ARTO LIND ABB Ability Datacenter Automation. The way to monitor & control your DC infrastructure (DCIM) Datacenter Infrastructure Management

Transcription

1 ARTO LIND ABB Ability Datacenter Automation The way to monitor & control your DC infrastructure (DCIM) Datacenter Infrastructure Management

2 Data Center common functionality DCIM needs to be open to handle functions from different vendors Asset Mgmt 3D-View/CFD Simulation Capacity planning Cooling Optimization The data amount is large, some times only PMS monitoring points can beyond 100, March 2018 Slide 2

3 ABB Ability Data Center Automation Enabling digital enterprise ABB Ability Data Center Automation Control, Monitoring and Optimization for your Mission Critical Infrastructure, with mechanical (BMS), electrical (EPMS) and DCIM capabilities in a single, industrial solution Data center industrialisation is inevitable Data Center Automation takes industrial technologies and applies them to the data center Semiconductors Food & Beverage Pharmaceuticals Chemicals Oil & Gas Automotive Highly available infrastructure Super efficient industrial operations Automated workload management

4 ABB Ability Data Center Automation (DCA) comprehensive DCIM Platform & Integrated System Solution 15 March 2018 Slide 4

5 ABB Ability DCA enable data integration for visibility, decision support and automation Integration supports functionality for: Data center asset management System performance of all facility infrastructure Power consumption of each customer Enterprise financial systems 15 March 2018 Slide 5

6 ABB Ability Integration Command Center Single Pane of Glass Asset Navigation Video Operator Notes Trends Alarms Dashboard Management Documentation One display management system Consistent methods for navigation and display access Supports power, cooling, and IT Provides local and remote display access Improves operational efficiency with better visibility ABB Group 15 March 2018 Slide 6

7 Eliminate the Silos Converged DevOps and Management All physical and virtual infrastructure as one Power 1 Cooling 2 White Space 3 IT PMS Integrate all physical infrastructure EMS monitoring, CMS control and automation BMS Enable optimal management Security of BCM space, power and cooling for the entire facility Network Compute Data Services Establish full IT workload management Network Mon. App. Mon. Substation Switchgear CRACs VFDs Airflow Fire Control Hotspots Server Mon. Utility Meter Generators Power Meters Plug in Strips UPS BCM PDU Chillers Economisers Pressure VESDA 15 March 2018 Slide 7 Business Confidential Comprehensive management of the 3 Cs in your data center: Cost Capacity Control

8 What does a converged Data Center Automation system look like? Common user interface Open hierarchical architecture with standardized integrations Common API for integration with 3 rd -party applications Use of high-availability designs and redundancy (when appropriate) Segmented networks and servers dedicated by system/area/function 15 March 2018 Slide 8 Business Confidential

9 ABB Ability Data Center Automation Typical System Overview Redundant Decathlon Servers with rack mounted KVM EMS Servers PMS Servers BMS Servers Operator & engineering Stations Web Portal Server Intranet Firewall Switch - 1 Control Network - Redundant Ethernet TCP/IP Switch - 2 EMS Network Resilient Ring Ethernet TCP/IP Redundant AC800M Controllers - 2 sets BMS and PMS separate, only one set shown here Chiller Management System (CMS) Level1 HW IO s Level2 Remote HW IO s HW I/Os to Electrical, Mechanical, Sensors and Fire systems PM UMG 509 PQM UMG 512 RDU BCMS Modbus TCP Gateway(s) Modbus RS485 / BACNET / SNMP Level3 Remote HW IO s Protection Relay Level4 Remote HW IO s HT Switchgear DRUPS Main Fire Panel CRAC WDS BTU Meter Redundant I/O Bus Level5 Remote HW IO s Roof Remote HW IO s Transformer Genset FPP VESDA Full bore mag flow meter, temperature sensors. Redundant I/O Controller Hard wired I/Os to Electrical, Mechanical, Sensors and Fire systems

10 Power Management Highly reliable, real-time control over all power Monitoring and control of devices, power systems and meters, including substation, microgrid and on-site power generation, to ensure safe and reliable power distribution, switching and consumption. 15 March 2018 Slide 10

