From Coal and Steel to Chips and Batteries

The ECSC was a peace project disguised as an industrial treaty. Seventy years later, Europe is running the same play — with semiconductors and lithium instead of coal and iron ore.

By VastBlue Editorial · 2026-03-26 · 20 min read

Series: How We Got Here · Episode 10

From Coal and Steel to Chips and Batteries

The Declaration

On the evening of May 9, 1950, Robert Schuman, the French Foreign Minister, stood in the Salon de l'Horloge at the Quai d'Orsay and read a statement that would restructure Europe's political architecture. The declaration had been drafted in near-total secrecy by Jean Monnet and a small circle of collaborators — Étienne Hirsch, Pierre Uri, Paul Reuter — working out of Monnet's offices on the Rue de Martignac. It had been shared with Konrad Adenauer's government only the previous day. The British had not been consulted. The American government had been informed through back channels, principally through John McCloy, the US High Commissioner in Germany, who had been encouraging precisely this kind of Franco-German initiative. The declaration was simultaneously an act of diplomacy and an ambush.

What Schuman proposed was, on its surface, an industrial arrangement: France and Germany would place their entire coal and steel production under a common supranational authority, open to participation by other European countries. The High Authority, as it was to be called, would have binding decision-making power over the coal and steel industries of the participating states — power that would override national governments. Coal and steel would move freely between member states without tariffs or quotas. Investment decisions, production quotas, and pricing in these sectors would be subject to supranational oversight.

But the declaration's opening paragraph made the actual purpose unmistakable. "World peace cannot be safeguarded without the making of creative efforts proportionate to the dangers which threaten it," Schuman read. The pooling of coal and steel production would "make it plain that any war between France and Germany becomes not merely unthinkable, but materially impossible." This was the key sentence — the one that distinguished the Schuman Plan from every previous European trade agreement, customs union, or industrial pact. It was not primarily about trade. It was not primarily about production efficiency. It was about making war physically impossible by removing from national control the two commodities without which mid-twentieth-century warfare could not be waged.

The pooling of coal and steel production should immediately provide for the setting up of common foundations for economic development as a first step in the federation of Europe, and will change the destinies of those regions which have long been devoted to the manufacture of munitions of war, of which they have been the most constant victims.

Robert Schuman, May 9, 1950

Coal powered the blast furnaces that made steel. Steel made the tanks, the artillery shells, the warships, the railway lines that moved armies. Control coal and steel, and you controlled the material prerequisites of modern industrial warfare. The Ruhr — Germany's coal and steel heartland — had been the arsenal of two world wars and the prize in every European conflict since the Franco-Prussian War of 1870. The Saar, Lorraine, Luxembourg, the Belgian coal basins — these were the territories over which France and Germany had bled for eighty years. Schuman and Monnet's insight was that the problem was not who controlled these resources but that they were controlled nationally at all. Pool them, subject them to a shared authority that neither France nor Germany could dominate unilaterally, and the material basis for war would dissolve.

Monnet's Method

Jean Monnet was not a politician. He held no elected office and had never stood for election. He was a cognac merchant's son from Charentes who had spent the interwar years as a behind-the-scenes fixer — Deputy Secretary-General of the League of Nations at twenty-one, an investment banker in the 1920s, a wartime coordinator of Anglo-American supply chains, the architect of the French Monnet Plan for post-war industrial modernisation. His genius was institutional: he understood that political declarations evaporate, treaties can be repudiated, and alliances shift, but institutions that control tangible economic interests create their own constituencies and become extremely difficult to reverse.

The method was specific and deliberate. Start with a concrete, limited sector — not a grand federation, not a political union, not a constitution, but a defined industrial domain where practical cooperation would produce visible benefits. Build a supranational institution with real authority over that sector — not an intergovernmental forum where national vetoes could block action, but a body with binding powers that transcended national sovereignty. Let the functional benefits of cooperation in one sector create pressure for cooperation in adjacent sectors. Integration would spread not through political rhetoric but through economic logic — what later theorists would call "spillover." You could not pool coal and steel without coordinating transport policy. You could not coordinate transport without harmonising labour standards. Each step of integration created the conditions for the next.

