CIGRE TB 787

WG C1.34 ISO Series 55000 Standards: Implementation and Information Guidelines for Utilities

Contents

1. Introducing CIGRE global

2. WG C1.34

3. Overview of ISO55001

4. Mandatory “Shall” Statements

5. Survey of Utilities

6. Case Studies

1. Introducing CIGRE global

A collaborative global community sharing

knowledge and expertise

• Since 1921

• 59 National Committees (NCs)

• 15000 members from over 90 countries

• 1200 organisations – incl major utilities

• 250 WGs at any time, 5000 experts

• Some of the world’s leading experts

• A unique collaborative culture

• Diverse, unbiased perspectives

from every corner of the globe

CIGRE’s 16 domains of work; each has

a dedicated Study Committee

Group A – Equipment:A1 Rotating electrical machines

A2 Power transformers and

reactors

A3 Transmission and

distribution equipment

Group B – Technologies:B1 Insulated cables

B2 Overhead lines

B3 Substations and electrical

installations

B4 DC systems and power

electronics

B5 Protection and automation

Group C – Systems:C1 Power system development

and economics

C2 Power system operation

and control

C3 Power system

environmental performance

C4 Power system technical

performance

C5 Electricity markets and

regulation

C6 Active distribution systems

and distributed energy

resources

Group D – New materials & IT:D1 Materials and emerging test

techniques

D2 Information systems and

telecommunication

What level of RE penetration

should be safely allowed in the

power system??

2. WG C1.34

• WG C1.34 launched in Feb 2016

• 4 face-to-face meetings in

Toronto, Paris, Dublin

• More than 30 members from 25

countries, in all time zones

• 25 conference calls

• TB published December 2019

(204 pps)

3. ISO55001: An Overview

• Asset risk and opportunity

• Building blocks of Policy (AMP), Strategy (SAMP),

SMART Objectives (AMOs) and Plans (AMPs)

• TB 787 emphasises value, alignment,

leadership, assurance

• Your last R1000!

4. Mandatory “Shall” Statements

• The 71 mandatory shall statements in

ISO55001 are explained in detail in the

context of electric utilities - 65 pages

• Each is explained and mapped for

applicability against the artefacts of:

• AM Policy

• SAMP

• Stakeholder Analysis

• AMOs

• AMPs

6. Case Studies

• Focus on their view of Data, Processes, Tools & Systems

requirements in the context of AM

• Three utility case studies presented – Eskom, TenneT and

Manitoba Hydro (30 pages)

• Of these 3, only TenneT was certified to ISO55001 in 2018

• Observations made while avoiding mentioning names of

solution vendors in line with CIGRE policy

Observations

• All utilities have a mass of data

that is used to manage assets

• All utilities apply business process

mapping and information manage-

ment systems, which are either developed in-house or sourced

commercial off the shelf (COTS) with customisation

• The anchor business models are Asset Owner-Asset

Manager-Asset Service Provider at TenneT but Eskom and

Manitoba Hydro use the Asset Lifecycle Model

“Since every utility has its own starting point, culture,

regulatory constraints and strategic objectives, it is

virtually impossible to develop a “one-size-fits-all”

solution to deploying ISO55001”.

Boudewijn Neijens

Convenor WG C1.34