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Here’s How Russia’s Covert War Could Undermine its Own Goals

Here’s How Russia’s Covert War Could Undermine its Own Goals

Fortunately, such plans were never fully actualized during the Cold War. In the post-Cold War era, we have not been so lucky. One GRU entity sanctioned by the UK – Unit 29155 – is assessed as having been responsible for the 2014 destruction of a shipment of Czech-origin 152mm artillery shells on route to Georgia and attacks that same year on a Czech ammunition depot. Officers of the same unit poisoned Russian defector Sergei Skripal in the UK in 2018.

The current Russian sabotage campaign is, however, being waged on a far larger – and potentially much more dangerous – scale than previously seen Russian. Since Moscow’s 2022 invasion of Ukraine, the GRU has engaged in extensive sabotage designed to disrupt the flow of Western aid to Ukraine, to demoralize that country, and to pressure its allies to reduce their support for Kiev. With a focus on entities supplying the Ukrainian military, these operations have targeted air, rail, maritime, and logistics supply chain, as well as energy infrastructure and undersea cables.

Most alarmingly, in 2024 Western intelligence detected a GRU-backed scheme to place incendiaries in air cargo packages destined for the UK, Poland, and potentially North America. In one incident, a magnesium-based device caused a fire on a plane in Leipzig, Germany. This was a method evolved from Cold War sabotage tradecraft. Other incendiary parcels were intercepted or ignited in warehouses in Poland and the UK. The Poles arrested four persons tied to this operation, which is believed to have been the work of the GRU.

Thankfully, plans to down or destroy civilian aircraft have thus far failed. But such plots—and their exposure—are indicative of Moscow’s willingness to accept considerable operational and political risk in targeting logistics and supply networks delivering Western support to Ukraine. For Russian President Vladimir Putin, this is an existential war. The Russian leader appears prepared to do whatever he believes necessary to hammer out something he can call victory. At minimum, this means establishing Russian control over the Ukrainian districts – Donetsk, Luhansk, Kherson, and Zaporizhzhia—annexed by Moscow in 2022.

The friction surrounding any intelligence operation can lead to its failure no matter how well planned. But that peril is compounded when the intelligence service concerned has a well-deserved reputation for mounting operations both conceptually imprudent and flawed in their implementation. Soviet and Russian espionage history is rife with GRU operations that failed due to the sloppy tradecraft employed, a reality attested to in extensive open source reporting on that service’s supposedly secret operations by Bellingcat and others.

There can be no doubt that Putin, as a former KGB officer and Director of the Russian FSB, is aware of the GRU’s checkered operational history. The fact that he, nonetheless, sanctioned that service’s sabotage campaign speaks to the importance the Russian leader ascribes to impeding Western military assistance to Ukraine. At the same time, Putin surely also understands that his sabotage campaign might undermine his policy goals. Ongoing GRU sabotage operations – particularly if they result in a high-profile attack – can rebound against Russia’ goal of seeking to undermine Western backing for Kiev. A historical example of a sabotage campaign undertaken against non-belligerent targets by a military intelligence service with less than stellar operational acumen is instructive in this regard.

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Early on July 30, 1916, one of the largest non-nuclear explosions in history rocked Black Tom Island, located in what is now Liberty State Park in Jersey City, New Jersey. A freight terminal and munitions depot storing approximately 2 million pounds of ammunition and explosives awaiting shipment to World War I’s Allied powers (primarily Russia and Britain) blew up with a force that measured between 5.0 and 5.5 on the Richter scale. Guards had noticed fires breaking out on the pier shortly after midnight. Despite efforts to raise the alarm and call firefighters, the blaze eventually reached massive stores of explosives, triggering the first and largest explosion. Additional blasts followed as the blaze spread through adjacent railcars and barges. Debris and shrapnel rained down across the region, injuring hundreds and sending residents fleeing their homes. Windows up to 25 miles away were broken and the Statue of Liberty was damaged, her torch closed to visitors thereafter. The catastrophe caused over $20 million in property damage (equivalent to over $580 million today). At least three adults and one child are known to have been killed, but some estimates put the toll much higher.

American investigators initially thought the disaster resulted from carelessness. There were, however, suspicions from the outset that it resulted from an act of sabotage perpetrated by German Military Intelligence. The only surprise was how long it took the U.S. to attribute responsibility to the Kaiser’s men given the many operational errors they made while carrying out a sabotage campaign against targets in what was then a non-belligerent U.S.

From the outset of World War I, the Germans were confronted with a conundrum as they sought to keep Washington neutral while at same time closing off the flow of food and war materiel from the U.S. to the Allied Powers. The strategy Berlin adopted – to rely on diplomacy to deal with the former challenge and on sabotage to achieve the latter objective – was mutually contradictory unless those sabotage operations were executed with perfect deniability. Unfortunately for the Kaiser, perfection is unachievable in clandestine operations.