This method was pragmatic to the point of cynicism, and it worked. The Treaty of Paris, signed on April 18, 1951, by France, Germany, Italy, Belgium, the Netherlands, and Luxembourg, established the European Coal and Steel Community. The High Authority — with Monnet as its first president — began operations in August 1952 from its headquarters in Luxembourg. It had the power to set minimum and maximum prices for coal and steel, to levy fines on firms that engaged in discriminatory pricing, to approve or block mergers, to impose production quotas in times of oversupply, and to borrow on international capital markets to fund modernisation investments. These were not advisory powers. They were governmental powers exercised by an institution that no single nation controlled.

6 Founding members of the ECSC — France, West Germany, Italy, Belgium, the Netherlands, and Luxembourg signed the Treaty of Paris in 1951. Britain was invited but declined — a decision it would revisit, and regret, for decades.

Britain's absence was significant. The Labour government of Clement Attlee had nationalised the British coal and steel industries and was unwilling to cede control over them to a supranational authority — particularly one designed by the French. The British position was that cooperation should be intergovernmental, not supranational: governments should coordinate voluntarily, retaining the right to withdraw or veto. This was precisely the model that Monnet had designed the ECSC to supersede, because he understood that voluntary cooperation between sovereign states on strategic economic matters had been tried repeatedly and had failed every time the interests of individual states diverged. Britain's refusal to join the ECSC was the first in a series of decisions — repeated with the European Economic Community in 1957, reversed with belated accession in 1973, and ultimately repudiated with Brexit in 2016 — that placed Britain perpetually outside the core of European integration while being inescapably affected by it.

What the ECSC Actually Did

The ECSC's practical impact on the coal and steel industries was real but complicated. The common market for coal and steel opened on February 10, 1953 — customs barriers and quantitative restrictions on these commodities between the six member states were abolished. Cross-border trade in coal and steel expanded significantly. The High Authority used its powers to break up cartels and eliminate discriminatory pricing practices that had historically distorted the European steel market. It financed worker retraining and resettlement programmes when mines or steelworks closed — an early prototype of the structural adjustment funds that the European Union would later deploy on a much larger scale.

But the ECSC's significance was never primarily about coal and steel. The industries themselves were already entering a period of structural decline when the treaty was signed. Coal consumption in Western Europe peaked in the 1950s as oil and natural gas displaced it for heating, power generation, and industrial fuel. Steel production continued to grow through the 1960s and 1970s but was increasingly challenged by Japanese competition and, later, by new producers in South Korea, Brazil, and China. By the time the ECSC Treaty expired in 2002 — it had been signed for fifty years — the coal and steel industries that it governed were a fraction of their 1951 importance in European economic life.

The real product of the ECSC was institutional. The High Authority became the model for the European Commission. The Common Assembly became the European Parliament. The Court of Justice of the ECSC became the European Court of Justice. The Council of Ministers established the template for the Council of the European Union. Every major institution of today's European Union traces its lineage directly to the ECSC. The coal and steel community was, as Monnet intended, a seed — a deliberately limited, concretely functional institution that grew, through the logic of spillover and the accumulated weight of institutional precedent, into the most ambitious supranational governance experiment in history.

1952–2002 Lifespan of the ECSC Treaty — The Treaty of Paris was signed for fifty years. When it expired, its institutional functions were absorbed into the European Community treaties. The institutions it created — the Commission, the Parliament, the Court — were already governing a continent.

The ECSC also established a principle that would prove foundational: strategic industries — industries whose control conferred geopolitical power — required supranational governance because national control over them was inherently destabilising. In 1951, the strategic industries were coal and steel because they were the material basis of military power. The specific commodities were products of their time. The principle was not.

The New Strategic Commodities

Seventy years after Schuman's declaration, the strategic landscape has shifted completely. No modern war will be decided by who controls more blast furnaces. No modern economy depends on domestic coal production. The industries that confer strategic power in the twenty-first century are different in their specifics but identical in their structural logic: they are industries where dependency creates vulnerability, where concentration creates leverage, and where loss of domestic capability may be irreversible.

