The story of infrastructure in capitalist vs. socialist systems
A friend recently traveled to Germany and recounted how a delayed train caused him to miss his return flight.
This surprised me greatly, considering that when I lived in Germany back in 1997, Deutsche Bahn was so punctual you could literally set your watch by it.
During that time, I interned at Mercedes Benz in Stuttgart. I could precisely time my walk from the apartment to the bus stop and then seamlessly catch a train to the office with less than five minutes of waiting combined.
The coordination between buses and trains was impeccable; a quick two-minute walk was paired with about two minutes of waiting. Both services operated with clockwork precision.
I had a particular appreciation for DB since I traveled extensively across Germany most weekends using the 35-Mark Schones-Wochenende Ticket, which unfortunately was discontinued in 2019.
One winter in 1997, while hiking with friends in the Black Forest near Baden-Baden, we got lost. We only managed to escape the cold night by stumbling upon a railway track that led to a small rural station. The warm glow of the platform lights is etched in my memory even now.
Since then, I’ve held German railways in very high esteem.
So, hearing about the delays and poor service reported by my friend felt unbelievable.
This prompted me to explore what has happened to Deutsche Bahn over the past three decades. In short, things have deteriorated significantly.
Today, DB considers a train “on time” if it arrives less than six minutes late—a stark contrast to its near-perfect punctuality in the 1990s.
Even by this relaxed standard, punctuality ranges between 50% and 60%, falling short of DB’s own 70% target.
The official reasoning points to aging infrastructure, extensive construction work, and overcrowded tracks.
However, deeper investigation reveals that the root cause lies in a flawed privatization effort launched in 1994, which resulted in decades of severe underinvestment in infrastructure.
The 1994 Bahnreform merged the former East and West German state railways and tasked DB with operating as a profit-driven private corporation in preparation for a planned stock market IPO.
To court investors, DB focused heavily on cutting costs rather than maintaining public service quality.
This led to drastic staff reductions, outsourcing of maintenance, and diversification into global logistics firms like DB Schenker, shifting attention away from domestic rail operations.
Under the banner of improving efficiency, many physical components of the network were stripped away to save money.
Almost 8,000 kilometers of secondary routes were dismantled, alongside thousands of track crossovers, passing loops, and sidetracks.
Back in 1997, if a train was delayed or experienced a breakdown, dispatchers could easily reroute it using these spare tracks.
Now, the network lacks these redundancies. A stalled commuter train near Frankfurt can cause a cascading shutdown similar to a breakdown on a single-lane highway, triggering delays nationwide.
The issue is exacerbated by the shared use of tracks by high-speed Intercity Express (ICE) trains, slower regional commuter services, and heavy freight transport.
By contrast, China’s high-speed rail and France’s TGV mostly run on dedicated tracks designed solely for fast passenger trains.
While DB’s physical network was dramatically reduced, ridership rose from 1.5 billion passengers in 1994 to 2.4 billion today.
During the 1990s, living close to work was still common in Germany. Over the last 30 years, soaring housing prices in major cities like Frankfurt, Munich, Berlin, and Hamburg have pushed many workers into more distant suburbs and towns.
This has triggered a surge in commuting, with millions traveling much longer distances daily.
Currently, the Deutsche Bahn system runs near 100% capacity nearly all the time. This leaves little room for even minor delays, which can quickly escalate into widespread disruption.
Worsening the situation are Germany’s stringent debt constraints, which heavily limit government spending.
Compared to neighboring countries, Germany invests far less in rail infrastructure—for example, Switzerland spends over €400 per citizen annually, while Germany typically invests only about €100.
The troubled privatization of Deutsche Bahn echoes challenges seen in similar projects such as Thames Water in the UK.
When the UK government privatized water services in 1989, Thames Water was transferred to private investors with a clean balance sheet and no debt.
However, subsequent owners treated it as a lucrative cash source, loading it with debt while extracting significant management fees and dividends for shareholders.
Rather than reinvesting in aging Victorian-era pipes and treatment facilities, money was diverted away from essential upgrades, resulting in a debt ballooning to around £20 billion by 2026.
This financial maneuvering brought short-term returns for investors but led to severe infrastructure deterioration.
Thames Water has become infamous for discharging billions of liters of untreated sewage into the River Thames and other waterways.
Due to outdated infrastructure, 25% of treated water never reaches consumers, leaking from pipes beforehand.
During severe droughts and heatwaves, Thames Water frequently enforces extended hosepipe bans because the system lacks the resilience to ensure water security.
Many privatized public utilities display this recurring trend of chronic neglect, cost-cutting, and unsustainable debt, enriching financial investors at the expense of service quality.
Both Deutsche Bahn and Thames Water stand as examples of public asset deterioration under rentier capitalist models prioritizing investor profits.
By contrast, Chinese infrastructure remains largely publicly owned.