Shortly after the 1914 assassination of the Austrian Archduke Franz Ferdinand, Berlin named the German Ambassador in Washington, Johann Count von Bernstoff, as Germany’s espionage and sabotage chief for the Western Hemisphere. This was not a wise choice. Not only was the Ambassador ill-suited to the task, his involvement in intelligence operations, coupled with Germany’s initiation of unrestricted submarine warfare the following year, hamstrung Bernstoff’s ability to fulfill his diplomatic function as he was thrust into the center of a diplomatic firestorm that grew in intensity and culminated in America’s declaration of war against Germany in 1917. Those chosen to assist the Ambassador likewise proved unsuited to the task.

Military attaché Captain Franz von Papen – who, as Germany’s Chancellor in the early 1930’s, would play a key role in dissolving the Weimar Republic and paving the way for Adolf Hitler’s appointment as Chancellor – and Naval attaché Captain Karl Boy-Ed operated brazenly out of a commercial office in New York. They set up a proprietary company which ostensibly did business with the intent of providing munitions to the Allied Powers. Their intent, in fact, was exactly the opposite.

Like the GRU, which has blended sabotage operations with cyberattacks on telecommunication and transportation networks in an apparent attempt to disrupt supply lines and undermine public support for Ukraine, German military intelligence disseminated propaganda to counter information unfavorable to their country. Operatives also manufactured counterfeit U.S. passports for ethnic Germans returning to the Fatherland to fight. Papen and Boy-Ed, however, concentrated most of their attention on directly impeding shipments of munitions and food from America to the Allied Powers.

To that end, the Germans sought to recruit agents to assist with sabotage and subversion operations. Americans of German heritage and Irish-Americans, with their innate disdain for Britain, were particularly susceptible to their approaches. Similarly, as the recent Polish arrest of a Colombian national suspected of involvement in two arson attacks on warehouses in that country attests, the GRU has used third country nationals as well as local recruits in their sabotage operations.

Much like the GRU operatives behind the current sabotage campaign, the inexperience of Papen and his colleagues, as well as the bad tradecraft they employed, were evident from the outset. Their involvement in a plot to dynamite the Welland Canal linking Lakes Erie and Ontario – through which raw material needed to produce American munitions transited – was detected by the New York City Bomb Squad. This was not surprising in that they, among other things, had used material linked to a German firm in constructing the explosive device to be used; used the so-called German Club in New York – an establishment that doubled as a bordello – as a safe house (employing a site of criminality for espionage purposes being an operational faux pas); and used the office of a German-run commercial investigative agency for operational purposes (thus coming under suspicion for the wrong reasons).

The financier for German operations in the U.S., Dr. Heinrich Friedrich Albert, committed the cardinal sins of leading surveillance to a meeting with an agent and then leaving a briefcase filled with telegrams from Berlin, communications from German agents and financial records on a New York tram. Some of the material in the briefcase, which was picked up by an alert surveillant, was passed by the White House to The New York Sun. That paper’s publication of it led to the 1915 recalls of Papen; his colleague, Boy-Ed, and Albert to Germany.

As intended, this press reporting also lent support to President Woodrow Wilson’s previously voiced suspicion that he was “sure the country is honey-combed with German intrigue and infested with German spies.” Although Wilson sought to modestly augment the capabilities of the two agencies then charged with monitoring German spies and agents in the U.S. – the U.S. Secret Service and the predecessor to the modern FBI, the Bureau of Investigation – their capacity to do so remained woefully inadequate. Unfortunately, as has been the case with the current GRU campaign, diplomatic responses and legal sanctions did not deter the Germans.

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Boy-Ed’s successor, Captain Franz von Rintelen, arrived in the U.S. in April 1915 on a doctored Swiss passport. He would prove the driving force behind the sabotage campaign, injecting energy – if not operational acumen – into it. Leading a network of intelligence officers infiltrated into the U.S., Rintelen sought to foment strikes, firebomb shipping, instigate embargoes against the Allied Powers, distribute pacifist propaganda, foment revolution in Mexico, and purchase munitions for the German government. His most important mission, however, was to impede or, if necessary, sabotage shipments of arms and munitions from America to the Allied Powers. Rintelen was clear about his intent, saying: “Munitions are my job – what I can’t buy I’ll blow up, kaput schlagen!”

He immediately set to work, directing a string of attacks against arms shipments to the Allied powers. Employing a tactic echoed by the GRU, his agents placed cigar-shaped incendiary devices in the holds of ships carrying weapons and munitions. The resulting investigations resulted in several of the saboteurs being identified. Soon, operational friction had begun to catch up with Rintelen himself. His involvement in a wide array of operations meant that the exposure of any one of them could lead to the compromise of all the others. The possibility this could occur was made certain by a string of operational errors.

Those mistakes included Rintelen’s personal interaction with German officials and a German bank even though he was ostensibly working undercover in the same job his compromised predecessor had used; using those banks to move operational funds; exercising minimal operational control over his agents who were subjected to minimal vetting; and using potentially hostile intermediaries – the Russians – to facilitate the diversion of arms being shipped to their country, and then bilking them out of money they paid for the shipment; and conveying covert messages over open communications.