11 Comprehensive Energy Monitoring & Control Power Management Integrated Power Management Common GUI application for complete and integrated power management from a single pane of glass PMS Library for Power control including voltage control, frequency control, active and reactive power control & sharing, peak shaving, load shedding, sharing power among generators and tie-line(s), simulation One integrated Sequence of Events List for root cause analysis with Timeline view List of events Capture device-level waveform, harmonics & SOE Power Quality Monitoring is based on the ABB SDM600 Disturbance Records. Configurable and Reusable Object library and corresponding communication protocol stack for, BCMS system ( for PDU s as well as tap off boxes design) Sequence of event recorder (SER) S800 IO based SOE REF Protection relays/ied s Emax 2 Intelligent breaker PQM meters ( Janitza & one more) 15 March 2018 Slide 11

12 Energy Management Actionable and automated enterprise energy efficiency Monitoring, reporting and analytics of energy utilization including the optimization of the use of supply resources to meet the predicted consumption at minimum total cost. 15 March 2018 Slide 12

13 IACT Datacenters : Datacenter Automation (DCA) Energy and Power Quality Analysis Sequence of Events List Timeline view List of events Can be filtered by device group or device Power Quality Reporting Quick report generation (PDF) Power Quality Analysis COMTRADE analysis COMTRADE data can be downloaded for offline analysis and backup Detailed harmonics and waveform analysis Forward- / reverse- playback of samples for waveform analysis Advanced Analytics tools Compare multiple events within same tool 15 March 2018 Slide 13 Business Confidential

14 Building Management Highly reliable holistic mechanical automation Monitoring and centralised control over facility systems, such as chillers, CRACs, AHUs and the electromechanical plant, including environmental and other physical factors. 15 March 2018 Slide 14

15 Deep Visibility of Asset Data CRAC example 15 March 2018 Slide 15

16 Deep Visibility of IT asset data - FNT integration Rack example 15 March 2018 Slide 16

17 Real-time Data Alarms & Events Control Configuration Planning Reporting ABB FNT integrated solution System Architecture DMZ Live Monitoring Data Historical Monitoring Data (Trends) ABB Ability Data Center Automation Object Configuration & Master Data Tennant Information Asset Sync IT Asset Management Operator Planner 15 March 2018 Slide 17

18 Improve Operations Planning and Dash boarding Analysis of climate, power capacity, and floor utilization per room Current status vs. planned status Climate control and planning (climate devices, re-coolers, climate generators, climate zones, etc.) Forecast and historical data

19 Improve Operations Floor Planning and 3D-Footprint True-to-scale plan Multilayer underfloor, floor, ceiling Calculation of threshold values Detailed 3D component view Analysis of space usage Navigate through the as-is and tobe data center Capacity Analysis for power, climate / cooling, weight, space and ports

20 IT asset Monitoring Intel DCM Monitor & Optimize from: Power consumption Temperature Workload 15 March 2018 Slide 20

21 Automated, Hyperscale and Secure The Industrialized Data Center Industrial, real-time, remote monitoring at component, device, and system levels, including environmental and IT conditions. A unified alarm management system of the entire data center (i.e. power, cooling, IT) with embedded analytics. Secure, centralized control and automation of the facility. Supports full BMS, EPMS and PMs capabilities. Plug-in modules for Condition-based Monitoring, Operations Management, Energy Management and Cooling Optimization. ABB Ability Data Center Automation 15 March 2018 Slide 21

22 Benefits of Converged Infrastructure Capex Opex One control technology One HMI to commission No system integrations No finger-pointing between controls vendors Reduce troubleshooting and rework delays Speed up commissioning time Less training required Cost reductions through lower overhead & coordinated construction activities One contract One site team, one project manager True Single-Pane-of-Glass Alarms, Trends and Reports all work across the entire MEP infrastructure One support contract to manage Fewer spares parts needed Fewer PM visits One support number to call Optimize across all your data center assets Better insight into system behavior Means Reduced Risk 15 March 2018 Slide 22 Business Confidential

23 of today and tomorrow