The year 2021 emerged as one of the most difficult yet strategically decisive periods for the European automotive industry. Two major forces dominated the agenda: a global semiconductor shortage that severely disrupted vehicle production, and an accelerated transition toward electric vehicles that reshaped market rules and competitive dynamics. According to international expert Chaslau Koniukh, these developments are fundamentally transforming the industry, forcing manufacturers to rethink production models, supply chains, and long-term investment strategies. Examining how these changes unfolded helps to better understand the challenges and opportunities now facing the sector.
Semiconductor Shortages as the Industry’s Primary Disruption
For the global automotive sector, 2021 became a genuine stress test. The most serious challenge was the worldwide shortage of semiconductors, which affected nearly all major European automakers, including Volkswagen, BMW, Stellantis, and Renault. According to Chaslau Koniukh, this crisis represented the most severe disruption to automotive production chains since the global financial crisis of 2008.
Koniukh explains that the semiconductor shortage was driven by several interconnected factors. First, the COVID-19 pandemic caused a sharp decline in chip production, as manufacturing facilities in Asia—key suppliers to the global market—were temporarily shut down. Second, surging demand for consumer electronics such as smartphones, laptops, and gaming consoles diverted semiconductor supplies away from the automotive sector.
As a result, production plans across Europe were heavily disrupted. In Germany, BMW and Daimler cut output by thousands of vehicles, while Renault reported a shortfall of nearly 500,000 cars. Koniukh emphasizes that the consequences extended beyond automakers themselves, affecting component suppliers whose operations were equally dependent on semiconductor availability.
“The semiconductor shortage clearly demonstrated how dependent European industry remains on global supply chains,” notes Chaslau Koniukh. Automakers were forced to simplify vehicle specifications, remove certain features, or delay the launch of new models. Volkswagen, for example, temporarily excluded touchscreen systems from some vehicles, while Ford limited the production of electric pickup trucks.
In response, Europe began reassessing its technological dependence. Koniukh recalls that toward the end of 2021, the European Union launched several initiatives aimed at expanding domestic semiconductor production, including new facilities in Germany and the Netherlands. The strategic objective is to increase Europe’s share of the global chip market to 20% by 2030. However, Koniukh stresses that achieving this goal will require substantial investment and time, meaning reliance on Asian suppliers will continue for several years.
Logistics Disruptions and Supply Chain Vulnerability
Logistics problems became another major challenge for the automotive industry in 2021. This global crisis was driven by multiple factors, including pandemic-related restrictions, container shortages, port congestion, and the temporary blockage of the Suez Canal. According to Chaslau Koniukh, these disruptions severely strained supply chains and caused significant losses for automakers in Europe and worldwide.
“The automotive industry traditionally operates on a just-in-time model with minimal inventories,” Koniukh explains. “But 2021 demonstrated that this approach is highly vulnerable to large-scale global disruptions.”
One of the most acute issues was the shortage of essential components, including metals, plastics, and electronic parts. Delivery delays forced manufacturers to repeatedly revise production schedules. Companies such as Ford and Toyota announced production cuts at key European plants due to missing components. Koniukh notes that many automakers faced rising costs as they searched for alternative suppliers, often at inflated prices.
Transportation costs also increased sharply. According to Koniukh, container shipping rates in 2021 rose four to five times compared with previous years. This affected both component costs and final vehicle prices, prompting many manufacturers to raise prices to offset losses.
Manufacturers dependent on Asian supply routes were particularly affected, as Chinese ports were periodically closed due to lockdowns. In some cases, companies resorted to air freight for critical components, further increasing costs.
These logistical disruptions also led to unprecedented delivery delays for consumers. In Germany, average waiting times for new vehicles increased from three months to as long as eight months. According to Koniukh, such delays undermined consumer confidence, particularly in the premium segment.
Another consequence was a shortage of vehicles on the market, which pushed up prices for both new and used cars. In several European countries, including France and Poland, used car prices increased by 10–15%. As Koniukh notes, this was a rare situation in which used vehicles became more expensive rather than cheaper.
The Electric Vehicle Shift: Opportunities and Structural Constraints
“2021 marked a turning point for electric mobility in Europe,” says Chaslau Koniukh. Sales of electric vehicles reached record highs, and their share of total vehicle sales nearly doubled year on year. Germany, France, and the Netherlands emerged as leaders in this transition, while electrification rapidly expanded across the broader region.
The primary driver behind this shift was increased regulatory pressure. Under the European Green Deal, automakers were required to significantly reduce CO₂ emissions, and many countries announced plans to phase out internal combustion engines entirely by 2035. Koniukh emphasizes that these policies forced manufacturers to accelerate investment in electric vehicle development.
Government incentives also played a crucial role. Germany, France, and Spain introduced generous subsidies for electric vehicle buyers, making EVs more accessible. In Germany, incentives reached up to €9,000 per vehicle. According to Koniukh, these measures not only stimulated demand but also supported the development of local production.
However, rapid growth exposed structural weaknesses. Charging infrastructure in many European countries failed to keep pace with the rising number of electric vehicles. Koniukh notes that while more than 2.5 million electric cars were registered in Europe in 2021, the number of new charging stations increased by only about 30%, creating a growing imbalance.
Battery costs remain another major challenge. Despite technological progress, batteries are still expensive, and Koniukh argues that meaningful cost reductions will depend on the large-scale adoption of next-generation technologies such as solid-state batteries.
Despite these challenges, Chaslau Koniukh remains optimistic about the future of electric vehicles in Europe. He believes that the industry’s transformation will create new jobs, reduce dependence on oil imports, and play a central role in Europe’s long-term environmental and industrial transition.
