EM TS CS ppt Template 16x9 English - … Power Grids . Cost efficiency . ... potential failure and...

Assetguard GDM

Gas density Monitoring for Gas Insulated Switchgears

siemens.com/td-services Unrestricted © Siemens AG 2017

Unrestricted © Siemens AG 2017 01.07.2017

Assetguard GDM Table of content

• Why do we need Gas Density Monitoring?

• Siemens Background in Monitoring 4

• Change of the Energy Environment 5

• GIS Age Profile (2017) 6

• GIS Failure Reasons 7

• Greenhouse Effect 8

• Condition Monitoring Value Chain 9

• Monitoring Landscape 10

• Assetguard GDM

• Field Devices 12

• Integrated Substation Monitoring 15

• Remote Services Support 22


Why do we need Gas Density Monitoring? Siemens Background in Monitoring

1901

Is established in Tyneside, England

1970

Cadana – Reyrolle LMT Circuit Breakers

1968

SF6 gas first application as isolating media

1990

T&D acquire NEI Reyrolle, Parsons,

Peebles

1991

Worlds first integrated UHF

Partial Discharge Monitoring

Systems for GIS

1998

acquire Reyrolle and Peebles

2006

Development of the Monitoring &

Diagnostic (M&D) Portfolio

2012

Asia – Award world´s largest online

Integrated Substations

Condition Monitoring System

2014

North America – Gas Density

Monitoring to reduce SF6 gas

emissions

2017

Upgrade M&D Porfolio

With more than 70 years experience in Siemens multi-brand equipment, Monitoring & Diagnostics has been growing constantly

2005

acquire VA TECH Group

s

s

Brands


Why do we need Gas Density Monitoring? Change of the Energy Environment

Increasing Electricity Demand

Complex Power Grids

Cost efficiency

New customers and new customer expectations

Environmental protection

CAPEX, OPEX, Outsourcing

Regulations

Ageing Infrastructure and personnel


0

500

1000

1500

2000

2500

0

5

10

15

20

25

30

0 10 20 30 40 50 60

No

GIS

Bay

s

Years in Service

Siemens Installed Base Worldwide Installed Base (CB Bays) Estimation

Why do we need Gas Density Monitoring? GIS Age Profile (2017)

Reference: CIGRE 2016, Paris ** Simulated dates for illustration purposes

Siemens Monitoring Products are easy to retrofit on all brands, supporting in tackling the upcoming challenges.

Despite robustness, the worldwide GIS installation comes to age and rising failure rates are expected. !

Failure Rate

Installation / Commissioning

Failure Detection and Repair**

Maintenance

Currently we don´t know

this moment

Early Failure Detection

Time Based Maintenance

Condition Based Maintenance


Why do we need Gas Density Monitoring? GIS Failure Reasons

Gas Density Monitoring

Assetguard GDM

Assetguard GDM supports on avoiding unplanned downtime.

GIS failure leads to unplanned downtime, jeopardizing Network performance or industrial processes !

Reference: CIGRE TB 510, Page 47, 2012 MiF= Minor Failure CB = Circuit Breaker Other GIS Parts = Busbar, Bushings, Surge arrester

Small SF6

leakage; 63%

MiF Distribution of other GIS parts

Reference: CIGRE TB 513, Page 104, 2012

Small SF6

leakage; 35,60%

MiF Distribution of GIS CB


Why do we need Gas Density Monitoring? The Greenhouse Effect The GIS insulation gas SF6 is one of the worst greenhouse gases for our atmosphere. One kilogram of SF6 equals 22,8 tons of CO2. The CO2 equivalent of contained SF6 in a typical GIS Bay (~80kg) equals 15’000’000 km driven with a regular car.

Assetguard GDM supports to safe the environment and fulfill the regulatory requirements.

Different regulatory entities either reward saving of SF6 gas or punish its loss.

= ~ 80 kg SF6 ~ 1824 tons of CO2 (each car in Australia can drive one kilometer)

!


Gas Density Monitoring Condition Monitoring Value Chain

If a warning appears when do we have to act? Answer: Unknown

Trend:

SF6 tripping

SF6 warning

1-3 1-4 1-5 1-6 1-7 1-8

Predicted time of SF6 warning! Predicted time of SF6 tripping!

SF6 level

! An estimated time of warning & tripping is

available

Condition based (optimized) maintenance!

Actual SF6 level SF6 warning setting

SF6 tripping setting

2| Address 1| Assess 3| Act


High Voltage Monitoring Monitoring Landscape

Primary equipment level

Control center level

Substation level

GIS

Assetguards

ISCM

ENTERPRISE

AIS

Circuit Breaker Monitoring

Dissolved Gas Analysis

Partial Discharge Monitoring

Gas Density Monitoring

Bushing Monitoring

Trafos …

Asset management level

Assetguard monitoring cubicle

Grid Asset Management

Central CM system SCADA

Substation control

Assetguard GDM

Analyse the past, monitor the present and predict the future!!!

siemens.com/td-services Unrestricted © Siemens AG 2017


Assetguard GDM Our Approach

2| Address 1| Assess 3| Act

A scalable System Architecture supports the complete Condition Monitoring Value Chain. All the collected data is easily integrated in one single interface that asses the gas density, address the potential failure and allow the customers to act proactively.

