Stable Operation Plan of Information System
Total Page:16
File Type:pdf, Size:1020Kb
Ⅰ SUMMARY · · · · · · · · · · · · · · · 3 For the I nformation society Ⅱ Stable operation plan · · · · · · · · · 7 of information system Ⅲ ESS Earthquake response technology · 19 Suggestions for mid- and long-term Ⅳ earthquake response · 33 SUMMARY 1. Configuration of the Information Society 2. Natural disaster threatening the information society 3 1. Configuration of the Information Society Most of modern life has been engaged in computer and communications technology.–Information society Information utilization and management are national competitiveness. Each individual's ability to utilize information influences the happiness of the future. MMTS&ESS Introduction of earthquake disaster response technology of large-scale4 IDC center All Rights Reserved, Copyrightⓒ Entire Safe System Co.,Ltd 2017. 2. Natural disaster threatening the information society MMTS&ESS Introduction of earthquake disaster response technology of large-scale5 IDC center All Rights Reserved, Copyrightⓒ Entire Safe System Co.,Ltd 2017. Reference) Examples of information damage caused by natural disasters Kobe earthquake (issued in 1995, 7.2 A scale) : Caused damage to 1,700 institutions in japan Information and communication system damage Required time for System-specific recovery (the main central banking system) [出處: (財)日本金融情報System Center報告書 1995.11 中間 35號 日本建築學會 :神戶地震被害調査報告書(情報System篇) 3days 1weeks 2weeks 1month 1month over 78% of the damage system caused by the falling & Movement About 30% of Information & Communication equipment takes to recover more than 15 days for recovery operations MMTS&ESS Introduction of earthquake disaster response technology of6 large -scale IDC center All Rights Reserved, Copyrightⓒ Entire Safe System Co.,Ltd 2017. For the I nformation society Stable operation plan of information system 1. Earthquake response technology for Information system 2. Optimization for earthquake response of information system 3. Earthquake response technology of each country for Information system 4. Check items for the earthquake response information system MMTS&ESS Introduction of earthquake disaster response technology of large-scale IDC center All Rights Reserved, Copyrightⓒ Entire Safe System Co.,Ltd 2017. 1. Earthquake response technology for Information system Application of seismic technology □ Seismic Installation : ■It does not prevent vibration Installation of equipment on the building floor without Access floors from being transmitted to the * Build a new center without a access floor : Upper air conditioning, upper tray * Measures against micro-vibration and review of efficiency of air conditioning equipment. □ Seismic Access floor : ■Need fundamental measures Build a Access floor with seismic resistance □ Seismic reinforcement : for the conduction or transfer Reinforcing the existing Accessfloor of equipment □ Seismic fixed : Fixed equipment such as Access floor panels Application of seismic isolation technology < Types of technology > □ Seismic Isolation Table : Ball bearing type Application of earthquake response device in equipment / rack unit □ Seismic isolation Access Floor : Build up the whole floors with seismic isolation LM guide type Rail + Roller type MMTS&ESS Introduction of earthquake disaster response technology of large-scale IDC center All Rights Reserved, Copyrightⓒ Entire Safe System Co.,Ltd 2017. 2. Optimization for earthquake response of information system the way Apply to the unit of equipment Apply to the center in batch shape method Seismic Isolation Table Seismic isolation Access Floor Time of Applied to existing operating Applied introduction system when establishing a new center ●Easy to apply in units of equipment ●Earthquake Responds to All Equipment in the ●Non-stop installation on existing computer center operating equipment ●High Resilience to High Strength Earthquakes ○Equipment installation, relocation difficulties ●Mixed installation with existing Access floor Features ○Ensure vibration displacement space for ●Equipment Installation and Relocation convenience all applicable equipment (same as the existing floor) ○Arranged separately from unapplied ●Ensure a minimum of vibration displacement space equipment ●Using the Access floor as a permanent ○Depends on the safety of Access ○ floors Initial installation period required MMTS&ESS Introduction of earthquake disaster response technology of large-scale9 IDC center All Rights Reserved, Copyrightⓒ Entire Safe System Co.,Ltd 2017. 