ABB Indonesia, May 2014 Introduction to ABB Tropos Mesh WiFi Outdoor Solutions for Distribution Automation, the Smart Grid and More.

Transcription

1 ABB Indonesia, May 2014 Introduction to ABB Tropos Mesh WiFi Outdoor Solutions for Distribution Automation, the Smart Grid and More ABB Slide 1

2 Summary Solutions Overview Technical Introduction Narrowband Broadband Q&A ABB Group June 12, 2015 Slide 2

3 Public vs Private, Wired vs Wireless Public network infrastructures OpEx rather than CapEx Availability/coverage determined by carrier Private network infrastructures CapEx rather than OpEx Deployment and Quality of Service under utility control ABB Slide 3 Wireline High bandwidth Low latency Typically high deployment costs Wireless Bandwidth and latency determined by technology/spectrum Flexible deployment

4 Wireless Technologies Overview Wireless Networks + Security + Reliability/Performance Private Networks (investment based) Public Networks (fee based) + Low investment + Immediate deployment - Longer deployment - Operation fees - Capital investment - Security/reliability/Perf. V/UHF Modem (Low speed data) Satellite (Low speed data) TETRA MPT DMR V/UHF PMR (Low speed data, voice) Cellular Nets (data and voice) GSM-GPRS-EDGE UMTS-HSPA LTE WiMAX HyperLAN MW PtMP (High speed data) MW PtMP (High speed data) WiMAX ABB Group June 12, 2015 Slide 4 WiFi MW Mesh (High speed data)

5 Summary Solutions Overview Technical Introduction Narrowband Broadband Q&A ABB Group June 12, 2015 Slide 5

6 RF Level Diagram RADIO RADIO db TRANSMIT OUTPUT POWER TX LINE AND CONNECTOR LOSSES TX ANTENNA GAIN FREE SPACE LOSS AND FADING FREE SPACE LOSS RX ANTENNA GAIN RX LINE AND CONNECTOR LOSSES RECEIVE INPUT POWER ABB Group June 12, 2015 Slide 6

7 Summary Solutions Overview Technical introduction Narrowband Broadband Q&A ABB Group June 12, 2015 Slide 7

8 VHF/UHF Radio Modems - Pros & Cons Proprietary system Proprietary standard Frequency ÝLicensed operation ÝNarrowbandwidth ÝHigh output power and RX sensitivity ÝLarge coverage areas ÝNon Line of Sight propagation Performance ÞData transfer only ÞLow data rate ÞMedium/high latency ÝPredictable / Controlled Architecture ÝRelatively simple, PtP and PtMP ÝMedium implementation time ABB Group June 12, 2015 Slide 8

9 Summary Solutions Overview Technical Introduction Narrowband Broadband Q&A ABB Group June 12, 2015 Slide 9

10 MW PtMP (MPtMP) Radio Systems - Pros & Cons ABB Group June 12, 2015 Slide 10 ÝProprietary system ÝOpen standard ÝEnabler to Smart Grid / Smart City Frequency ÝLicense free with special features for mission critical operation ÝWideband channels Gateway ÞLine of Sight is GHz Performance ÝHigh speed data ÝVery low latency ÞStatistical Architecture combination of: ÝMeshed (Picocells) ÝPtMP (Macrocells) STANDBY LINKS Router

11 Selecting a Communication Network Strategy Traditional approach Network per project Build/pay as you go SCADA AMI Distribution Automation Field data applications, Strategic approach Layered communications architecture Supports for current plus future smart grid apps Minimizes incremental spend for additional field applications Harmonized technical solution Effective system architecture

12 ABB Tropos Application Area Utilities/Smart Grid Oil & Gas Mining Smart Cities Ports

13 Tropos Networking for Utilities Broadband Enables Smarter Grid Applications Distribution Automation & Control Automated Metering Renewables Integration Field Data Applications One Network Many Applications Demand Response Outage Management PHEV Integration Power Quality and Planning

14 Operation of the Mesh Network 1 of 5 Self organize This image cannot currently be displayed. Self discovery ABB Slide 14

15 Operation of the Mesh Network 2 of 5 This image cannot currently be displayed. Optimal path selection Automatic reconfiguration with addedd backhaul capability ABB Slide 15

16 Operation of the Mesh Network 3 of 5 Interference causes transient link failure Network reconfigures to route around failure ABB Slide 16

17 Operation of the Mesh Network 4 of 5 Backhaul failure threatens entire cluster Automatic reroute around failed backhaul ABB Slide 17

18 Operation of the Mesh Network 5 of 5 Multi-Radio, Multi-Mode routing makes most efficient use of frequency spectrum ABB Slide 18

19 Mesh Architecture Technical Highlights Standard based solution ABB Group June 12, 2015 Slide 19 IEC b/g/n and a Dual band with frequency channel agility High performance Typically 10+ Mb/s bandwidth <20 ms latency Cognitive radio algorithms (airtime congestion control, power curve ) Adaptive mesh architecture Self organizing and self optimizing Fully redundant, no single point of failure Dynamic routing and path diversity Secure Application based QoS, traffic segmentation FIPS standard, Stationary and mobile reception