GDM Field Devices

ISCM Platform

Support Services


Assetguard GDM Main Features for field devices

1| Assess

Compact and Reliable Hardware Design EMC Compliance:

IEC 61000-6-5 IEC 61000-4-2 IEC 61000-4-3 IEC 61000-4-4 IEC 61000-4-5 IEC 61000-4-6 IEC 61000-4-18 BS EN 55022 CISPR 22

Environmental Standards -25°C to 55°C (operating) - 40°C to 70°C (non-operating) 95% RH, 55°C Vibration Standards BS EN 60068-2-6 BS EN 60068-2-27

Specially designed for mounting in a 19‘‘ Rack, the Assetguard GDM can survive in harsh substation environments. Besides complying to superior EMC and environmental standards, every single device can connect up to 48 sensors providing a cost efficient channel per device ration.

44mm

480 mm

For Indoor or Outdoor installations


Assetguard GDM Main Features for field devices

Near Real Time Data Acquisition

The Assetguard GDM is able to take measurements every second and generate an alarm based on the actual measure. Furthermore, prediction dates can be determined before the alarms levels are achieved.

Alarming Based on Actual Measurements

Advance Warning of SF6 Leaks (Predictions)

Every second a new measure is taken

Predictions for Stage 1 and Stage 2 Alarm levels

Gas Density Alarms generation based on the current measured value

1| Assess


Assetguard GDM Integrated Substation Condition Monitoring (ISCM™)

ISCM takes care of the data retrieved by the Assetguard field device and makes it available for further applications.

ISCM

SF6 Historical Data & Trending

Seamless field device Integration

Web Based Visualization

Cyber Security

Alarm Management

Ready to be Integrated

Localization

SF6 Gas Inventory

2| Address



Seamless field device Integration • With limited configuration the ISCM receives data (measurements, alarms, predictions) from 50 field devices at the same time

• An industrial PC hosts the software components for the communication with the field devices

• The Industrial PC is designed for 24-hour continuous operation, fulfilling temperature, vibration, shock and EMC requirements

• The ISCM Software runs on various operating system i.e. Windows or Linux

• Interconnection is achieved thanks to a network LAN Switch, typically Siemens RUGGEDCOM devices

ISCM

Ethernet TCP/IP

Up to 50 devices

Up to 48 Sensors per field device

LAN Switch

Gas Density Sensors (4-20mA)

2| Address



All the sensor measurements are stored and displayed in a single standardized User Interface that reflects the real customer substation. Thus, 2400 Gas Zones can be monitored within a Single ISCM instance.

Seamless field device Integration

ISCM

Ethernet TCP/IP

Up to 50 devices

Up to 48 Sensors per field device

LAN Switch

Gas Density Sensors (4-20mA)

2| Address



SF6 Historical Data

Historical Data is stored at least for 5 years. Based on a user-selected period of time, the Historical Data is easily visualized in a chart. For single sensors or complete Substations an Alarm Report or SF6 Gas Inventory can be easily exported as a PDF or Excel file.

Alarm Management

SF6 Gas Inventory

All the information can be exported!!!

2| Address



Whenever a computer is connected to the Customer Network, the Assetguard ISCM HMI can be visualized with a Web Browser e.g. Google Chrome

Web Based Visualization

Customer Center Substation s

Local HMI

Smartphone

Tablet Ready

Other Computers

2| Address



Regardless of the user location, the users can translate the complete User Interface between different languages and select the preferred Unit System (metric or imperial). Furthermore, certain functions are permitted only to specific users; depending on the role permissions, different users can carry out different specific tasks simultaneously.

Localization Cyber Security

Administrator Expert

Language and Unit Conversion

2| Address



The Assetguard ISCM provides a set of endpoints that facilitate the integration with Upper level Systems i.e. SCADA Systems. Depending on the type of integration that is desired, collective alarm status (wired or through Ethernet TCP/IP), individual analog values or complete built-in individual Gauge Widgets are ready to be integrated

Ready to be Integrated

Control Center

Substation

Corporate Network TCP/IP

ISCM

Communication Protocols • Collective Alarms status • Individual Measured Values • Individual Alarms Status Built-in Widgets

• For Individual Gauges • Translatable Titles • Unit System Convertable

Dry Contact Signals • Collective Alarm Status

SCADA System

2| Address


Assetguard GDM Support Services

ISCM Event

Scheduler Alarm Support

Direct contact with Siemens Support Center

Maintenance Mode

3| Act

ISCM supports you on making the right decisions based on the available data. Asset Managers can easily plan maintenance activities and get support at any time.



Event Scheduler Maintenance Mode

Only authorized Users are able to (de)active the Maintenance Mode

A calendar facilitates the handling of future events i.e. predictions, allowing the customer to plan in advance the maintenance activities. During commissioning or during maintenance activities, sensors can be set into ‚Maintenance Mode‘. Thus the data that is generated would not be considered as part of the normal substation operation.

Predictions are handled as future Events!!

3| Act



Alarm Support

For single/set of alarms, a QR-Code can be read from mobile devices that will be redirected as an email

Direct contact with Siemens Support Center

The Siemens Support Center offers different types of Service Level Agreements in order to support our global Customer needs, thus, customized response times, and expert analysis can be offered for different type of customers

3| Act


Assetguard Gas Density Monitoring

An unique scalable platform that covers the entire value chain of gas density monitoring and diagnostics: Assess – Address – Act !!


Assetguard GDM More information…

Customer Support for Power and Energy EM TS CS HP

Humboldstraße 59 90459 Nürnberg

Phone: +49 180 /524 70 00

E-mail: [email protected]

siemens.com/td-services

mailto:[email protected]

EM TS CS ppt Template 16x9 English - … Power Grids . Cost efficiency . ... potential failure and...

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