Semiconductors are the most obvious case. Every weapon system, every telecommunications network, every power grid, every automobile, every medical device, every data centre, every satellite depends on semiconductors. The global semiconductor supply chain is the most concentrated and least resilient critical infrastructure in the world economy. As of 2025, Taiwan Semiconductor Manufacturing Company (TSMC) fabricates approximately 90 per cent of the world's most advanced logic chips. ASML — the Dutch company whose origins in the Philips Natuurkundig Laboratorium are the subject of Episodes 4 and 5 of this series — holds a complete monopoly on extreme ultraviolet (EUV) lithography machines, without which advanced chips cannot be manufactured. South Korea's Samsung and SK Hynix dominate memory chips. The entire edifice of modern digital technology rests on a supply chain that passes through a remarkably small number of facilities, companies, and geographies.

~90% TSMC's share of advanced chip fabrication — The most advanced semiconductors in the world are manufactured by a single company on an island 130 kilometres from mainland China. European dependence on this supply chain is near-total.

Europe's position in this landscape is one of dependency, partially masked by strength in adjacent segments. ASML's monopoly on EUV lithography gives Europe enormous leverage at one critical node of the supply chain. NXP Semiconductors, Infineon Technologies, and STMicroelectronics are globally significant in automotive chips, industrial semiconductors, and power electronics. The Interuniversity Microelectronics Centre (IMEC) in Leuven, Belgium, is arguably the world's leading semiconductor research institute. But in advanced chip fabrication — the ability to manufacture at the cutting edge, 3-nanometre and below — Europe has essentially no capacity. It designs chips. It makes the machines that make chips. It does not make the chips themselves.

Batteries present a parallel case. The electrification of transport — driven by climate policy, air quality regulation, and the improving economics of electric vehicles — has made lithium-ion batteries a strategic commodity of the first order. The battery supply chain is dominated by China to a degree that makes semiconductor concentration look diversified by comparison. As of 2025, Chinese companies control approximately 77 per cent of global lithium-ion battery cell manufacturing capacity. CATL and BYD alone account for more than half of global production. China controls a majority of global lithium refining, cobalt refining, graphite processing, and cathode and anode material production. The raw materials are mined globally — lithium in Australia, Chile, and Argentina; cobalt in the Democratic Republic of Congo; nickel in Indonesia and the Philippines — but the processing and manufacturing are overwhelmingly Chinese.

77% China's share of global battery cell manufacturing — Chinese firms dominate every stage of the battery supply chain, from mineral refining to cell production. Europe's electric vehicle transition depends almost entirely on this single-source supply chain.

The strategic parallel to 1951 is precise. Coal and steel were the commodities that determined who could wage industrial war. Semiconductors and batteries are the commodities that determine who can sustain a modern economy, field a modern military, and compete in the industries — artificial intelligence, electric mobility, renewable energy, autonomous systems — that will define the next half-century. In 1951, the danger was that national control over coal and steel would lead to another European war. In the 2020s, the danger is that external dependency on chips and batteries will erode European sovereignty — not through military conflict but through supply chain coercion, technological subordination, and the gradual hollowing out of industrial capacity.

The European Chips Act

The European Chips Act, proposed by the European Commission in February 2022 and adopted as Regulation (EU) 2023/1781 in September 2023, is the most significant European industrial policy initiative in semiconductors since the failed JESSI programme of the late 1980s. Its stated objective is to double Europe's share of global semiconductor production from approximately 9 per cent to 20 per cent by 2030 — a target that would require building or expanding multiple fabrication facilities across the continent.

The regulation has three pillars. The first — the "Chips for Europe Initiative" — provides approximately €3.3 billion in EU funding for research, design capacity, pilot production lines, and competence centres. This is not new money for Europe's semiconductor research ecosystem; rather, it consolidates and expands existing programmes, with IMEC and the Fraunhofer institutes in Germany as the primary institutional beneficiaries. The research pillar is the least controversial element because Europe's strength in semiconductor R&D is already established.

