Uses reject heat to drive absorption chillers that produce cooling for neighboring buildings, turning a warm-climate liability into a useful cooling supply.
| Climate | Coldnot applicable | Temperateapplicable | Aridapplicable | Tropicalapplicable |
|---|---|---|---|---|
| Water stress | Lowapplicable | Mediumapplicable | Highapplicable | |
| Land context | Greenfieldapplicable | Degradedapplicable | Brownfieldapplicable | Urbanapplicable |
| Community scale | Ruralapplicable | Townapplicable | Metroapplicable |
0–5 illustrative weighting of how this intervention builds each capital. Illustrative Example.
Documented pilot / research deployment.
Documented absorption-chiller reuse designs
| Figure | Value | Source |
|---|---|---|
| Reuse pathway | reject heat → chilled watermedium conf. | Absorption cooling reuse (citation) |
Documented designs pair data-center reject heat with lithium-bromide absorption chillers so warm exhaust becomes district cooling.
How it maps herePILOT-tier; makes heat reuse viable where district heating demand is absent (warm climates).
Illustrative model. The Regen Data Center is an educational reference model. Figures shown are either externally cited or tagged as illustrative examples; interactive outputs are illustrative and not offers, financial advice, or guarantees. Operating, announced, and proposal precedents are labeled distinctly throughout. Nothing here recognizes, certifies, or constitutes a VLAS-verified asset.
Regen Data Center · v0.15.1