Deadly heatwave strains European infrastructure, boosts AC sales
A record-breaking heatwave moving east from France is straining rail networks and power grids while driving a sudden surge in air conditioning sales across unprepared European markets.
A deadly heatwave that has killed dozens in France is moving eastward, pushing temperatures past 41 degrees Celsius and disrupting European transport networks. After breaking June records in Britain, France and Switzerland, the system reported a preliminary German record of over 41 C near Saarbruecken on Friday, according to public broadcaster ARD.
The extreme heat is exposing the vulnerability of the continent's infrastructure to rising temperatures. German national rail operator Deutsche Bahn has allowed customers to cancel long-distance bookings into early next week without charge. The company warned that intense sun, combined with heightened risks from thunderstorms and wildfires, is placing particular strain on tracks, signals and overhead wires.
The wider economic fallout is becoming clear as farming suffers, cultural landmarks close and hospitals struggle to cope. In France, the heat disrupted both rail travel and power supplies, suspended schools and triggered alcohol bans, while Ironman European Championship organisers in Frankfurt shortened Sunday's racing courses.
The weather pattern, known as an Omega block, traps a mass of hot air over a region while cooler air sits on the fringes. It has pushed temperatures up to 18 C above the seasonal average, according to the Reuters Climate Monitor. This is driving a sudden shift in consumer markets, with Asian air conditioning manufacturers reporting a European sales boom, highlighting that most Northern European housing stock is built to keep heat in rather than temper it.
"The heatwave is going to peak at the weekend, well over 40 degrees in some parts of Germany," said Karsten Brandt, a meteorologist at weather forecasting site Donnerwetter.de. Heavy thunderstorms are expected to break the heat on Sunday, though the World Meteorological Organisation forecasts the system will advance into Central Europe and the Balkans by month's end. Scientists noted that such night-time temperatures have been made 100 times more likely by manmade climate change compared to two decades ago.
