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The Growing Dependence on Chinese Green TechnologyEurope is "sleepwalking" into a series of economic and national security problems because of an over-reliance on Chinese green technology, according to experts. A report co-authored by Michael Collins, a former deputy head of national security strategy at the UK Cabinet Office, described the risks of depending on China for green tech as "serious"."Europe risks sleepwalking into a series of economic and geopolitical national security problems because of over-reliance on Chinese low-carbon technology," he said.China's Dominance in European Green Tech Supply ChainThe report said Europe was heavily dependent on Chinese green technology, with China supplying 98% of the continent's solar panels; 88% of imports of lithium-ion batteries, which are used in smartphones, electric vehicles and large-scale energy storage; and 61% of imports of inverters, which integrate renewable energy with a power grid. Chinese EV brands are also increasingly popular across Europe.Security Threats and Economic ImplicationsThe report said potential threats included China using "kill switches" to remotely disable solar panels, EVs or power grids. However, the report said such an attack was "very unlikely" unless China was at war or near conflict, given the risk of inciting retaliation."The national security risks of dependency on China for low-carbon technology are not the same as dependency on fossil fuel imports – but they are serious," it said, adding: "It is striking how poorly recognised the risks and their impact appear to be."The report claimed it was "very likely" that China used green tech to conduct surveillance, such as using offshore energy infrastructure to track submarine movements or use audio and video captured by EVs.Supply chain disruption, whereby China restricts supply of low-carbon tech and components, whether deliberately or due to unforeseen events such as extreme weather, was described as "likely" by the authors. The prospect of China dependence creating long-term economic harm was characterised as "very likely", with the report saying Europe's industrial competitiveness would be eroded – as shown by Chinese dominance of solar, EVs and batteries."Where the west once led, China now dominates," said the report.Broader Industry and Geopolitical ImplicationsThe report said a host of European industries could be affected by reliance on Chinese green technology, including car and wind tech manufacturing, with AI development also potentially affected. The defence sector also relies on many of the same components and manufacturing techniques as green tech, the report added, and as a result that industry could become more dependent on China as well.As China's importance to Europe's energy systems grow, it will be able to have a greater effect on the continent's ability to stand up to the country during disagreements."Europe does not want to be forced to choose between condemning and opposing Chinese activity in the South China Sea, or keeping their energy transition on track," said the report.It added that the relationship with the US could also make dependence on China problematic, because Washington could demand removal of Chinese suppliers or components.Future Outlook for European Green Tech IndependenceThe report was commissioned by Loom, a non-profit organisation that focuses on economic, environmental and national security issues, and was funded by the New Energy Industrial Strategy Center, a US-based non-profit. It was co-authored by Michal Meidan, the head of the China energy research at the Oxford Institute for Energy Studies.The report highlights the urgent need for Europe to diversify its green technology supply chain and develop domestic capabilities to reduce dependence on China, particularly in critical areas like solar panels, batteries, and inverters that are essential for the continent's energy transition.

The Hidden Cost of the AI Infrastructure BoomAs artificial intelligence accelerates, tech giants are scrambling to secure the electricity required to power their expanding fleets of data centers. This race for energy has led a surprising number of companies to pivot toward natural gas power plants. However, a recent report from BloombergNEF reveals that this fossil fuel reliance is creating a new bottleneck: the cost to build these facilities has skyrocketed by 66% in just two years. The Construction Crisis in Fossil Fuel GenerationThe surge in demand is forcing a fundamental shift in how tech companies approach energy infrastructure. While Microsoft and Meta have historically relied on wind, solar, and grid connections, the sheer scale of AI workloads has pushed them toward "bring your own power" solutions. This strategy involves building dedicated natural gas plants to ensure reliability, but the execution is proving difficult. Supply Chain Bottlenecks and Price Inflation Cost Spike: The price to build a new combined cycle gas turbine (CCGT) plant has risen from less than $1,500 per kilowatt in 2023 to $2,157 last year. Time Delays: Construction timelines have lengthened by 23%, extending the period before these facilities can come online. Equipment Shortage: Gas turbines, which make up 30% of a plant's cost, are seeing prices up 195% over 2019 levels. Backlog: Manufacturing capacity is limited, with waitlists stretching into the early 2030s. The "Bring Your Own Power" DilemmaThe Trump administration's push for data centers to "bring your own power" has accelerated this trend. However, utilities are passing these high construction costs to customers, leading to a growing public backlash against the proliferation of massive data centers. With demand expected to jump from 40 gigawatts today to 106 gigawatts by 2035, the infrastructure strain is becoming a significant political and economic issue. The Renewable PivotNot all tech giants are doubling down on gas. Google is exploring an alternative path by pairing renewables with long-duration energy storage, such as iron-air batteries capable of discharging power over 100 hours. As gas plant costs soar, this renewable-heavy approach may become the more sustainable and cost-effective strategy for the future.

