Thermal Management Simulation System for TileFlow Data Centers
TileFlow
Data center thermal management simulation software available for operational managers to use in daily tasks with DCIM integration.
TileFlow is a thermal airflow analysis software specifically designed for data centers. It accurately responds to the increasing demands for energy efficiency year after year with advanced algorithms developed by S.V. Patankar. On-site personnel can handle equipment additions and layout changes themselves. Results can be visualized quickly and easily. For data center operations managers, it has a proven track record as a highly efficient software, particularly in the United States and among major data centers. We would be happy to provide a demo explanation upon request. It is also possible to conduct this via a web conference. We can also offer experiential training if requested through our company website. InteRop Tokyo 2017 Special Award in the Management & Monitoring category
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basic information
Airflow simulation software to solve the heat generation problem in data centers 【Features】 ○ Quickly construct thermal analysis simulation models for data sensor installation equipment ○ Equipped with a database of cooling units, opening panels, and server racks from major manufacturers, allowing for flexible placement to model the data center ○ Ability to modify item information in the database or add new items ○ Capable of two types of advanced simulations: underfloor and above-floor ○ Simulation results can be displayed visually in an easily understandable manner ○ Animation of airflow protrusion from opening panels, visually displaying the amount of airflow coming out of the panels ● For more details, please request materials from our website. https://tileflow.jp
Price information
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Delivery Time
P2
Applications/Examples of results
【Applications】 ○ Layout design for data centers ○ Support for CO2 reduction in data center operations management ○ Creation of energy-saving operation support models for data centers ○ Architecture and consulting for data centers, etc. 【Examples of Achievements】 ○ Successfully achieved over 30% power reduction at a certain company's data center ○ Achieved over 20% energy savings by only improving airflow ○ Analysis of the IT core building at Osaka University Cybermedia Center, etc.
Detailed information
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Airflow simulation software to solve the heat generation problem in data centers 【Features】 ○ Quickly build thermal analysis simulation models for data sensor installation equipment ○ Equipped with a database of cooling units, opening panels, and server racks from major manufacturers, allowing for flexible placement and modeling of data centers ○ Ability to modify item information in the database or add new items ○ Capable of two types of advanced simulations: underfloor and above-floor ○ Simulation results can be visually displayed in an easily understandable manner ○ Animation of airflow protrusion from opening panels, visually displaying the amount of airflow coming out of the opening panels ● For more details, please request materials from our website. https://tileflow.jp
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Company information
TileFlow Japan Co., Ltd. was established in April 2011 as part of Innovative Research, Inc.'s Asia-Pacific strategy and has been preparing its organizational structure. It officially began full-scale operations on April 1, 2012 (with TileFlow technical support services implemented earlier). We aim to visualize energy-saving and thermal management technologies through TileFlow, expanding from current management systems for energy management, environmental management, asset management, cable connection management, and power management to future facility planning. By using TileFlow as a core technology and focusing on the iFacility Data Center, we will advance technical support for energy-saving and thermal management in data centers through integrated facilities technology (software + hardware), striving to establish and promote a next-generation integrated system for energy-saving and thermal management in data centers.