3. Earthquake response technology related Information system of each country (1/2)- Seismic Isolation Table SP-series (Entire Safe Iso-Base(USA) TCR(JAPAN) Server Utena(JAPAN) SSI(KOREA) System) Worksaftcompany AScompany Yacmo company SAMIK THKcompany Korea USA JAPAN JAPAN JAPAN/KOREA • Friction pendulum system • Friction pendulum system • A kind of friction pendulum • A kind of friction pendulum • LM guide spring type (FPS: Friction pendulum (FPS: Friction pendulum system) system (Cosine rail type) system (Cosine rail type) system) ☞ Excellent durability with ☞ Durability is poor with ☞ Used for light weight ☞ Used for computer servers ☞ Spring elasticity varies cutting pressed plates ☞ Product price is high ☞ Height of equipment is depending on load ☞ plate high Supports aftershocks with self-damping ☞ function Excellent loading capacity: 3.0Ton or more Samsung Electronics and the Held a number of sales IBM, Used in museums and Art Applied to computer server by Applied to some computer Ministry of National Defense Fujitsu, etc. gallery in Japan using roller structure rooms and Art gallery MMTS&ESS Introduction of earthquake disaster response technology of large-scale10 IDC center All Rights Reserved, Copyrightⓒ Entire Safe System Co.,Ltd 2017. 3. Earthquake response technology related Information system of each country (2/2) )- Seismic Isolation Access floor SP-series (Entire Safe System) Iso-Base Worksafe company TCR AScompany korea usa japan Friction pendulum system Friction pendulum system A kind of friction pendulum system (FPS: Friction pendulum system) (FPS: Friction pendulum system) (Cosine rail type) ☞ Excellent durability with cutting plate ☞ Degraded performance under high load ☞ Rail-type technology causes problems in the ☞ Superior mounting capability: 5.0Ton / 1.44m2 or with pressed plate home position under high load more ☞ No delivery cases ☞ No delivery cases ☞ Reserves Abundant Delivery Performance ☞ Installation environment is limited due ☞ Horizontal adjustment function for various installation to the seismic drive part on the lower ☞ Installation environment is limited due to the environments part. seismic drive part on the lower part. ☞ The isolation drive is on the upper part, so it is applicable to various environments Samsung Electronics, Ministry of National Defense, KEPCO, many public institutions No verification of delivery results No verification of delivery results Overseas applications such as China and Vietnam MMTS&ESS Introduction of earthquake disaster response technology of large-scale11 IDC center All Rights Reserved, Copyrightⓒ Entire Safe System Co.,Ltd 2017. 4. Check items for earthquake response Check items Check contents Check Point What is the damping performance against the • Damping performance according to corresponding earthquake? Vibration seismic intensity (* 1) damping What is the response capacity (maximum performance • Vibration Displacement Performance vibration displacement width) for unexpected for Earthquake Response large-scale earthquakes? Perfor mance Undo • Restoration performance after Exactly come back to the original position to recovery performance vibration (* 2) prepare for aftershocks after the vibrations? What is the maximum load capacity of the Mounting • Performance against load variation performance equipment in use or the load of future (ability) • Maximum load capacity equipment? • Flammability and availability of volatile Do not use flammable materials to account for materials fire accidents? Consider • Resilience to expansion and additional Is it convenient for equipment expansion? Opera operating bility expansion Is it possible to replace parts after earthquake? environment • Replacement parts unit capacity Is it possible to provide an optimized product • Customizing the ability to operate the for operating environment? MMTS&ESS environment (* 6) Can we ensure continuity of product production? Introduction of earthquake disaster response technology of large-scale12 IDC center All Rights Reserved, Copyrightⓒ Entire Safe System Co.,Ltd 2017. 4. Check items for earthquake response Check items Check contents Check Point Is it made of materials that are not part replacement due to difficult replacement parts • Durability against vibration (* 3) during operation? Material • Durability against corrosion, wear and Is it a structure that does not have the quality deformation deformation (performance deterioration) of • Use of consumable materials (* 4) components even in the case of vertical durabi vibration? lity Is there a self-leveling function since the • Performance maintenance capability (* 5) leveling ability is directly related to the Structural - Horizontal leveling maintenance of performance? safety driving part Does the initial design value change with time • Whether the design value changes and load fluctuation? MMTS&ESS Introduction of earthquake disaster response technology of large-scale13 IDC center All Rights Reserved, Copyrightⓒ Entire Safe System Co.,Ltd 2017. Reference) check item of seismic isolation equipment(1/6)