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The IEEE, PES (Power Engineering Society) Stationary Battery Committee is dedicated to the advancement of user knowledge in the application and operation of all stationary battery systems. The tools in this work, are scope and responsibilities of the committee, battery standards, technical sessions, and conferences

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The IEEE Standards Association

Stationary Batteries Committee

Bart Cotton,

Senior Member, IEEE

IEEE Standards Association, PES, Stationary Batteries

Chairman, Working Group – IEEE 1491 - 2005

(Guide for Selection and Use of Battery Monitoring Equipment

in Stationary Applications)

Founder, DATA POWER MONITORING CORPORATION

cbartcotton@ieee.org bcotton@dpmc.com

INFOBATT 2006

Power Engineering Society

Stationary Battery Committee

•This Committee is dedicated to the

advancement of user knowledge in the

application and operation of all stationary

battery systems.

•Our tools in this work are battery

standards, technical sessions, and

conference sponsorship.

Maintained Documents:

•IEEE 450-2002 - Vented Lead-Acid Maintenance & Testing

•IEEE 484-2002 - Vented Lead-Acid Battery Installation

•IEEE 485-R2003 - Vented Lead-Acid Battery Sizing

•IEEE 535-R1994 - Nuclear Battery Qualification

•IEEE 1106-1995 - Ni-Cd Installation, Maint. & Testing

•IEEE 1115-2000 - Ni-Cd Battery Sizing

•IEEE 1184-1994 - UPS Batteries

•IEEE 1187-2002 - VRLA Installation

•IEEE 1188-1996 - VRLA Maintenance & Testing

•IEEE 1189-1996 - VRLA Battery Selection

•IEEE 1375-R2004 - Battery Protection

•IEEE 1491-2005 - Battery Monitoring

•IEEE 1625-2004 - Battery; Portable Computing

•IEEE 1725-2005 - Cell Phone Batteries

In addition, the following are

new open projects:

•PAR 1578 - Battery Spill Containment

•PAR 1635 - Battery Ventilation & Thermal

Management

•PAR 1657 - Battery Technician

Qualification

•PAR 1660 - Application & Management of

Stationary Batteries used in

Cycling Service

•PAR 1679 - Recommended Practice for the

Characterization and Evaluation

of Emerging Battery

Technologies in Stationary

Applications

STATIONARY BATTERY

COMMITTEE SCOPE

Stationary Battery Committee scope:

•Storage batteries and associated dc

systems used in stationary applications.

•Sponsorship and development with other

technical committees and/or organizations.

•Liaison and cooperation with other

technical committees, societies, groups

and associations.

STATIONARY BATTERY

COMMITTEE RESPONSIBILTIES

The responsibilities and duties of the Committee shall include the

following:

•Promote and coordinate activities in its field.

•Sponsor technical sessions.

•initiate and prepare standards.

•Arrange Special Technical Conferences.

•Review and grade technical papers.

•Initiate, propose and/or process awards .

•Offer cooperation with local sections/chapters.

•Select session Chairs and be responsible for presentation of

papers at meetings.

•Inform the general membership of Committee activities.

•Encourage all who are qualified to seek membership in the

Power Engineering Society and the Stationary Battery

Committee.

STANDARDS

Maintenance and Development

IEEE 450-2002 - Recommended Practice for

Maintenance, Testing, and Replacement of

Vented Lead-Acid Batteries for Stationary

Applications

•This Standard is currently under

revision.

•This recommended practice is

applicable to full-float stationary

applications where a battery charger

normally maintains the battery fully

charged and provides the dc loads.

•It also applies to UPS applications.

IEEE 484-2002 – Recommended

Practice for Installation Design and

Installation of Vented Lead-Acid

Batteries for Stationary Applications

•These recommended practices are

applicable to all stationary applications.

•Provides recommended design practices

and procedures for storage, location,

mounting, ventilation, instrumentation,

preassembly, assembly, and charging of

vented lead-acid batteries.

IEEE 485-2003 - Recommended Practice for

Sizing Lead-Acid Batteries for Stationary

Applications

•This recommended practice describes

methods for defining the dc load and for

sizing a lead-acid battery to supply that

load for stationary battery applications in

full float operations.

IEEE 535 - 1994 - Standard for Qualification

of Class 1E Lead Storage Batteries for

Nuclear Power Generating Stations

•This document describes qualification

methods for Class lE lead storage batteries

and racks to be used in nuclear power

generating stations outside of primary

containment.

IEEE 1106-1995 - Recommended Practice for

Installation, Maintenance, Testing, and

Replacement of Vented Nickel-Cadmium

Batteries for Stationary Applications

•This recommended practice involves

maintenance, test schedules, procedures

and replacement criteria that can be used

to optimize the life and performance of

vented Nickel-Cadmium batteries for

stationary applications.

•2005 update included use of rate-adjusted

capacity calculation method.

IEEE 1115-2000 - Recommended

Practice for Sizing Nickel-Cadmium

Batteries for Stationary Applications

•This recommended practice describes

methods for defining the dc load and for

sizing a NiCd battery to supply that load.

•Recommended practice reaffirmed in 2005.

•An amendment is underway to take cycling

applications into account.

IEEE 1184-2006 - Guide for Batteries

for Uninterruptible Power Supply

Systems

•This Guide Standard was recently revised,

released, and is currently in force.

•The guide discusses various battery

systems so that the user can make

informed decisions on selection,

installation design, installation,

maintenance, and testing of batteries used

in Uninterruptible Power Supply (UPS)

Systems.

