Power Automation Solutions with the IEC standard

Transcription

1 Power Automation Solutions with the IEC standard Advantech Europe B.V. Jash Bansidhar June 2014

2 Development of the Standard IEC was developed specifically to enable multi-vendor systems for substations To improve technical features/reliability To reduce cost To facilitate commissioning and installations To enable retrofits Fast TTM Smart Grids Base standards Europe IEC US DNP 3.0 protocols Mandated 1 st in China (2011) Snowball BRIC, ME & A US (Blackout 2003), Europe

3 Multi-vendor Systems Software Networking, IEC SoftPLC RTU Convertors for non products Switches, Serial-to-Ethernet, Gateways Power meters Bay control Protection Merging unit Phasor measurement

4 61850 Positioning 61850

5 The standard includes Physical standards Software communications protocols

6 Physical standards Lightning, Rain, Transformers, Switchgears, Security, Transmission Cables Shock & Vibration Cableless, connectorless designs, SSD Function IEC China Electricity IV CE/FCC Electrostatic discharge Contact: 8 KV Air: 15 KV Contact: 8 KV Air: 15 KV Contact: 4 KV Air: 8 KV Radiation 35 V/m 30 V/m 10 V/m Fast transients 4 KV (Power) 2 KV (I/O) 4 KV (Power) 2 KV (I/O) 2 KV (Power) 1 KV (I/O) Surge 4 KV (Diff) 2 KV (Common) 4 KV (Diff) 2 KV (Common) 2 KV (Diff) 1 KV (Common) not sufficient near heavy electrical equipment

7 Non Standardization in Industry Process Automation Factory Automation Interoperability issue Proprietary Multi Architectures Single vendor Building Automation Real-Time Redundant Network Protocols Turbo Ring, HIPER Ring, Turbo Chain, S-Ring, N-Link, REP, X-Ring, CyberRing, O-Ring, Beacon Redundancy, Cross-Network, Media Redundancy

8 IEC Drives the separation of hardware and software, creation of middleware. Creates a new breed best-of-breed of independent platforms and applications for Energy Automation.

9 IEC The only true global standard for Energy Automation HW & SW communication end-users, integrators, producers, consultants Includes adoption of HSR/PRP for redundant networking PRP & HSR are global standards in ring redundancy High-availability Seamless Redundancy (HSR) is a redundancy protocol for Ethernet (standardized as IEEE 802.3) networks HSR is a daisy chain network redundancy feature which provides instantaneous healing in the event of a failure Parallel Redundancy Protocol (PRP) is a standardized data communication network. PRP is a dual-network architecture system that provides instantaneous ring healing by virtue of two always on connections

10 Typical Automation Infrastructure 100% Power Uptime Redundant platforms Non PRP devices can also connect PRP/HSR in ipc avoid additional switches High speed data sampling (GOOSE), protocol conversion IRIG B time synchronization Serial, Fiber, Ethernet HSR capable devices Battery PRP/HSR is the first to gain global acceptance in an industry, and is now migrating from Substations to Factories, Trains, and Motion Control.

11 IEC Hardware Platforms Industrial PC s - Intel Core i7 & ATOM Modular & Fixed IO, Fibre-optic, GbE, IRIG-B, Redundant HDD/SSD, PSU, 48V DC, V AC/DC Controllers Redundancy Modular local and remote IO V AC & 24V DC Data Sync RTU s Intel ATOM, PC-104 expansion, IRIG-B RISC, isolated COM ports, DI/O, AI

12 IEC SoftPLC in Energy SoftPLC IEC Basic components Run-time Configurator Protocols Integration with SCADA IDE HMI AUTOMATION Runtime COMMUNICATION

13 SCADA Communicating with Protocols DNP3.0 and IEC protocols for remote KEMA-certified protocols SCADA & SoftPLC integration Run on data-centre servers, IPCs or multi-touch, widescreen HMIs 1000 s devices in field, small, low-power consumption SCADA integration Decide where to hold the data: near the source or centralized?

14 Trend IEC in the Process Industry Process Automation Factory Automation ABB LatAm Single System to integrate Process and Substation Management Building Automation Real-Time Redundant Network Protocols Turbo Ring, HIPER Ring, Turbo Chain, S-Ring, N-Link, REP, X-Ring, CyberRing, O-Ring, Beacon Redundancy, Cross-Network, Media Redundancy

15 Conclusion Future-proof global standard Supported by all stakeholders in substation automation Fully-supported by manufacturers for multi-vendor architectures Software, Hardware, Middleware, Consultants Demanded by end-users Accepted by system integrators

16 Thank you!