Finally, and sensationally, Rintelen got scammed by the original “Wolf of Wall Street,” David Lamar. The German passed Lamar ca. $350,000 to fund a plan to foment strikes in munitions factories and shipping agencies; to hinder the manufacture and shipping of munitions by attacks on financial institutions and by litigation against pro-Allied businesses; to promote a U.S. peace movement; and to enhance public support for Germany. Only later would Rintelen come to realize that Lamar had swindled him.

In August 1915, with investigators closing in, Rintelen fled the U.S. by ship but was arrested by British authorities during a port call in the UK. Extradited to the U.S. in 1917 after America entered the war, he was convicted on a string of charges to include firebombing a ship, perjury and conspiracy to obtain a U.S. passport. Rintelen spent the remainder of the war in prison.

Rintelen’s departure did not, however, end the sabotage campaign. In February 1916, an explosion initiated by the saboteurs destroyed a munitions plant in Bethlehem, Pennsylvania. This was followed by equally effective operations against an armaments factory in Bridgeport, Connecticut and a chemical plant in Cadillac, Michigan. After the successful attack on Black Tom, the saboteurs initiated a fire that destroyed a Canadian factory contracted by Russia to manufacture artillery shells. In February 1917, three Germans were arrested for attempting to (again) sabotage the Black Tom Island facility, which had been rebuilt. Because the April 1917 American entry into the war meant sabotage was no longer an option since the penalty was death to anyone caught in the act, the remaining German saboteurs fled the U.S.

U.S. efforts to seek post-war redress from Germany for the damage wrought by its sabotage campaign – and for Black Tom in particular – underscore the difficulty of holding a nation-state legally liable for its clandestine activities. The post-World War I German-American Mixed Claims Commission sought to assess Berlin’s responsibility and adjudicate indemnities for the consequences of the attack. Weimar Republic lawyers argued there was no evidence incontrovertibly linking German intelligence to it and the Commission ruled in their favor. In 1930, with more evidence of German culpability having come to light, the Black Tom case was re-opened. Once the Nazis came to power, however, the German representative to the Commission resigned when it looked like his country would be implicated in the case. Nonetheless, the Commission declared Germany guilty in 1939 and ordered Berlin to pay 50 million dollars. Unsurprisingly, the Nazi regime did not comply.

Although more evidence convincingly establishing German guilt and detailing the breadth of its pre-World War I sabotage campaign has emerged thereafter, Germany was never held to account for Black Tom. One suspects that, absent the arrest of the GRU operatives involved in the current sabotage campaign should they – like Rintelen – be unwise enough to travel to the UK, it is also unlikely Russia will be held to account for its actions.

The recent GRU sabotage campaign seems to have slowed since reaching its peak in 2023-24, possibly due to better coordination European security agencies and a conscious decision by the Kremlin to scale back operations in deference to discussions between Moscow and Washington about ending the war. With Putin apparently having resolved to continue his war against Ukraine, there is every possibility his security and intelligence services will renew sabotage operations in Europe.

But the UK’s public exposure of the GRU’s activities and U.S. warnings to Moscow that any attack causing an aircraft crash would be treated as terrorism and prompt a severe response are useful to the extent they cause Putin to rein in the aggressiveness of that service’s sabotage operations, thereby hopefully avoiding the repetition of a tragedy on the scale of Black Tom.

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#Heres #Russias #Covert #War #Undermine #Goals

In autumn 2024, Russia launched massive aerial assaults on Ukraine, pounding its energy system and raising fears about the safety of its nuclear power plants. Several reactors disconnected from the grid. One shut down entirely.

“It wasn’t that we were scared,” says Shaun Burnie, recalling that night. “It was that we were terrified.”

For Greenpeace veteran nuclear specialist Burnie, who has worked in some of the most radioactive places on earth, the danger lay in what could have followed.

A man wearing glasses, an orange hard hat, face mask and protective gear standing inside the Chernobyl new safe confinement. He is being interviewed.
Shaun Burnie has been inside the structure protecing the Chernobyl reactor three times and says he’s not keen to have to make too many return visitsImage: Pavlo Siromenko/Greenpeace

Nuclear plants rely on a constant external power supply to run cooling systems for the reactor core and spent fuel. If the grid buckles and plants disconnect, they switch to diesel generators.

In a worst-case scenario, if they can’t reconnect, cooling systems fail and reactors overheat. Ukraine knows what that means. On April 26 1986, a reactor at the Chernobyl Nuclear Power Plant exploded, forcing the evacuation of hundreds of thousands from the area and contaminating large parts of Europe.

“Chernobyl is part of our collective memory. Everyone has family or community stories about it,” says Lena Kondratiuk, a 25-year-old from Rivne in western Ukraine. “And now, during the war, this meaning has become even more real.”