The second pillar is the transformative one. It creates a framework for "Integrated Production Facilities" (IPFs) and "Open EU Foundries" (OEFs) — essentially, large-scale fabrication plants that would receive streamlined regulatory approval and access to state aid beyond normal EU limits. This pillar is the direct response to the CHIPS and Science Act in the United States, which allocated $52.7 billion in subsidies to attract semiconductor manufacturing to American soil, and to similar programmes in Japan, South Korea, and India. The European Chips Act does not directly allocate comparable sums from the EU budget. Instead, it creates the legal framework for member states to provide state aid for semiconductor fabs — aid that would normally violate EU competition rules — and estimates total public and private investment of €43 billion by 2030.

The third pillar establishes a monitoring and crisis-response mechanism for semiconductor supply chains, including the power to require companies to disclose inventory data, to prioritise orders for critical sectors during shortages, and to coordinate joint purchasing among member states. This pillar was born directly from the semiconductor shortage of 2021-2023, which forced European automobile manufacturers to cut production by millions of vehicles and exposed the fragility of just-in-time supply chains that stretched across the Pacific.

The centrepiece projects are already materialising. Intel announced a €30 billion investment in a semiconductor fabrication complex in Magdeburg, Germany — a project that has since been scaled back and delayed amid Intel's broader financial difficulties, illustrating the vulnerability of industrial policy to the commercial fortunes of individual companies. TSMC confirmed a joint venture with Bosch, Infineon, and NXP to build a fabrication plant in Dresden, Germany, producing 28/12-nanometre chips for the automotive and industrial sectors. GlobalFoundries expanded its operations in Dresden. STMicroelectronics and GlobalFoundries announced a jointly operated fab in Crosne, France.

Critics note that the 20 per cent target is almost certainly unachievable by 2030, that the funding is inadequate compared to American and Asian subsidies, and that Europe is building capacity in mature process nodes rather than at the cutting edge. These criticisms are valid on their own terms. But they miss the structural point. The European Chips Act is not primarily about market share arithmetic. It is about establishing the principle — and the institutional and legal framework — that semiconductor manufacturing is a strategic capability that Europe must retain or rebuild, regardless of short-term cost-efficiency calculations. This is the ECSC logic applied to a new commodity: not "we must make the cheapest chips" but "we must have the capacity to make chips at all."

The European Battery Alliance

The European Battery Alliance (EBA) predates the Chips Act and in some ways served as its template. Launched in October 2017 by the European Commission under Vice-President Maroš Šefčovič, the EBA was a response to a stark realisation: Europe's automotive industry — the continent's largest manufacturing sector, employing approximately 13.8 million people directly and indirectly — was undergoing an irreversible transition from internal combustion to electric propulsion, and the core technology of that transition was manufactured almost entirely in Asia.

The timing was not accidental. In 2017, the EU was tightening CO₂ emission standards for new vehicles, with targets that would effectively mandate a large share of electric vehicle sales by the late 2020s. European automakers — Volkswagen, BMW, Mercedes-Benz, Stellantis, Renault — were announcing multi-billion-euro electrification programmes. But the batteries that would power these vehicles were being sourced from CATL, LG Energy Solution, Samsung SDI, and Panasonic — Chinese, South Korean, and Japanese suppliers. Europe was creating the regulatory framework that would make batteries essential while possessing almost no capacity to manufacture them.

The EBA was structured as an industry-led platform with Commission coordination — a public-private partnership model that avoided the regulatory complexity of new legislation while channelling both political attention and financial support. Its first major instrument was the Important Projects of Common European Interest (IPCEI) framework, which allows coordinated state aid from multiple member states for projects deemed strategically significant. Two battery IPCEIs were approved — the first in December 2019, involving €3.2 billion in state aid from seven member states for research and first industrial deployment, and the second in January 2021, involving €2.9 billion from twelve member states for innovation across the battery value chain.

The IPCEI mechanism is itself a descendant of the ECSC logic. It recognises that certain industrial capabilities are too important to leave to uncoordinated national action and too expensive for any single member state to develop alone. The mechanism allows what would otherwise be illegal state subsidies, provided the projects involve cross-border collaboration, address market failures, and generate knowledge spillovers beyond the participating firms. It is, in effect, a legalised framework for coordinated industrial policy within a system — the EU single market — that was designed to prevent exactly this kind of state intervention.