While Europe and the US often take a reactive, austerity-driven approach focused on revenue extraction, China pursues anticipatory, supply-led infrastructure development—building well ahead of projected demand.
In the 1990s, China’s rail network was still outdated and prone to frequent breakdowns.
I recall enduring non-air-conditioned train rides in the summer when the Beijing to Chongqing service once broke down due to engine failure on my way home from college.
That journey used to take 40 hours, whereas today the same trip on high-speed rail lasts under seven hours.
When China launched its high-speed rail expansion in 2004, Western media dismissed it as wasteful and unlikely to ever recoup costs.
Despite skepticism, China has constructed over 50,000 kilometers of high-speed rail in the last two decades, accounting for more than 70% of the world’s capacity.
Just recently, four new high-speed rail lines were completed across four provinces, adding 1,142 kilometers to the network.
One notable route is the 318-km Harbin–Yichun Line, marking China’s northernmost high-speed rail line crossing alpine permafrost regions.
The system now covers 97% of cities with populations over 500,000, operates on exclusive tracks, and achieves 98% departure and 95% arrival punctuality rates.
Instead of pursuing profitability for every route, China’s high-speed rail functions as a public good that delivers broad economic and social advantages nationwide.
Deutsche Bahn and China Rail exemplify two fundamentally distinct operational philosophies, resulting in stark differences in service quality and economic impact.
Building ahead of demand vs. Managing declining assets
China’s infrastructure approach is based on the conviction that constructing large, high-throughput transport networks creates economic growth and future demand, rather than merely reacting to it.
By developing the world’s most extensive high-speed rail system ahead of full usage, China avoided typical growth bottlenecks.
Conversely, Germany strictly follows a “just-in-time,” profit-focused model.
New investments are only approved once existing capacity is demonstrably maxed out.
Consequently, by the time upgrades are planned, funded, and completed, demand has already far surpassed capacity, causing the network to perpetually fall behind.
China recognized early that combining fast passenger trains and slow freight on the same tracks limits efficiency. Thus, Beijing constructed separate dedicated routes for its high-speed Fuxing and Hexie trains.
Germany, seeking savings, avoided building new corridors and forced fast commuter trains to share tracks with heavy freight trains.
A single slow freight breakdown can bring the entire express network to a standstill.
Economic Multiplier vs. Direct Profit
The Chinese government treats high-speed rail as an economic catalyst and public utility.
Even if individual routes operate at a loss or carry heavy debt, investments are justified by the vast productivity, regional cohesion, and urban growth they stimulate.
In contrast, Germany’s 1994 privatization reduced Deutsche Bahn to a commercial enterprise where success meant cutting costs and turning direct profits—resulting in chronic neglect of infrastructure maintenance.
One might expect the German model to at least have delivered strong investor returns, despite lower societal benefits compared to China.
Yet, ironically, it has failed investors as well.
Deutsche Bahn found itself in a financial “worst of both worlds” situation.
Typically, cutting maintenance to boost short-term earnings raises dividends or stock prices in capitalist contexts.
But since DB’s privatization was incomplete, it achieved neither. The German government remains the sole owner after the IPO plan was abandoned over twenty years ago.
Running down the network to reduce costs created mounting long-term liabilities.
Instead of producing substantial dividends, DB has cost taxpayers billions through bailouts, recently announcing a €2.3 billion net loss.
To manage crushing debts, DB had to sell its profitable worldwide logistics arm, DB Schenker, merely to stabilize finances.
By treating this essential public monopoly as a private business, Germany ended up creating a bottleneck that costs the broader economy billions annually in lost productivity.
China’s model operates on a completely different financial logic.
In its socialist market economy, major infrastructure is directed by the state through State-Owned Enterprises (SOEs).
Though China Rail carries large debts from its vast high-speed network construction, these losses are borne by the government.
From Beijing’s viewpoint, direct financial returns on the rail lines themselves are secondary to the overall societal and macroeconomic returns.
By linking distant cities, the state reduces transportation friction, boosts real estate values, integrates labor markets regionally, and fosters economic mobility.
The government effectively subsidizes fares to capture wide-reaching tax revenues and stimulate growth across society.
A prime example is Guangdong’s Greater Bay Area, where seven cities—including Guangzhou, Shenzhen, and Hong Kong—are interconnected through high-speed rail, metro, and highways.
This cluster features unprecedented supply chain density and is recognized by the UN’s World Intellectual Property Organization as the world’s most innovative urban region, ahead of Silicon Valley.
This principle extends to nearly all natural monopolies—telecom, utilities, highways, and banking—where Beijing firmly retains public ownership rather than permitting private rent-seeking.
The German capitalist approach attempts to isolate Deutsche Bahn and demand direct profitability for the “box” itself. China’s state-driven paradigm sees the railway as a vital component of the national economic engine.
Ultimately, Deutsche Bahn’s three-decade long experiment shows that squeezing micro-profits from critical public monopolies often causes systemic failure.
Original article: huabinoliver.substack.com
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