The lasting legacy of Chernobyl

A system under pressure

Though Ukraine still depends on nuclear energy for more than half of its electricity and plans to build more reactors, the worst-case scenario hasn’t happened. But the threat remains as Russia continues to target energy infrastructure.

More than half of Ukraine’s power generation capacity has been damaged or destroyed. UN nuclear watchdog, the International Atomic Energy Agency, has called the situation “the world’s biggest threat to nuclear safety.” 

Because large, centralized plants — nuclear, coal, or gas — that generate huge amounts of electricity in one place are such easy targets, decentralization is an attractive idea.

And that also means more renewable energy, which is harder to target, cheaper to fix, and faster to deploy.

Chris Alyett, an energy specialist at UK think tank Chatham House said that while a single missile can take out a 250-megawatt coal plant, it would require 40 to destroy the same capacity in wind generation. Solar parks are also more resistant.

“If there is damage to that, it doesn’t necessarily need to take everything out — you could swap new panels in,” Aylett said.

A man in an orange hard hat repairing a damaged electricity substation
Engineers repairing the grid have helped avert disaster, but some have been killed in Russian “double tap” strikes in the course of their workImage: Vyacheslav Madiyevskyy/REUTERS

These benefits are driving Ukrainian energy companies and NGOs to push renewables. Rooftop solar now covers hospitals, schools, and public buildings. In 2025, the country installed enough to power over a million homes, all while under fire.

Keeping the lights on with renewables

Lena Kondratiuk is part of that effort. She joined the NGO Ecoclub as a volunteer at 18, before taking on a job as renewables analyst there in 2020. After Russia’s full-scale invasion, the organization shifted from advocacy worked and launched the Solar Aid for Ukraine campaign, as power outages became a part of daily life.

At 21, she began managing projects. At first, she was daunted by the responsibility but agreed to it “because of the war, because I understand that, for example, I can die tomorrow.”

A woman smiling and standing in front of solar panels
Lena Kondratiuk travels around the country bringing solar power to communities with NGO Ecoclub Image: Ecoclub

Like many Ukrainians she has learned to adapt. Her work now takes her all over the country, including south to Mykolaiv, about 60 kilometers (37 miles) from the front line. On her first trip to the city, it was being shelled and running on diesel generators.

“I didn’t want to come back to the city because I’m scared,” she says.

Now Kondraktiuk makes the 13-hour trip around once a month, even as Russia targets passenger trains. She loves it there because of the people. “They teach that even during such a war time it’s still possible to find happy moments in your life and continue it.”

Renewable energy as survival

Despite the risks, Kondratiuk has helped bring nearly 90 solar systems online. In places like Mykolaiv, these systems are more than green energy, they are lifelines.

“Renewable energy in Ukraine is not about the climate and sustainability; it’s about surviving now,” says Kondratiuk. “It’s about the access to basic needs.”

These solar and battery systems keep water utilities running during blackouts. They also enable hospitals to operate and children to charge their phones during outages so they can keep in touch with their parents.

Three men installing solar panels on a rooftop
Hybrid solar and battery systems have proven to be a lifeline for Ukrainians during blackoutsImage: Anatolii Stepanov/AFP

One project she worked on installed solar panels at a care home for women with mental health and neurological conditions. Before the installation, staff woke at 4am to try and prepare meals ahead of power cuts, but the patients often went without warm food.

“And after that they were happy because they have like access to everything,” she says.

Lessons learned from Ukraine

The priority for Ukrainians is to keep power flowing. Nuclear has been essential to that, and without it, experts say Ukraine would be in a far worse position given how much fossil fuel capacity has been destroyed during the war. The country still needs baseload power.

Chris Aylett has been looking at what other countries in Europe can learn from Ukraine’s experience of running an energy grid under constant attack.

“They’ve gone through this terrible experience, they’re continuing to go through it, they’ve shown amazing sort of ingenuity at rebuilding fast and it’s told us a lot about what’s vulnerable and what you need to consider,” he says.

The hidden cost of nuclear power

The main lesson is the geographical spread of infrastructure — and that applies regardless of energy source. Diversifying the mix, with more renewables and storage, is another. As is stockpiling the right components that keep a system running — and standardizing them, so restoration takes weeks rather than months.

Alyett says the war, and the conflict in the Strait of Hormuz, have further made the case for rapid decarbonization and renewables in “fossil-fuel poor” Europe, alongside “tackling climate change by reducing greenhouse gas emissions.”

On nuclear’s future, he is pragmatic, saying that in countries such as France, where it is a major energy source, he sees no reason for that to stop. “Ultimately you just want to build out as much low carbon as you can, and make it as secure as you can while you’re doing it.”

Kondratiuk says she’s glad she was born long after Chernobyl — even as she lives through a different kind of disaster in Ukraine, one she doesn’t expect to end soon. But she’s still looking to a time when the war is over.

“I still want to help my country, still want to continue my work at the Ecoclub and I still think that even after the war and after our victory there would be even more work compared to now because we have to rebuild the country and rebuild it in greener and better way,” she says.