€6.1 billion State aid approved under the two battery IPCEIs — Seven and then twelve member states coordinated public investment in battery research and manufacturing, expected to leverage over €14 billion in additional private investment.

The results are tangible but incomplete. European battery cell manufacturing capacity has expanded dramatically. Northvolt, the Swedish startup founded by former Tesla executive Peter Carlsson, opened Europe's first large-scale homegrown battery gigafactory in Skellefteå, Sweden, in 2021 — though the company has since faced significant financial difficulties and entered restructuring. ACC (Automotive Cells Company), a joint venture of Stellantis, TotalEnergies, and Mercedes-Benz, is building gigafactories in Billy-Berclau (France), Kaiserslautern (Germany), and Termoli (Italy). CATL, LG, Samsung SDI, and SK Innovation have all announced or begun construction of European manufacturing facilities — in Hungary, Poland, Germany, and elsewhere. By 2030, European battery manufacturing capacity is projected to reach approximately 1,000 GWh per year, up from less than 50 GWh in 2020.

But capacity is not sovereignty. The majority of planned European battery manufacturing capacity belongs to Asian companies building European facilities — driven by proximity to customers, by EU local content requirements, and by the desire to avoid potential tariffs, rather than by the creation of genuinely European technological capabilities. The upstream supply chain — lithium refining, cathode active material production, anode material processing — remains overwhelmingly concentrated in China. The EU's Critical Raw Materials Act, adopted in 2024, attempts to address this by setting targets for domestic extraction, processing, and recycling of strategic minerals, but the gap between target and reality is measured in decades of investment and geological fortune that cannot be legislated into existence.

The Battery Regulation

Alongside the EBA's supply-side interventions, the EU adopted the Battery Regulation (Regulation (EU) 2023/1542), which entered into force in August 2023 — one of the most comprehensive pieces of industrial regulation ever enacted for a single product category. The regulation establishes mandatory requirements for carbon footprint declarations, recycled content minimums, supply chain due diligence, and — most significantly — digital battery passports for every industrial and electric vehicle battery placed on the EU market.

The digital battery passport is a regulatory innovation with ECSC echoes. By requiring standardised, machine-readable data on every battery's composition, manufacturing history, carbon footprint, and recycled content, the regulation creates an information infrastructure that makes the battery supply chain legible to regulators, customers, and recyclers in a way that no previous commodity supply chain has been. It is the twenty-first-century equivalent of the ECSC's requirement that coal and steel producers disclose pricing and production data to the High Authority — transparency as a precondition for governance.

The regulation also establishes recycled content targets that escalate over time: by 2031, new batteries must contain at least 16 per cent recycled cobalt, 6 per cent recycled lithium, and 6 per cent recycled nickel; by 2036, these targets rise to 26 per cent, 12 per cent, and 15 per cent respectively. These targets are designed to create a circular economy for battery materials within Europe — reducing dependency on imported virgin materials by building a secondary supply chain from end-of-life batteries. The logic is straightforward: if Europe cannot mine its way to raw material security, it can recycle its way there, provided the regulatory framework creates the incentives and the information infrastructure to make recycling economically viable at scale.

The Same Logic, Different Materials

The structural parallel between the ECSC and the contemporary European chips-and-batteries strategy is not a rhetorical convenience. It is an analytical observation about the persistent logic of European integration in strategic industries.

In 1951, the problem was that national control over coal and steel created the preconditions for war. The solution was supranational governance: pool sovereignty over the strategic commodity so that no single nation could weaponise it. In the 2020s, the problem is that external dependency on semiconductors and batteries creates the preconditions for economic coercion and technological subordination. The solution is, again, pooled European action: coordinate investment, harmonise regulation, create cross-border supply chains, and build institutional frameworks that no single member state could construct alone.

