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Schneider Electric Maximizes Energy Savings by Controlling Data Center Airflow
Presenting a DCIM Cooling Optimize Solution Optimized for Data Center Cooling
Efficient cooling effect that eliminates up to 98% of hot spots, reduced carbon dioxide emissions
As we enter an era where the amount of data held determines a company's competitiveness, the importance of data centers that collect, analyze, and store large volumes of data is increasing.
Schneider Electric Korea (CEO Kim Kyung-rok) provides a solution that improves airflow in data centers to eliminate hotspots, reduce power costs, and decrease carbon dioxide emissions.

DCIM for Cooling Optimize, presented by Schneider Electric, is a solution that helps maintain average temperatures by regulating airflow in data centers. It is software that collects various data through sensors attached to each element of the data center, analyzes it, and controls the system in an optimized state. By significantly reducing power consumption associated with the operation of cooling devices, cost savings can be expected.
Cooling Optimize software continuously learns the impact of all cooling units on the entire rack and then uses that information to automatically adjust cooling unit settings and airflow to provide the appropriate amount of cooling to all racks. This eliminates up to 98% of hot spots and significantly reduces cooling power consumption. In addition, maintaining the average temperature of the data center floor space has the significant advantage of allowing the full utilization of the designed IT load capacity.

Cooling Optimize, which utilizes IoT and artificial intelligence to provide optimal cost-saving solutions for cooling—which accounts for about 40% of total power consumption in data centers—offers the ability to view all factors affecting temperature in real time, such as equipment movement, upgrades, or IT load swings, enabling managers to better understand the temperature environment of the data center floor and take measures to further improve reliability and efficiency.
The Cooling Optimize solution presented by Schneider Electric is a technology that increases the overall value of DCIM by providing a solution that significantly reduces greenhouse gas emissions while simultaneously offering temperature and humidity control cooling capabilities and energy cost savings.
Efficient cooling effect that eliminates up to 98% of hot spots, reduced carbon dioxide emissions
As we enter an era where the amount of data held determines a company's competitiveness, the importance of data centers that collect, analyze, and store large volumes of data is increasing.
Schneider Electric Korea (CEO Kim Kyung-rok) provides a solution that improves airflow in data centers to eliminate hotspots, reduce power costs, and decrease carbon dioxide emissions.
DCIM for Cooling Optimize, presented by Schneider Electric, is a solution that helps maintain average temperatures by regulating airflow in data centers. It is software that collects various data through sensors attached to each element of the data center, analyzes it, and controls the system in an optimized state. By significantly reducing power consumption associated with the operation of cooling devices, cost savings can be expected.
Cooling Optimize software continuously learns the impact of all cooling units on the entire rack and then uses that information to automatically adjust cooling unit settings and airflow to provide the appropriate amount of cooling to all racks. This eliminates up to 98% of hot spots and significantly reduces cooling power consumption. In addition, maintaining the average temperature of the data center floor space has the significant advantage of allowing the full utilization of the designed IT load capacity.
Cooling Optimize, which utilizes IoT and artificial intelligence to provide optimal cost-saving solutions for cooling—which accounts for about 40% of total power consumption in data centers—offers the ability to view all factors affecting temperature in real time, such as equipment movement, upgrades, or IT load swings, enabling managers to better understand the temperature environment of the data center floor and take measures to further improve reliability and efficiency.
The Cooling Optimize solution presented by Schneider Electric is a technology that increases the overall value of DCIM by providing a solution that significantly reduces greenhouse gas emissions while simultaneously offering temperature and humidity control cooling capabilities and energy cost savings.
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