the Asia-Pacific market.

Related Reports:

Renewable Energy Inverters Market Research Report Information by Product Type, Application and Region - Forecast till 2030

Remote Renewable Management Systems Market Research Report Information By Component, End Use and Region - Forecast till 2030

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Market Research Future (MRFR) is a global market research company that takes pride in its services, offering a complete and accurate analysis regarding diverse markets and consumers worldwide. Market Research Future has the distinguished objective of providing the optimal quality research and granular research to clients. Our market research studies by products, services, technologies, applications, end users, and market players for global, regional, and country level market segments, enable our clients to see more, know more, and do more, which help answer your most important questions.

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Germany has periodically relied on electricity imports to maintain supply, further exposing the system’s vulnerabilities .

The Russian invasion of Ukraine exacerbated these issues by abruptly curtailing German access to Russian gas, triggering an urgent search for alternative energy sources.

Germany responded by constructing LNG terminals, ramping up coal usage, and securing new LNG contracts, though such transitions require time.

The energy shock fueled debate within Germany about reconsidering the nuclear phase-out, with supporters emphasizing its low-carbon and reliable output.

Title:

Content: Saturday 28 Jumada I 1443 AH - 1 January 2022 |
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Germany shuts down half of its nuclear plants
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German authorities on Friday shut down half of its nuclear plants still in operation, a year before the end of their decades-old use.
The three reactors, Brockdorf, Gründe and Gündermpengben, were commissioned and now closed for the first time in the mid-1980s.
Together, they have provided electricity to millions of German homes for nearly four decades.
The center-left government of Gerhard Schroeder made the decision in 2002 to phase out nuclear power and switch from fossil fuels to renewable energy, but his successor, Angela Merkel, reversed its decision to extend the life of German nuclear plants in the wake of the 2011 Fukushima disaster in Japan and set 2022 as the deadline for their closure.
Some in Germany have called for the decision to end the use of nuclear power to be reconsidered again because already operating power plants produce relatively little carbon dioxide.
Advocates of atomic energy argue that it could help Germany meet its greenhouse gas reduction targets.
The German government said this week that shutting down all nuclear plants next year and then phasing out coal use by 2030 would not affect the country ’ s energy security or its goal of making Europe ’ s largest economy “climate neutral ” by 2045.
The remaining three nuclear plants – Emsland, Essar and Neckarostheim – will be decommissioned by the end of 2022.

Yet, government policy remains opposed, influenced by longstanding Green Party leadership and activism .