EU commissioners shut down air conditioning for employees, leave theirs on
EU officials faced backlash after air conditioning was reportedly shut off on the lower floors of the European Commission’s Brussels headquarters during an extreme heatwave, while upper floors housing senior leaders remained cooled. Commenters use the incident to highlight broader issues: aging building systems and power grids not designed for today’s temperatures, cultural and regulatory resistance to air conditioning in parts of Europe, and the growing public health toll of heat-related deaths. The debate also touches on affordability, permitting barriers, and whether Europe has been too slow or ideologically reluctant to adapt its buildings and energy systems to a warming climate.
Why the AC was shut down
- Several commenters infer the system could not meet cooling demand during the heatwave, so cooling was cut on lower floors to preserve some capacity for upper floors.
- Others point to possible power constraints: high AC use allegedly caused blackouts in nearby EU buildings.
- Some suggest rooftop or central equipment was under‑sized or operating beyond its design temperature, causing shutdowns.
Design limits and climate change
- Many argue the building’s climate system was sized for historic Brussels summers (mid‑20s °C), not sustained ~40 °C heat.
- Analogy: like heat pumps that work in “normal” winters but fail at extreme lows.
- Counterpoint: for a 1960s/1990s‑renovated flagship building, not designing for hotter extremes is called “plain bad design.”
- The architecture (glass façade, heat‑absorbing plaza, little shade) is criticized as emblematic of poor climate resilience.
Fairness, optics, and timing
- Strong reaction to lower floors losing AC while upper, leadership floors reportedly stayed cooled. Framed as a “some are more equal than others” situation.
- Later comments add nuance: shutdown allegedly started around 16:00 on a Friday, rolling floor by floor, with many staff already leaving and AC back on by Monday.
- Conflicting reports: one source claims higher floors were not affected; another states the entire building eventually lost AC. This remains unclear in the thread.
AC adoption, culture, and regulation in Europe
- Longstanding resistance to AC cited: seen as decadent, bad for climate, or “not technically feasible” in old buildings.
- Permits, historic‑facade rules, and neighbor/landlord approvals make installing outdoor units in many apartments difficult.
- Northern Europe now often has reversible heat pumps (“AC via air‑to‑air heat pumps”), while some southern/central regions lag despite hotter climates.
Cost and practicality debates
- Disagreement over affordability: some say ordinary workers can’t afford even portable units; others argue basic mini‑splits or portables are cheap relative to housing costs, with modest running costs.
- Technical constraints: European swinging windows don’t fit US‑style window units; portable single‑hose ACs are widespread but inefficient and noisy.
- DIY workarounds (hoses, cloth seals, cardboard, duct tape) are suggested; skeptics note limited effectiveness in extreme heat.
Heat, infrastructure, and policy context
- Comments link rising heatwaves, grid limits, and under‑built AC to high European heat‑related mortality, contrasting it with US gun and heat deaths (with disagreement over how comparable those metrics are).
- Some blame anti‑nuclear and anti‑AC politics; others note large renewable investments and argue the “nuclear mistake” narrative is overstated.