EU commissioners shut down air conditioning for employees, leave theirs on

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.