Energy T & D

From Poletop to 600 KVDC

Substation automation is from the smallest poletop that require a few I/O to the large installations that has PRP & HSR with redundant controllers on a fiber optic network. Brodersen has the complete solution.

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Parallel Redundancy Protocol, PRP
High-availability Seamless Redundancy, HSR
Both are standardized redundancy protocols for industrial automation networks that require zero recovery time.
PRP/HSR products are suitable for electrical substation automation and mission-critical applications that cannot tolerate any system downtime.
IEC 62439-3 Clause 4 = PRP
IEC 62439-3 Clause 5 = HSR
Project: Power Substation Automation • End user: N/A • Consultant: GE • Contractor: GE • Description: Substation Automation using the RTU32M with 61850 Client and standard I/O modules
GE
GE
Project: Electricity Network Monitoring and Metering • End user: N-ergie Germany • Client: ABB • Description: Monitoring and metering in more than 1700 outstations using IEC60870-5-101, IEC1107, and 102
N-ergie
N-ergie
Project: Power Substation Automation • End user: BP • Consultant: Powell Industries • Description: Redundant setup of RTU32 with IEC61850 Client&Server + Modbus Client & Server and Brodersen Native Binding Protocol
Powell Industries
Powell Industries
Project: Hydro Power Plant Management • End user: Statkraft Norway • Contractor: Alstom • Description: Complete plant control and regulation. Project met highest level IEC60870-5-104 Statkraft requirements for redundancy, etc. Obtained KEMA certification
Statkraft Norway
Statkraft Norway
Project: Power Substation Automation • End user: BOTAS Turkey • Consultant: SPP Engineering • Description: Implemented +100 RTU32S for substation control and monitoring using DNP3 and Modbus
BOTAS Turkey
BOTAS Turkey
Project: Power Substation Automation • End-user: Tedas, Turkey • Contractor: SPP Engineering Ltd. • Consultant: SPP Engineering Ltd. • Description: Power Substation Automation using +100 Brodersen RTU32 for control and monitoring. Protocols are DNP3 and Modbus with implementation of IEC-61850 for future use
Tedas, Turkey
Tedas, Turkey
Project: Energy Management • End-user: Electricity Supply Board (ESB) Ireland • Consultant: EFT Ireland • Description: EFT use Brodersen RTUs in conjunction with their Energy Management software to identify and monitor ESB customer energy usage by sub-metering of appliances, etc.
Electricity Supply Board Ireland
Electricity Supply Board Ireland
Project: Power Station Automation • End-user: Sanofi-Aventis • Description: 34 power stations controlled and monitored by the Brodersen RTU32. This includes high uptime requirements for critical operations and supporting redundancy
Sanofi-Aventis
Sanofi-Aventis

GE Energy – uk

Project: Power Substation Automation
End user: N/A
Consultant: GE
Contractor: GE
Period:  2020
Description: Substation Automation. The project is based on RTU32M with 61850 Client and standard I/O modules

GE Energy – Spain

Project: Power Substation Automation
End user: N/A
Consultant: GE
Contractor: GE
Period:  2015
Description: Substation Automation. The project is based on RTU32 with 61850 Client and standard I/O modules

POWELL Industries – UK

Project: Power Substation Automation
End user: BP
Consultant: Powell Industries
Contractor: Powel Industries
Period: 2014-2015
Description: Power substation Automation. The project is based on redundant  RTU32 with 61850 Client & Server + modbus client & Server + Brodersen native Binding protocol.

YEDAS – Turkey

Project: Power Substation Automation
End user: Yedas
Consultant: GE (General Electric)
Contractor: GE (General Electric)
Period: 2013-2014
Description: Power substation Automation. +100 RTU’s where used for control and monitoring the substations. Up to 26 IED were connected to each Brodersen RTU32. The IED’s use 61850 and were converted to 60870-5-104 by the RTU’s before sent to YEDAS SCADA. Larger sites were above 35K variables. SNMP was used for synchronizing the substations to central SCADA.

