new transmission technology on the bay/station level using iec 61850

© A

BB

AG

- 1

-

New transmission technology on the bay/station level using IEC 61850

Study

New transmission technology on the bay/station level using IEC 61850

© A

BB

AG

- 2

-

Single core cable

CAT 7 cable (Twisted Pair)

Ethernet cable, preassembled

Retrospective

New transmission technology on the bay/station level using IEC 61850

© A

BB

AG

- 3

-

Optical fibre cable

Optical fibre cable, preassembled

Coaxial cable

Retrospective

New transmission technology on the bay/station level using IEC 61850

© A

BB

AG

- 4

- a

b

Rectangular Waveguide

New transmission technology on the bay/station level using IEC 61850

© A

BB

AG

- 5

-

Waveguides – in “everyday” life:

Wind instruments: flutes, organ pipes, trumpets, ...

Microwave ovens Transmitters Glass fibre cables ...

New transmission technology on the bay/station level using IEC 61850

© A

BB

AG

- 6

- a

bλ

4

λ4

Rectangular Waveguide

New transmission technology on the bay/station level using IEC 61850

© A

BB

AG

- 7

- a

b

xz

yE

fie

ld H field

Rectangular Waveguide

New transmission technology on the bay/station level using IEC 61850

© A

BB

AG

- 8

-

The future has begun: Waveguides as a transmission medium in medium voltage switchgear

New transmission technology on the bay/station level using IEC 61850

© A

BB

AG

- 9

-

Installation position

Waveguide in a gas-insulated medium voltage panel – ZX2 double feeder panel

New transmission technology on the bay/station level using IEC 61850

© A

BB

AG

- 1

0 -

Installation position – detail view:Waveguide in a gas-insulated medium voltage panel – ZX2 double feeder panel

New transmission technology on the bay/station level using IEC 61850

© A

BB

AG

- 1

1 -

Syste

m a

vaila

bilit

y

EMC

Therm

al in

fluen

ces

Mec

hanic

al in

fluen

ces

Assem

bly w

ork

Expan

dabili

ty

Electrical connection (Twisted Pair CAT 5, RJ 45) + -- + + o o

Optical waveguide connection (Multimode 2G 62.5/125µm) + + o - - -

Hollow conductor (HC) ++ + + ++ + ++

Syste

m a

vaila

bility

Transm

issi

on med

ia

Waveguide

Optical fibres

Comparison: electrical – optical – radio signals

New transmission technology on the bay/station level using IEC 61850

© A

BB

AG

- 1

2 -

View of the present

New transmission technology on the bay/station level using IEC 61850

© A

BB

AG

- 1

3 -

View into the future

New transmission technology on the bay/station level using IEC 61850

© A

BB

AG

- 1

4 -

Use of waveguides - Benefits in potential product applications

Communication to IEC 61850 Control and automation with the necessary safety Robust transmission technology by radio signals without

electrical or optical links High system availability Closed system Small amount of installation work No time-consuming making up of cables Easily extendable – compliant with ZX system technology No interference from outside:

EMC Thermal Mechanical

Merging of process and station levels

New transmission technology on the bay/station level using IEC 61850

© A

BB

AG

- 1

5 -

SYS 600 with gateway functionality

Win XP SP2

AccessPoint

Bay

Lev

elS

tati

on L

evel

NC

C L

evel NCC Uplink

Ethernet 100MB

Meinberg LANTIME/GPSSNTP Server 1

IEEE802.11a

Waveguide

AccessPoint

Integration of third party devices

New transmission technology on the bay/station level using IEC 61850

© A

BB

AG

- 1

6 -

Meinberg LANTIME/GPSSNTP Server 2

SYS 600 with gateway functionality

Win XP SP2

Waveguide

Meinberg LANTIME/GPSSNTP Server 1

AccessPoint

AccessPoint

Bay

Lev

elS

tati

on L

evel

NC

C L

evel NCC Uplink

Hot-Standby Access PointsWatchdog Link

IEEE802.11a

Ethernet 100MB

New transmission technology on the bay/station level using IEC 61850

© A

BB

AG

- 1

7 -