The IPCEI mechanism is the direct descendant of the ECSC's supranational authority. It allows member states to act collectively on industrial investment in ways that would be illegal if they acted individually — just as the High Authority exercised powers over coal and steel that no individual government had ceded in any previous treaty. The European Chips Act's crisis-response mechanism — empowering the Commission to require inventory disclosures and coordinate supply during shortages — echoes the High Authority's power to impose production quotas during periods of manifest crisis. The Battery Regulation's transparency requirements echo the ECSC's disclosure rules.

The differences are also instructive. The ECSC governed industries that Europe already dominated — French iron ore, German coal, Belgian steel, Luxembourgish iron and steel. The challenge was coordination, not creation. The Chips Act and Battery Alliance face the opposite problem: Europe must build capabilities that it has largely lost (in chips) or never possessed at scale (in batteries). This makes the contemporary challenge harder in one dimension — you cannot pool what you do not have — but the ECSC precedent demonstrates that the institutional frameworks built for one purpose tend to develop capacities beyond their original mandate. The ECSC was created to govern coal and steel. It generated the institutions that now govern everything from agricultural subsidies to data protection.

The Risks of the Analogy

The ECSC analogy is powerful but imperfect, and acknowledging its limits is necessary to understand what Europe's current industrial strategy can and cannot achieve.

The first limit is speed. The ECSC could afford to be patient because the coal and steel industries were stable, slow-moving sectors where investment horizons were measured in decades. Semiconductor technology evolves on eighteen-to-twenty-four-month cycles. Battery chemistry is advancing rapidly — solid-state batteries, sodium-ion batteries, lithium-iron-phosphate variants — with each generation potentially rendering previous manufacturing investments less competitive. Building a fab takes three to five years; by the time it is operational, the cutting edge may have moved. The institutional patience that served the ECSC well may be inadequate for industries where the technology moves faster than the bureaucracy.

The second limit is scale. The ECSC governed six countries with a combined population of approximately 160 million. Today's EU has twenty-seven member states with wildly divergent industrial capabilities, fiscal capacities, and strategic priorities. Coordinating semiconductor investment between Germany and the Netherlands is substantively different from coordinating it among twenty-seven governments, several of which are actively competing with each other to attract the same fabrication facilities. The IPCEI mechanism mitigates this somewhat, but the political complexity of twenty-seven-member coordination makes every decision slower and every compromise more diluted than it would be with six.

The third limit is competition. In 1951, Europe was not competing with external actors for coal and steel capacity — it was Europe's own capacity, and the question was how to govern it. In 2025, Europe is competing with the United States, China, Japan, South Korea, India, and the Gulf states for semiconductor and battery manufacturing investment. The US CHIPS Act alone allocated $52.7 billion in direct subsidies — a figure that dwarfs European public investment. China's subsidies to its semiconductor and battery industries are estimated in the hundreds of billions of dollars over the past decade. Europe is not reorganising its own industries. It is trying to attract and build industries in a global subsidy competition where it is not the highest bidder.

The fourth limit is the deepest. The ECSC worked because its political purpose — preventing Franco-German war — commanded absolute consensus among the political classes of the participating states. No French or German politician after 1945 could publicly oppose the goal of making war between France and Germany impossible. The contemporary equivalents — "strategic autonomy," "open strategic autonomy," "de-risking" — are contested concepts with no comparable political urgency. Climate policy, which drives much of the battery strategy, is politically divisive across the EU. China policy, which motivates much of the semiconductor strategy, is subject to divergent national interests — Germany's export dependence on the Chinese market creates different incentives than, say, Lithuania's geopolitical alignment with Taiwan. The ECSC had the clarity of purpose that comes from living memory of catastrophe. The Chips Act and Battery Alliance must build consensus from a more ambiguous threat landscape.

The ECSC's founders had an advantage that today's policymakers lack: absolute clarity of purpose. When you have lived through two world wars in thirty years, the argument for pooling sovereignty over the industries of war does not require a white paper. When the threat is supply chain dependency rather than invasion, the political case is harder to make — even when the strategic logic is identical.