20 Electric Utility Applications Current Applications AMR/AMI backhaul Voltage Optimization Demand Management Distribution Automation SCADA Mobile Utility Workers Substation Security Video Security EV charging stations ABB Group

21 QoS and Traffic Segmentation Traffic classification and prioritization Differentiated services over common wireless infrastructure Security and QoS policies per-vlan Supports extension of IT policy and framework DA PQ Sensors IT AMR/AMI Mobile Ops Surveillance SSID: DA SSID: PwrQual SSID: UtilIT SSID: AMI SSID: UtilOps1 SSID: Detect Non Broadcast Non Broadcast Broadcast Non Broadcast Broadcast Non Broadcast 802.1x WPA 802.1x 802.1x 802.1x 802.1x 1 Mbps 500 Kbps 1 Mbps 256 Kbps 1 Mbps 2 Mbps Priority 1 Priority 2 Priority 2 Priority 3 Priority 2 Priority 1 ABB Group

22 ABB_Tropos Product Line Wireless IP broadband mesh routers Highly resilient, high capacity routers for covering broad distribution areas Fixed and mobile models Mesh OS optimized for outdoor wireless broadband environments Directional radio products High capacity, long range PTP and PTMP solutions Used as backhaul for mesh networks and for communications directly to end points Centralized network management FCAPS network management system with open APIs Configure, manage, and monitor thousands nodes connecting millions of endpoints

23 ABB_Tropos Mesh Routers Reliable, resilient, tough Self-organizing, fully redundant mesh >99.99% to >99.999% system availability IP67 weather tight (NEMA 6) Optional battery backup Industry best radios 165 mph wind survivability Lightning, power surge, EMC protected Salt fog rust resistance per ASTM B117 Secure VPN and firewall in every device U.S. government certified Manageable Monitoring, configuration, upgrades, fault management, security Multiple applications High bandwidth: >10 Mbps Low latency: <1 ms per hop Virtual LANs with separate address spaces, security policies and QoS policies Tropos 1410 Tropos 6320 Tropos 1410 Tropos Mobile Tropos 7320 Tropos 3320

24 ABB_Tropos Directional Radio Systems Applications Mesh cluster backhaul Direct communication to assets Broadband communications to fixed facilities Features PTP and PTMP modes on same hardware High capacity and low latency PTP: up to 90 Mbps, PTMP: up to 48 Mbps PTP: <2 ms, PTMP: 3-5 ms Secure FIPS certified, AES encryption Manageable Upgrades, configuration, performance monitoring, and fault management using Tropos Control Multi-application Application-based QoS Traffic segregation using VLANs

25 ABB_Tropos Control: Carrier-Class Network Management Comprehensive control and analysis for wireless networks Manages up to 15,000 routers Historical captures and trend analysis Advanced network optimization Performance management to avoid network outages Simplified, reliable bulk provisioning Quick location-based identification and correction of network faults Identify, locate and isolate client device issues

26 ABB Tropos Mesh Engineering Deployment 5 Ghz and 2,4Ghz Dual Radio / Dual Mode Routing ABB Group Jun

27 Performance Data Rate vs. Link Distance ABB Group Jun

28 Abu Dhabi Electric & Water Authority (ADWEA) Efficient Resource Management, Emirate-wide Over 1 million smart power and water meters in urban, suburban and rural areas connected by Tropos network Tropos network spans >3,000 square miles Built to support multiple Smart Grid applications simultaneously Advanced Metering Infrastructure (AMI) Real-time SCADA substation control Distribution automation (DA) Mobile workforce connectivity Substation video security Street light control

29 Abu Dhabi Electric & Water Authority (ADWEA) Coverage & connectivity Ju

30 Avista Two Smart Grid Projects Underway Both Using GridCom Spokane Smart Circuits Project Goal: reduce outage times through faster detection and isolation of faults 14 substations and 59 distribution feeders serving >110,000 customers Network connects >200 DA devices Pullman Smart Grid Demonstration Project AMI: 13,000 power and 5,000 gas meters DA: 13 feeders and >60 DA devices (reclosers, cap banks, transformers) Part of the Pacific Northwest smart grid demonstration project Opportunity to extend use of networks for additional applications

31 DTE Energy SmartCurrents Project Tropos network bought by customer to replace/augment unreliable cellular network AMI: Backhaul for 800,000 Itron OpenWay power meters DA: communications to 182 devices Opportunity to leverage Tropos network for Smart gas meter backhaul Mobile utility workforce applications

32 Installation Photos ABB Group

33 Installation Photos ABB Group

34 Installation Photos ABB Group

35 Tropos solution Superior to competitive wireless technologies Cellular SCADA Radio Point- Multipoint Tropos Mesh Wifi Reliability Bandwidth Latency QoS Coverage Mobility Security Manageability Future Proof Standards-based Poor Best

36 More Information Argo Antono PT ABB Sakti Industri Power System Telp: ABB Group

37 ABB Group June 12, 2015 Slide 37