Architect Liz Gálvez has built a shade pavilion in the courtyard shared by two Los Angeles cultural organisations, Materials & Applications and Craft Contemporary, and used it to make an argument about how cities cool themselves. As reported by Dezeen, the installation — titled Earthen Comforts: Airing Earth — hugs one side of a concrete courtyard using cord and earthen blocks, staging low-tech shade and mass as an alternative reading of the thing we normally call air conditioning.
The framing is deliberate. Rather than treat cooling as a mechanical service piped into a sealed box, Gálvez asks what the building fabric itself can do — how shade, airflow and dense material combine to make a place comfortable before any machine is switched on.
Data & context
The pavilion arrives against a hard backdrop. Space cooling now accounts for roughly 10% of global electricity consumption and is the fastest-growing use of energy in buildings, according to the International Energy Agency — a demand curve driven upward by hotter cities and wider air-conditioning ownership.
Earthen construction is one of the oldest responses to that problem, and its logic is thermal mass: dense material absorbs heat slowly during the day and releases it slowly at night, damping the peaks that make interiors uncomfortable. Gálvez's blocks, as Dezeen notes, sit against an existing concrete courtyard — two mass materials in conversation, one ancient and one modern, both operating on the same physical principle.
~10% — share of global electricity used for space cooling (IEA)
2 hosts — Materials & Applications and Craft Contemporary, the LA organisations sharing the courtyard
What Gálvez isolates in a temporary structure is precisely what heavy construction offers permanently. Concrete and rammed earth are not thermally interchangeable in every respect, but they share the quality that matters here: a slow, stabilising response to Southern California's daily heat cycle.
What this means for the LA market
Los Angeles buyers increasingly ask two questions of a new home at once: will it stay comfortable as summers intensify, and will it survive fire season without a mechanical dependence on a grid that fails during exactly those events. The pavilion answers the first question with material. The interesting move for luxury design is to recognise that the second question has the same answer.
The mass that flattens a heat wave is the same mass that refuses to burn.
A lightweight, well-insulated wood house can be made cool — but only by running machinery, and the machinery stops when the power does. A high-mass envelope holds its interior temperature through a blackout on its own terms. In a market where Public Safety Power Shutoffs and evacuation orders arrive together, passive performance is not a sustainability footnote; it is a resilience specification. Gálvez's experiment, staged in a gallery courtyard, is quietly a manifesto for how serious homes in fire country should already be built.
Looking ahead
Temporary pavilions are where architecture rehearses ideas before they become code. As cooling demand climbs and California's climate rules tighten, the discipline's attention is moving back toward the wall itself — toward mass, shade and airflow as the first line of comfort. The next generation of Los Angeles houses will be judged less by the systems bolted onto them and more by what they are made of.