Editorial observation

The Pattern Beneath the Policy

Beneath the specific programmes — the ECSC, the Chips Act, the Battery Alliance, the Critical Raw Materials Act, the Net-Zero Industry Act — lies a pattern that has characterised European integration since 1950. Europe does not integrate through grand constitutional moments. It integrates through industrial policy. The ECSC led to the European Economic Community. The EEC led to the Single European Act. The single market led to the euro. At every stage, the engine of integration was not political vision alone but the functional necessity of governing shared economic interests through shared institutions.

The current wave of European industrial policy — chips, batteries, raw materials, clean technology — is the latest expression of this pattern. Each programme creates new institutional frameworks, new cross-border dependencies, new constituencies with economic interests tied to European coordination. Each programme transfers a slice of national sovereignty to supranational mechanisms — whether through IPCEI state aid coordination, Commission crisis-response powers, or mandatory reporting obligations. Each programme generates pressures for further integration in adjacent domains: you cannot have a European battery strategy without a European raw materials strategy, which requires a European mining and recycling regulation, which intersects with environmental and trade policy, which demands coordinated external diplomacy.

This is Monnet's method, updated for the twenty-first century. The materials have changed — lithium and silicon instead of coal and iron. The threat has changed — supply chain dependency instead of military invasion. The institutional complexity has multiplied — twenty-seven members instead of six, with the accumulated acquis of seven decades of integration creating both capabilities and constraints that the ECSC's founders could not have imagined. But the fundamental insight endures: European integration advances through the governance of strategic industries, and the institutions built to govern specific industries develop logics and capabilities that extend far beyond their original mandate.

Whether this wave of industrial policy will be as transformative as the ECSC remains to be seen. The ECSC's success was not guaranteed — it was the product of exceptional circumstances, exceptional leadership, and a measure of historical fortune. Monnet himself considered the ECSC a starting point, not an achievement. "Nothing is possible without men," he wrote in his memoirs. "Nothing is lasting without institutions." The institutions he built from coal and steel outlived the industries they were created to govern. The question for the 2020s is whether Europe's chips-and-batteries institutions will prove equally durable — or whether they will remain programmes rather than becoming the seeds of deeper integration.

The historical evidence suggests that the answer depends less on the specific technologies and more on the political will to sustain investment through the inevitable setbacks — the delayed fabs, the bankrupt startups, the shifting technology frontiers, the electoral cycles that tempt governments to redirect funds to more visible priorities. The ECSC survived because its political purpose transcended economic calculation. Coal and steel were never really about coal and steel. They were about peace. If Europe's chip and battery programmes are to have comparable lasting impact, they too must be about something larger than market share and supply chain resilience. They must be about the continuation of the European project itself — the ongoing, unfinished, perpetually contested work of building shared institutions for a continent that has tried every alternative and found them catastrophic.

Sources

  1. Schuman, Robert. "Declaration of 9 May 1950." Foundation Robert Schuman. — https://www.robert-schuman.eu/en/declaration-of-9-may-1950
  2. Monnet, Jean. "Memoirs." Translated by Richard Mayne. Doubleday, 1978. — https://www.jeanmonnet.eu/en/jean-monnet/memoirs/
  3. European Commission. "European Chips Act." Regulation (EU) 2023/1781, September 2023. — https://eur-lex.europa.eu/legal-content/EN/TXT/?uri=CELEX:32023R1781
  4. European Commission. "European Battery Alliance." Internal Market, Industry, Entrepreneurship and SMEs. — https://single-market-economy.ec.europa.eu/industry/strategy/industrial-alliances/european-battery-alliance_en
  5. Regulation (EU) 2023/1542 concerning batteries and waste batteries. European Parliament and Council, July 2023. — https://eur-lex.europa.eu/legal-content/EN/TXT/?uri=CELEX:32023R1542
  6. Gillingham, John. "Coal, Steel, and the Rebirth of Europe, 1945-1955." Cambridge University Press, 1991. — https://www.cambridge.org/core/books/coal-steel-and-the-rebirth-of-europe-19451955/0C6D1E18F6C4FB3A3E3C8F6B75E96C02
  7. Semiconductor Industry Association. "2024 State of the U.S. Semiconductor Industry." SIA, 2024. — https://www.semiconductors.org/the-sia-annual-report/