Using WiMAX for Distribution Automation

Transcription

1 Using WiMAX for Distribution Automation Page 1

2 RuggedCom market share of > 50% in the Electric Power T&D Substations market for communications RuggedCom market share Electric Power T&D Substations market (2010), in % RuggedCom 52.4% GarrettCom 9.2% Kyland 7.0% Moxa 6.0% Hirschmann 5.3% Sixnet 3.5% Korenix 2.2% Cisco 2.1% 0.0% 10.0% 20.0% 30.0% 40.0% 50.0% 60.0% Source: ARC Advisory Group - Industrial Ethernet Worldwide Outlook (2010) Page 2 April 3rd, 2012

3 Mission critical communications for harsh environments High Levels of EMI Extreme Temperature Hazardous Locations SHOCK & VIBRATION Million Volt Power Lines Utility Substations -40 to +85 C Outdoor Environments Hazardous gasses Corrosive environments Explosive shock Naval / Military Military Environments Mining & Metals Petrochemical Road side/ Railway Page 3

4 RuggedCom and Siemens - two leaders in industrial communication! Industrial Ethernet IEC PROFINET Information Backbone for all Industries! Page 4

5 RUGGEDWIRELESS W i r e l e s s N e t w o r k i n g S o l u t i o n s Page 5

6 Cagayan Electric Power and Light Company, Inc. [CEPALCO] began its operations in 1952 with a modest power generating capacity of 5000 KW and a customer base of only 750. Today, CEPALCO has over a hundred thousand residential, commercial and industrial customers within its franchise area that covers the City of Cagayan de Oro and the Municipalities of Tagoloan, Villanueva and Jasaan, all in the Province of Misamis Oriental, including the 3,000- hectare PHIVIDEC Industrial Estate. CEPALCO is now the 3rd largest electric distribution company in the Philippines, outside of Meralco. The company s growth in energy consumption has consistently been among the highest in the country. Page 6

7 CEPALCO Goals of Distribution Automation Current situation Manual operation and slow reaction to events and critical situations Future Smarter, proactive and self-healing grid CEPALCO chooses RuggedMAX a 4G Wireless Technology as an alternative for last miles communication infrastructure since fiber and broadband PLC was not economically feasible to deploy Page 7

8 CEPALCO Wireless Requirements Distribution Automation Device Hardware Rugged design, IEC , IEEE 1613 IP67 small form factor to install in recloser control cabinets Power Supply Internal power supply 12, 24, 48 Vdc Optional support for PoE (Power over Ethernet) Interfaces and Protocols Ethernet and/or Serial IEC 61850, support for L2 multicast and VLANs Support for legacy protocols (DNP3.0, IEC ,...) Latency Low latency for control signals, < 100ms Throughput High throughput to support non-operational data Other potential applications: video surveillance, VoIP, AMI backhaul, field force automation, etc. Uplink Biasing Configurable duty cycle, desirable up to of 75% uplink and 25% downlink Range Up to 5-20km Security Encryption, authentication, MAC address filtering Page 8

9 Getting wireless communications infrastructure right is critical Benefits Own Infrastructure Full control over the network, non-dependent on third-party providers Reliability & Availability Additional security, channel availability during emergencies IP Based Communications Private Broadband IP Wireless WAN and MAN Multiple Applications Different applications sharing one common communications architecture Choosing Private Network compared to Public Network Page 9

10 Quad Play Multi Service AMI Backhaul SCADA Distribution Automation Mobile Workforce Broadband Rates Mb/s throughput Wide Area Wireless Coverage 5-40 Km Range Page 10

11 Quality of Service Considerations Quality of service is much more important in wireless networks Page 11

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13 CEPALCO s requirements and benefits Requirements: Coverage, throughput and latency CAPEX Applications: Fault detection isolation and restoration (FDIR) Integrated volt/var control (IVVC) Distribution feeder load balancing Power quality monitoring and planning Enjoy Benefits: Reduce customer outages improving SAIDI/CAIDI indices Reduce energy consumption Lower demand for power Reduce energy losses Manage reactive power Reduce transformer load-tap changer operations Detect capacitor bank failures Page 13

14 CEPALCO s Smart Grid Approach Page 14

15 Phase One RUGGEDWIRELESS W i r e l e s s N e t w o r k i n g S o l u t i o n s Page 17

16 July 2012 CEPALCO installs 4G Base Station at central office Page 18

17 July 2012 CEPALCO deploys Mobile CPE. Connects & Tests: Remote CCTV monitor Remote Control Recloser NLOS Radio Link 12Km Mobile over 80Km/h drive Page 19

18 July 2012 CEPALCO test Mobile CPE next to substation Connects & Tests: Remote CCTV monitor Remote Control Recloser NLOS Substation Radio Link 13Km Triple Single Reclosers Page 20

19 July 2012 CEPALCO deploys Fixed CPE. Connects: Remote CCTV monitor Remote Control Recloser NLOS Radio Link 10Km Form 6 Recloser Control Page 21

20 Technology Delivered as Promised Improved Feeder Automation performance in Distribution Networks Faster fault location and restoration with reduced unnecessary switching IEC interoperable, open standard based on IP and Ethernet communications Private communications network that is more secure, more reliable and cheaper in the long term than leased services from public cellular network 10 times faster than GPRS, 50ms vs. 800ms Reduced System Average Interruption Duration Index (SAIDI) and System Average Interruption Frequency Index (SAIFI) Increased revenue billing Reduced asset maintenance costs Page 22

21 CEPALCO phased deployment Phase One July x Base Stations 2 x Fixed CPE Substation 4x Fixed CPE Cooper Reclosers 1x Mobile CPE Truck Phase Two November x Base Stations 4 x Fixed CPE Substation 45 x CPE Cooper Reclosers 4 x Mobile CPE Truck Phase Three x Base Stations 6 x Fixed CPE Substation 6 x Fixed CPE Generation Plant Backhaul AMI Infrastructure Page 23

22 Build a future proof network Building a scalable, open-standard wireless network that is capable of supporting: o Advanced metering infrastructure (AMI) for electrical/water/gas o Demand response and remote disconnection o Mobile IT AVL, CAD, GIS (Data and Voice) o Fleet and workforce management o Substation automation (SCADA for PLCs/RTUs) o Wide area network visualization o Condition based monitoring (CBM) equipment monitoring o Security video perimeter surveillance (Utility/Police/Fire/Ambulance) o Micro grids control o Hybrid electric vehicles Page 24

23 Phillip Taylor Wireless APAC Director - APAC Phillip.Taylor@siemens.com Ken Yip Senior Sales Executive Australia Ken.Yip@siemens.com +61-(0) Shandy Morco Field Application Engineer (APAC) Shandy.Morco@siemens.com Page 25