IEEE 1187-2002 - Recommended Practice for

Installation Design and Installation of Valve

Regulated Lead-Acid Storage Batteries for

Stationary Applications

•IEEE 1187 is a recommended practice that provides

guidance for the installation and installation design of

valve-regulated lead acid (VRLA) batteries.

•Document update due to begin in 2007 to align

document with IEEE 1188-2005, IEEE 1184-2006 and

changes in industry best practices.

IEEE 1188-2005 - Recommended Practice for

Maintenance, Testing, and Replacement of

Valve-Regulated Lead- Acid (VRLA) Batteries

for Stationary Applications

•This Standard was recently revised, and is

currently in force.

•This recommended practice is limited to

maintenance, test schedules, and testing

procedures that can be used to optimize

the life and performance of valve-regulated

lead-acid (VRLA) batteries for stationary

applications.

•It also provides guidance to determine

when batteries should be replaced.

IEEE 1189-1996 - Guide for Selection

of Valve-Regulated Lead-Acid (VRLA)

Batteries for Stationary Applications

•This guide describes methods for selecting

the appropriate type of valve-regulated,

immobilized-electrolyte, recombinant lead-

acid battery for any of a variety of

potential stationary float applications.

IEEE 1375-2004 - Guide for the

Protection of Stationary Battery

Systems

•This provides guidance in the protection of

stationary battery systems. It includes the

battery and dc components to and

including the first protective device

downstream of the battery terminals.

•This guide provides discussions and

recommendations regarding the forms of

stationary battery protection as well as

characteristics, of protective devices used

in dc circuits.

•Both grounded and ungrounded dc battery

systems are used widely in different

industry applications.

IEEE 1491-2005 - Guide for Selection and Use

of Battery Monitoring Equipment in

Stationary Applications

•This is a new standard, and is currently in force.

•This Guide is currently under revision to align with

current technology and crosses all other battery

standards.

•It discusses operational parameters that may be

observed by battery monitoring equipment used in

stationary applications, and the relative value of

such observations.

•it provides a means for establishing specifications

for the desired parameters to be monitored.

IEEE 1625-2004 - Standard for Rechargeable

Batteries for Portable Computing

•This is a corporate developed standard,

and is currently in force.

•The standard is based on the collective

experience of leading manufacturers of

mobile computer cells, packs and mobile

computer systems.

•It was developed within the IEEE

Corporate Standards Program.

IEEE 1725-2005 - Standard for Rechargeable

Batteries for Cellular Telephones

•This is a corporate developed standard,

and is currently in force.

•The standard includes cell and battery

pack construction, chemistries, charge

and discharge controls, packaging

technologies, and other areas.

•It was developed within the IEEE

Corporate Standards Program by

companies that manufacture battery cells,

battery packs and cell phones.

Open Projects

•The Stationary Battery Committee is

currently generating new Standards

and Guides which will enhance our

understanding of batteries, their

applications, and appropriate

relationships.

•These open projects are described

below and are defined by "PAR"

(Project Authorization Request).

PAR 1578 - Battery Spill

Containment

•This guide discusses factors relating to

electrolyte spill containment for VLA,

VRLA, and Ni-Cd stationary batteries.

•It is intended to assist code-writing

organizations. It describes spill

containment and management issues

related to stationary battery systems.

PAR 1657 - Guide for Personnel

Qualifications for Installation, Maintenance,

and Operation of Stationary Batteries

•We recognize that specific training on battery

system installation and maintenance is necessary.

•We also recognize that existing training of battery

maintenance and installation technicians is

generally non-existent, or at the least, non-

standard.

•This subcommittee is writing this guide for training,

which will specify the types of knowledge a battery

installation or maintenance technician must

possess.

PAR 1635 - Guide for the Ventilation and

Thermal Management of Batteries for

Stationary Applications

•This guide is a joint project between the

IEEE and the American Society of Heating,

Refrigeration and Air Conditioning

Engineers Inc. (ASHRAE). It covers

flooded lead-acid, VRLA and flooded Ni-Cd

battery systems.

•Ventilation of stationary battery

installations is critical to maximize battery

life while minimizing hazards. This guide

is being written to serve as a bridge

between the electrical designer and the

HVAC designer.

PAR 1660 - Application & Management of

Stationary Batteries used in Cycling Service

•This project deals with all aspects of

design, application, and maintenance of

lead-acid batteries in cycling service.

•It provides additional guidance on use of

alternative battery technologies.

PAR 1679 - Recommended Practice for the

Characterization and Evaluation of Emerging

Energy Storage Technologies in Stationary

Applications

•Scope was recently expanded from just batteries to

all energy storage technologies

•This document covers an objective evaluation of

emerging energy storage technologies by a

potential user for any stationary application.

•Technologies are those that provide a means for

the reversible storage of electrical energy,

•The medium may be electrochemical, kinetic,

electrostatic, thermal, or etc.

•Stationary applications include both standby and

cycling operation.

•This recommended practice will describe a format

for the characterization of emerging energy storage

technologies.

CONCLUSIONS

•The Stationary Battery Committee meets

every six months, and its membership

consists of IEEE members and IEEE

Standards association members.

•Meetings are open to all, and we

encourage all persons of interest to

become involved in this organization.

•There is a need to increase membership

within this Committee, due to the quantity

and depth of IEEE standards involved with

the Stationary Battery industry.

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Source: https://www.researchgate.net/publication/224673381_The_IEEE_Standards_Association_Stationary_Batteries_Committee

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