TEDAS – Turkey

Project: Power Substation Automation
End user: TEDAS
Consultant: SPP ENGINEERING LTD.
Contractor: SPP ENGINEERING LTD.
Period: 2012-2013
Description: Power substation Automation. +100 RTU’s where used for control and monitoring the substations. Main protocol was DNP3 & Modbus. 61850 was not used in the project, but was implemented as for future use.

BOTAS – Turkey

Project: Power Substation Automation
End user: BOTAS
Consultant: SPP ENGINEERING LTD.
Contractor: SPP ENGINEERING LTD.
Period: 2013-2014
Description: Power substation Automation. +100 RTU’s where used for control and monitoring the substations. The  RTU32S was used with mains protocol DNP3 & Modbus.

Sanofi-Aventis – France

Project: Power Station Automation
End user: Sanofi-Aventis
Consultant: N/A
Contractor: N/A
Period:  
Description: Plant Power Automation. 34 power stations controlled and monitored by Brodersen RTU32. Task includes uptime critical requirements and sites with redundant setup.

Alstom – Norway

Project: Hydro Power Plant Management
End user: Statkraft, Norway
Consultant: N/A
Contractor: Alstom
Period: 2008
Description: Monitoring and control of Hydro Power plant distributed in Norway. Complete plant control and regulation. Meets the high level IEC60870-5-104 Statkraft requirements with Redundancy Groups etc. RTU32 obtained KEMA approval for this application.

Areva – Germany

Project: 10kV Switch
End user:  
Consultant: N/A
Contractor: N/A
Period: 2003
Description: Monitoring and control of medium high voltage switches 10KV. Special RTU and extension modules for operation in high magnetic field environment. IEC60870-5-101 protocol via GSM.

Cegelec – Philippines

Project: Monitoring Power Stations
End user: N/A
Consultant: N/A
Contractor: Cegelec
Period: 2003
Description: Monitoring transformer stations. IEC60870-5-101 communication using leased lines.

N-ERGIE – Germany

Project: Remote Metering, Transformer Monitoring & Control
End user: N-ergie
Consultant: N/A
Contractor: ABB
Period: 2001 to 2003
Description: Monitoring and metering in an electricity network with more than 1,700 outstations. IEC60870-5-101 communication via leased lines. The RTUs feature a built-in interface for IEC 1107 and IEC 102 meter interface.

RWE – Germany/Austria

Project: Remote Metering, Transformer Metering & Control
End user: RWE
Consultant: N/A
Contractor: N/A
Period: 2002
Description: Monitoring and metering of small and medium hydro-power stations in Austria via RWE-European Backbone from central host in Germany.

ABB – Germany

Project: Various Power Distribution Applications
End user:  
Consultant:  
Contractor:  
Period:  
Description:  

Stadtwerke Hagen – Germany

Project: Metering, GSM
End user: Stadtwerke Hagen
Consultant: N/A
Contractor: N/A
Period: 2001 to 2002
Description: Electricity consumption metering for high volume customers. Transparent meter interface for uploading load-profile transmission and remote meter setup. More than 400 intelligent GSM modems installed.

NPower – UK

Project: Precipitator Monitoring
End user: NPower
Consultant: PIACS
Contractor: N/A
Period: 2000 to date
Description: Supply of several Bitbus gateway and optical repeater modules to monitor a number of precipitators made by PIACS in a power station situated in South East of England.

EFT – Ireland

Project: Energy Management
End user: Electricity Supply Board customers
Consultant: EFT – Ireland
Contractor: N/A
Period: 2002 to date
Description: EFT uses Brodersen’s RTUs in conjunction with their Energy Management software to monitor energy usage. EFT jointly markets their solution with the Electricity Supply Board (ESB) of Ireland. The aim is to identify where and how electricity is being used by ESB’s customers by sub-metering of appliances etc.

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