Edited by: Tamsin Walker

This story was adapted from an episode of DW’s Living Planet podcast. 

#Ukraine #rebuilding #energy #system #fire">How Ukraine is rebuilding its energy system under fireIn autumn 2024, Russia launched massive aerial assaults on Ukraine, pounding its energy system and raising fears about the safety of its nuclear power plants. Several reactors disconnected from the grid. One shut down entirely.

“It wasn’t that we were scared,” says Shaun Burnie, recalling that night. “It was that we were terrified.”

For Greenpeace veteran nuclear specialist Burnie, who has worked in some of the most radioactive places on earth, the danger lay in what could have followed.Shaun Burnie has been inside the structure protecing the Chernobyl reactor three times and says he’s not keen to have to make too many return visitsImage: Pavlo Siromenko/Greenpeace

Nuclear plants rely on a constant external power supply to run cooling systems for the reactor core and spent fuel. If the grid buckles and plants disconnect, they switch to diesel generators.

In a worst-case scenario, if they can’t reconnect, cooling systems fail and reactors overheat. Ukraine knows what that means. On April 26 1986, a reactor at the Chernobyl Nuclear Power Plant exploded, forcing the evacuation of hundreds of thousands from the area and contaminating large parts of Europe.

“Chernobyl is part of our collective memory. Everyone has family or community stories about it,” says Lena Kondratiuk, a 25-year-old from Rivne in western Ukraine. “And now, during the war, this meaning has become even more real.”The lasting legacy of ChernobylTo view this video please enable JavaScript, and consider upgrading to a web browser that supports HTML5 video

A system under pressure

Though Ukraine still depends on nuclear energy for more than half of its electricity and plans to build more reactors, the worst-case scenario hasn’t happened. But the threat remains as Russia continues to target energy infrastructure.

More than half of Ukraine’s power generation capacity has been damaged or destroyed. UN nuclear watchdog, the International Atomic Energy Agency, has called the situation “the world’s biggest threat to nuclear safety.” 

Because large, centralized plants — nuclear, coal, or gas — that generate huge amounts of electricity in one place are such easy targets, decentralization is an attractive idea.

And that also means more renewable energy, which is harder to target, cheaper to fix, and faster to deploy.

Chris Alyett, an energy specialist at UK think tank Chatham House said that while a single missile can take out a 250-megawatt coal plant, it would require 40 to destroy the same capacity in wind generation. Solar parks are also more resistant.

“If there is damage to that, it doesn’t necessarily need to take everything out — you could swap new panels in,” Aylett said.

Engineers repairing the grid have helped avert disaster, but some have been killed in Russian “double tap” strikes in the course of their workImage: Vyacheslav Madiyevskyy/REUTERSThese benefits are driving Ukrainian energy companies and NGOs to push renewables. Rooftop solar now covers hospitals, schools, and public buildings. In 2025, the country installed enough to power over a million homes, all while under fire.

Keeping the lights on with renewables

Lena Kondratiuk is part of that effort. She joined the NGO Ecoclub as a volunteer at 18, before taking on a job as renewables analyst there in 2020. After Russia’s full-scale invasion, the organization shifted from advocacy worked and launched the Solar Aid for Ukraine campaign, as power outages became a part of daily life.

At 21, she began managing projects. At first, she was daunted by the responsibility but agreed to it “because of the war, because I understand that, for example, I can die tomorrow.”Lena Kondratiuk travels around the country bringing solar power to communities with NGO Ecoclub Image: Ecoclub

Like many Ukrainians she has learned to adapt. Her work now takes her all over the country, including south to Mykolaiv, about 60 kilometers (37 miles) from the front line. On her first trip to the city, it was being shelled and running on diesel generators.

“I didn’t want to come back to the city because I’m scared,” she says.

Now Kondraktiuk makes the 13-hour trip around once a month, even as Russia targets passenger trains. She loves it there because of the people. “They teach that even during such a war time it’s still possible to find happy moments in your life and continue it.”

Renewable energy as survival

Despite the risks, Kondratiuk has helped bring nearly 90 solar systems online. In places like Mykolaiv, these systems are more than green energy, they are lifelines.

“Renewable energy in Ukraine is not about the climate and sustainability; it’s about surviving now,” says Kondratiuk. “It’s about the access to basic needs.”

These solar and battery systems keep water utilities running during blackouts. They also enable hospitals to operate and children to charge their phones during outages so they can keep in touch with their parents.Hybrid solar and battery systems have proven to be a lifeline for Ukrainians during blackoutsImage: Anatolii Stepanov/AFP

One project she worked on installed solar panels at a care home for women with mental health and neurological conditions. Before the installation, staff woke at 4am to try and prepare meals ahead of power cuts, but the patients often went without warm food.

“And after that they were happy because they have like access to everything,” she says.

Lessons learned from Ukraine

The priority for Ukrainians is to keep power flowing. Nuclear has been essential to that, and without it, experts say Ukraine would be in a far worse position given how much fossil fuel capacity has been destroyed during the war. The country still needs baseload power.

