Buildings Are at the Center of the Climate Challenge
Buildings account for a major share of global emissions, and cooling demand is accelerating as temperatures rise and cities grow.
- Buildings account for ~40% of global energy use
Cooling Demand Is Surging
By 2050, global cooling needs are expected to triple. Without new approaches, this growth will place enormous strain on power grids and increase reliance on fossil‑fuel backup systems.
- Cooling demand is expected to triple by 2050
The Grid Can’t Keep Up
Cooling creates sharp demand spikes during the hottest hours — exactly when renewable energy is least available. Grid upgrades are slow, costly, and often insufficient to meet this rising load.
- Air‑conditioning already consumes 10% of global electricity
Why Traditional Approaches Fall Short
Even the most efficient air‑conditioning systems still depend on electricity at the moment cooling is required. This leads to peak loads, high operating costs, and increased emissions.
- Peak cooling loads are a major cause of grid stress and blackouts
A New Path Is Needed
To meet global climate goals, cooling must become flexible, resilient, and powered by renewable energy stored at the right time — not just when the sun is shining.
- New buildings must adopt low‑carbon cooling to meet climate goals
