Toward an architecture for integrated gas district cooling with data center control to reduce CO2 emission
Gas District Cooling with Data Center architecture reduces the GDC plant CO2 emission. Chilled water supplydemand gap in the GDC plant increases the CO2 emission. Analysis using real plant operation data shows that DC job scheduler controls IT electricity demand based on the gap model and reduces 1.31.5% of the plant CO2 emission.
gas district cooling data center chilled water job scheduling