Chris Aylett has been looking at what other countries in Europe can learn from Ukraine’s experience of running an energy grid under constant attack.

“They’ve gone through this terrible experience, they’re continuing to go through it, they’ve shown amazing sort of ingenuity at rebuilding fast and it’s told us a lot about what’s vulnerable and what you need to consider,” he says.The hidden cost of nuclear powerTo view this video please enable JavaScript, and consider upgrading to a web browser that supports HTML5 video

The main lesson is the geographical spread of infrastructure — and that applies regardless of energy source. Diversifying the mix, with more renewables and storage, is another. As is stockpiling the right components that keep a system running — and standardizing them, so restoration takes weeks rather than months.

Alyett says the war, and the conflict in the Strait of Hormuz, have further made the case for rapid decarbonization and renewables in “fossil-fuel poor” Europe, alongside “tackling climate change by reducing greenhouse gas emissions.”

On nuclear’s future, he is pragmatic, saying that in countries such as France, where it is a major energy source, he sees no reason for that to stop. “Ultimately you just want to build out as much low carbon as you can, and make it as secure as you can while you’re doing it.”

Kondratiuk says she’s glad she was born long after Chernobyl — even as she lives through a different kind of disaster in Ukraine, one she doesn’t expect to end soon. But she’s still looking to a time when the war is over.

“I still want to help my country, still want to continue my work at the Ecoclub and I still think that even after the war and after our victory there would be even more work compared to now because we have to rebuild the country and rebuild it in greener and better way,” she says.

Edited by: Tamsin Walker

This story was adapted from an episode of DW’s Living Planet podcast. 
#Ukraine #rebuilding #energy #system #fire

safety of its nuclear power plants. Several reactors disconnected from the grid. One shut down entirely.

“It wasn’t that we were scared,” says Shaun Burnie, recalling that night. “It was that we were terrified.”

For Greenpeace veteran nuclear specialist Burnie, who has worked in some of the most radioactive places on earth, the danger lay in what could have followed.

A man wearing glasses, an orange hard hat, face mask and protective gear standing inside the Chernobyl new safe confinement. He is being interviewed.
Shaun Burnie has been inside the structure protecing the Chernobyl reactor three times and says he’s not keen to have to make too many return visitsImage: Pavlo Siromenko/Greenpeace

Nuclear plants rely on a constant external power supply to run cooling systems for the reactor core and spent fuel. If the grid buckles and plants disconnect, they switch to diesel generators.

In a worst-case scenario, if they can’t reconnect, cooling systems fail and reactors overheat. Ukraine knows what that means. On April 26 1986, a reactor at the Chernobyl Nuclear Power Plant exploded, forcing the evacuation of hundreds of thousands from the area and contaminating large parts of Europe.

“Chernobyl is part of our collective memory. Everyone has family or community stories about it,” says Lena Kondratiuk, a 25-year-old from Rivne in western Ukraine. “And now, during the war, this meaning has become even more real.”

The lasting legacy of Chernobyl

A system under pressure

Though Ukraine still depends on nuclear energy for more than half of its electricity and plans to build more reactors, the worst-case scenario hasn’t happened. But the threat remains as Russia continues to target energy infrastructure.

More than half of Ukraine’s power generation capacity has been damaged or destroyed. UN nuclear watchdog, the International Atomic Energy Agency, has called the situation “the world’s biggest threat to nuclear safety.” 

Because large, centralized plants — nuclear, coal, or gas — that generate huge amounts of electricity in one place are such easy targets, decentralization is an attractive idea.

And that also means more renewable energy, which is harder to target, cheaper to fix, and faster to deploy.

Chris Alyett, an energy specialist at UK think tank Chatham House said that while a single missile can take out a 250-megawatt coal plant, it would require 40 to destroy the same capacity in wind generation. Solar parks are also more resistant.

“If there is damage to that, it doesn’t necessarily need to take everything out — you could swap new panels in,” Aylett said.

A man in an orange hard hat repairing a damaged electricity substation
Engineers repairing the grid have helped avert disaster, but some have been killed in Russian “double tap” strikes in the course of their workImage: Vyacheslav Madiyevskyy/REUTERS

These benefits are driving Ukrainian energy companies and NGOs to push renewables. Rooftop solar now covers hospitals, schools, and public buildings. In 2025, the country installed enough to power over a million homes, all while under fire.

Keeping the lights on with renewables

Lena Kondratiuk is part of that effort. She joined the NGO Ecoclub as a volunteer at 18, before taking on a job as renewables analyst there in 2020. After Russia’s full-scale invasion, the organization shifted from advocacy worked and launched the Solar Aid for Ukraine campaign, as power outages became a part of daily life.

At 21, she began managing projects. At first, she was daunted by the responsibility but agreed to it “because of the war, because I understand that, for example, I can die tomorrow.”