The European Union is actively preparing contingency measures to address potential jet fuel shortages stemming from the ongoing Iran conflict, which has disrupted global oil supply chains through the critical Strait of Hormuz. Despite assurances that no actual shortages exist yet, the bloc is exploring multiple options including increased imports from the United States and implementing new minimum reserve requirements to ensure energy security for the upcoming summer travel season. Key Developments The EU is considering jet fuel imports from the United States as an alternative supply source New minimum reserve quotas are being evaluated to strengthen the EU's fuel security A "fuel observatory" will be established to monitor jet fuel supplies The European Commission is preparing a broad package of energy and transport measures Airlines have been provided with guidance on passenger rights and public service obligations in case of shortages Data & Market Impact The EU's vulnerability is significant, as the bloc imports 30 to 40 percent of its jet fuel needs, with approximately half of those imports coming from the Middle East. The Strait of Hormuz blockade, which normally handles one-fifth of the world's oil and liquefied natural gas supplies, has created substantial uncertainty in global energy markets. While International Energy Agency head Fatih Birol warned that Europe might have "maybe six weeks or so [of] jet fuel left," EU officials maintain that current market pressures are being managed effectively, with no evidence of actual shortages or widespread bottlenecks. Why This Matters The potential jet fuel shortage carries significant implications for multiple stakeholders across Europe and beyond. For travelers, the situation could lead to increased fuel surcharges, flight cancellations, and higher ticket prices during the crucial summer travel season. Airlines face mounting pressure as fuel costs rise, potentially affecting profitability and route planning. The broader economy could experience disruptions in tourism, business travel, and cargo transportation, with ripple effects across multiple industries. Regionally, countries with heavy reliance on Middle Eastern fuel imports may face more acute challenges, potentially exacerbating existing economic disparities within the EU. The situation also highlights the critical importance of energy diversification and strategic reserves in an increasingly volatile global security environment. Expert Insight The EU's measured response reflects a calculated balancing act between addressing legitimate concerns and preventing market panic. Transport Commissioner Apostolos Tzitzikostas' emphasis on market management suggests confidence in the bloc's ability to navigate this challenge through coordinated action rather than emergency measures. The consideration of minimum stock obligations represents a significant policy shift toward greater self-sufficiency in energy security, potentially reshaping long-term energy procurement strategies. The focus on establishing a fuel observatory indicates a recognition that real-time monitoring and data-driven decision-making will be crucial in managing future supply disruptions. This situation may accelerate the EU's transition toward alternative aviation fuels and more diversified supply chains, potentially accelerating the aviation industry's decarbonization efforts. What Happens Next The European Commission's upcoming energy and transport package will likely include concrete measures to strengthen the EU's fuel security posture. We can expect increased diplomatic efforts to secure alternative supply routes and potentially negotiate new import agreements with non-Middle Eastern suppliers. The aviation industry may implement more sophisticated fuel management strategies, including route optimization and increased fuel efficiency measures. The consideration of minimum reserve obligations could lead to new regulatory requirements for member states, potentially reshaping Europe's energy storage infrastructure. Longer term, this crisis may accelerate investment in sustainable aviation fuels and technologies that reduce dependency on conventional jet fuel. The situation will also likely intensify discussions about energy security within the EU, potentially leading to more coordinated approaches to emergency preparedness and response mechanisms.

Donald Trump's presidency has had an unexpected consequence: he has done more to accelerate the energy transition than anyone else alive. Despite fossil fuel companies bankrolling his campaign to hinder the transition, his volatile nature and policies have led to a surge in demand for renewable energy technologies.The recent attack on Iran has caused oil prices to soar, and executives from companies like Chevron have cashed in on record-breaking share sales. However, this has also led to a global surge in demand for electric vehicles (EVs), solar panels, and heat pumps. Inquiries about buying EVs have risen by 23% in the UK, 50% in Germany, and 160% in France.The logic of switching to renewables appears ineluctable. Governments and voters are seeking to reduce their dependency on fossil fuels, and advances in battery technology are making renewable energy more viable. Solid-state batteries and quantum batteries could soon transform the energy storage landscape.Countries that fail to adapt to this new reality will be left behind, facing high bills and insecurity. The UK should invest in grid batteries, heat pumps, and induction hobs, rather than trying to extract the last dregs of fossil fuel from the North Sea. Half-measures offer nothing but delay and wasted costs.The consequences of Trump's actions are far-reaching, and his support for autocrats like Viktor Orbán has contributed to the fall of their regimes. The anti-green campaigning in the UK may have been financed by Russian oil, but greens who were once dismissed as idealistic now look like hard-headed pragmatists and true patriots.