A woman smiling and standing in front of solar panels
Lena Kondratiuk travels around the country bringing solar power to communities with NGO Ecoclub Image: Ecoclub

Like many Ukrainians she has learned to adapt. Her work now takes her all over the country, including south to Mykolaiv, about 60 kilometers (37 miles) from the front line. On her first trip to the city, it was being shelled and running on diesel generators.

“I didn’t want to come back to the city because I’m scared,” she says.

Now Kondraktiuk makes the 13-hour trip around once a month, even as Russia targets passenger trains. She loves it there because of the people. “They teach that even during such a war time it’s still possible to find happy moments in your life and continue it.”

Renewable energy as survival

Despite the risks, Kondratiuk has helped bring nearly 90 solar systems online. In places like Mykolaiv, these systems are more than green energy, they are lifelines.

“Renewable energy in Ukraine is not about the climate and sustainability; it’s about surviving now,” says Kondratiuk. “It’s about the access to basic needs.”

These solar and battery systems keep water utilities running during blackouts. They also enable hospitals to operate and children to charge their phones during outages so they can keep in touch with their parents.

Three men installing solar panels on a rooftop
Hybrid solar and battery systems have proven to be a lifeline for Ukrainians during blackoutsImage: Anatolii Stepanov/AFP

One project she worked on installed solar panels at a care home for women with mental health and neurological conditions. Before the installation, staff woke at 4am to try and prepare meals ahead of power cuts, but the patients often went without warm food.

“And after that they were happy because they have like access to everything,” she says.

Lessons learned from Ukraine

The priority for Ukrainians is to keep power flowing. Nuclear has been essential to that, and without it, experts say Ukraine would be in a far worse position given how much fossil fuel capacity has been destroyed during the war. The country still needs baseload power.

Chris Aylett has been looking at what other countries in Europe can learn from Ukraine’s experience of running an energy grid under constant attack.

“They’ve gone through this terrible experience, they’re continuing to go through it, they’ve shown amazing sort of ingenuity at rebuilding fast and it’s told us a lot about what’s vulnerable and what you need to consider,” he says.

The hidden cost of nuclear power

The main lesson is the geographical spread of infrastructure — and that applies regardless of energy source. Diversifying the mix, with more renewables and storage, is another. As is stockpiling the right components that keep a system running — and standardizing them, so restoration takes weeks rather than months.

Alyett says the war, and the conflict in the Strait of Hormuz, have further made the case for rapid decarbonization and renewables in “fossil-fuel poor” Europe, alongside “tackling climate change by reducing greenhouse gas emissions.”

On nuclear’s future, he is pragmatic, saying that in countries such as France, where it is a major energy source, he sees no reason for that to stop. “Ultimately you just want to build out as much low carbon as you can, and make it as secure as you can while you’re doing it.”

Kondratiuk says she’s glad she was born long after Chernobyl — even as she lives through a different kind of disaster in Ukraine, one she doesn’t expect to end soon. But she’s still looking to a time when the war is over.

“I still want to help my country, still want to continue my work at the Ecoclub and I still think that even after the war and after our victory there would be even more work compared to now because we have to rebuild the country and rebuild it in greener and better way,” she says.

Edited by: Tamsin Walker

This story was adapted from an episode of DW’s Living Planet podcast. 

#Ukraine #rebuilding #energy #system #fire">How Ukraine is rebuilding its energy system under fire

In autumn 2024, Russia launched massive aerial assaults on Ukraine, pounding its energy system and raising fears about the safety of its nuclear power plants. Several reactors disconnected from the grid. One shut down entirely.

“It wasn’t that we were scared,” says Shaun Burnie, recalling that night. “It was that we were terrified.”

For Greenpeace veteran nuclear specialist Burnie, who has worked in some of the most radioactive places on earth, the danger lay in what could have followed.

A man wearing glasses, an orange hard hat, face mask and protective gear standing inside the Chernobyl new safe confinement. He is being interviewed.
Shaun Burnie has been inside the structure protecing the Chernobyl reactor three times and says he’s not keen to have to make too many return visitsImage: Pavlo Siromenko/Greenpeace

Nuclear plants rely on a constant external power supply to run cooling systems for the reactor core and spent fuel. If the grid buckles and plants disconnect, they switch to diesel generators.

In a worst-case scenario, if they can’t reconnect, cooling systems fail and reactors overheat. Ukraine knows what that means. On April 26 1986, a reactor at the Chernobyl Nuclear Power Plant exploded, forcing the evacuation of hundreds of thousands from the area and contaminating large parts of Europe.

“Chernobyl is part of our collective memory. Everyone has family or community stories about it,” says Lena Kondratiuk, a 25-year-old from Rivne in western Ukraine. “And now, during the war, this meaning has become even more real.”

The lasting legacy of Chernobyl

A system under pressure

Though Ukraine still depends on nuclear energy for more than half of its electricity and plans to build more reactors, the worst-case scenario hasn’t happened. But the threat remains as Russia continues to target energy infrastructure.

More than half of Ukraine’s power generation capacity has been damaged or destroyed. UN nuclear watchdog, the International Atomic Energy Agency, has called the situation “the world’s biggest threat to nuclear safety.” 

Because large, centralized plants — nuclear, coal, or gas — that generate huge amounts of electricity in one place are such easy targets, decentralization is an attractive idea.

And that also means more renewable energy, which is harder to target, cheaper to fix, and faster to deploy.

Chris Alyett, an energy specialist at UK think tank Chatham House said that while a single missile can take out a 250-megawatt coal plant, it would require 40 to destroy the same capacity in wind generation. Solar parks are also more resistant.

“If there is damage to that, it doesn’t necessarily need to take everything out — you could swap new panels in,” Aylett said.

A man in an orange hard hat repairing a damaged electricity substation
Engineers repairing the grid have helped avert disaster, but some have been killed in Russian “double tap” strikes in the course of their workImage: Vyacheslav Madiyevskyy/REUTERS

These benefits are driving Ukrainian energy companies and NGOs to push renewables. Rooftop solar now covers hospitals, schools, and public buildings. In 2025, the country installed enough to power over a million homes, all while under fire.

Keeping the lights on with renewables

Lena Kondratiuk is part of that effort. She joined the NGO Ecoclub as a volunteer at 18, before taking on a job as renewables analyst there in 2020. After Russia’s full-scale invasion, the organization shifted from advocacy worked and launched the Solar Aid for Ukraine campaign, as power outages became a part of daily life.

At 21, she began managing projects. At first, she was daunted by the responsibility but agreed to it “because of the war, because I understand that, for example, I can die tomorrow.”

A woman smiling and standing in front of solar panels
Lena Kondratiuk travels around the country bringing solar power to communities with NGO Ecoclub Image: Ecoclub

Like many Ukrainians she has learned to adapt. Her work now takes her all over the country, including south to Mykolaiv, about 60 kilometers (37 miles) from the front line. On her first trip to the city, it was being shelled and running on diesel generators.

“I didn’t want to come back to the city because I’m scared,” she says.

Now Kondraktiuk makes the 13-hour trip around once a month, even as Russia targets passenger trains. She loves it there because of the people. “They teach that even during such a war time it’s still possible to find happy moments in your life and continue it.”

Renewable energy as survival

Despite the risks, Kondratiuk has helped bring nearly 90 solar systems online. In places like Mykolaiv, these systems are more than green energy, they are lifelines.

“Renewable energy in Ukraine is not about the climate and sustainability; it’s about surviving now,” says Kondratiuk. “It’s about the access to basic needs.”

These solar and battery systems keep water utilities running during blackouts. They also enable hospitals to operate and children to charge their phones during outages so they can keep in touch with their parents.

Three men installing solar panels on a rooftop
Hybrid solar and battery systems have proven to be a lifeline for Ukrainians during blackoutsImage: Anatolii Stepanov/AFP

One project she worked on installed solar panels at a care home for women with mental health and neurological conditions. Before the installation, staff woke at 4am to try and prepare meals ahead of power cuts, but the patients often went without warm food.

“And after that they were happy because they have like access to everything,” she says.

Lessons learned from Ukraine

The priority for Ukrainians is to keep power flowing. Nuclear has been essential to that, and without it, experts say Ukraine would be in a far worse position given how much fossil fuel capacity has been destroyed during the war. The country still needs baseload power.

Chris Aylett has been looking at what other countries in Europe can learn from Ukraine’s experience of running an energy grid under constant attack.

“They’ve gone through this terrible experience, they’re continuing to go through it, they’ve shown amazing sort of ingenuity at rebuilding fast and it’s told us a lot about what’s vulnerable and what you need to consider,” he says.

The hidden cost of nuclear power

The main lesson is the geographical spread of infrastructure — and that applies regardless of energy source. Diversifying the mix, with more renewables and storage, is another. As is stockpiling the right components that keep a system running — and standardizing them, so restoration takes weeks rather than months.

Alyett says the war, and the conflict in the Strait of Hormuz, have further made the case for rapid decarbonization and renewables in “fossil-fuel poor” Europe, alongside “tackling climate change by reducing greenhouse gas emissions.”

On nuclear’s future, he is pragmatic, saying that in countries such as France, where it is a major energy source, he sees no reason for that to stop. “Ultimately you just want to build out as much low carbon as you can, and make it as secure as you can while you’re doing it.”

Kondratiuk says she’s glad she was born long after Chernobyl — even as she lives through a different kind of disaster in Ukraine, one she doesn’t expect to end soon. But she’s still looking to a time when the war is over.

“I still want to help my country, still want to continue my work at the Ecoclub and I still think that even after the war and after our victory there would be even more work compared to now because we have to rebuild the country and rebuild it in greener and better way,” she says.

Edited by: Tamsin Walker

This story was adapted from an episode of DW’s Living Planet podcast. 

#Ukraine #rebuilding #energy #system #fire

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