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IEC
62619
®
Edition
2.0
2022-05
INTERNATIONAL
STANDARD
NORME
INTERNATIONALE
▲丄
colour
inside
Secondary
cells
and
batteries
containing
alkaline
or
other
non-acid
electrolytes
一
Safety
requirements
for
secondary
lithium
cells
and
batteries,
for
use
in
industrial
applications
Accumulateurs
alcalins
et
autres
accumulateurs
a
electrolyte
non
acide
一
Exigences
de
securite
pour
les
accumulateurs
au
lithium
pour
utilisation
dans
des
applications
industrielles
(
」
V U 9 ) 9 O & 0 O
朝
6L909
0
山 一

IEC
62619
Edition
2.0
2022-05
INTERNATIONAL
STANDARD
NORME
INTERNATIONALE
▲丄
colour
inside
Secondary
cells
and
batteries
containing
alkaline
or
other
non-acid
electrolytes
一
Safety
requirements
for
secondary
lithium
cells
and
batteries,
for
use
in
industrial
applications
Accumulateurs
alcalins
et
autres
accumulateurs
a
electrolyte
non
acide
一
Exigences
de
securite
pour
les
accumulateurs
au
lithium
pour
utilisation
dans
des
applications
industrielles
INTERNATIONAL
ELECTROTECHNICAL
COMMISSION
COMMISSION
ELECTROTECHNIQUE
INTERNATIONALE
ICS
29.220.30
ISBN
978-2-8322-2497-7
Warning!
Make
sure
that
you
obtained
this
publication
from
an
authorized
distributor.
Attention!
Veuillez
vous
assurer
que
vous
avez
obtenu
cette
publication
via
un
distributeur
agree.
®
Registered
trademark
of
the
International
Electrotechnical
Commission
Marque
deposee
de
la
Commission
Electrotechnique
Internationale

-2-
IEC
62619:2022
©
IEC
2022
CONTENTS
FOREWORD
...........................................................................................................................................
4
1
Scope
...............................................................................................................................................
6
2
Normative
references
...................................................................................................................
6
3
Terms
and
definitions
...................................................................................................................
7
4
Parameter
measurement
tolerances
........................................................................................
10
5
General
safety
con
siderations
...................................................................................................
10
5.1
General
................................................................................................................................
10
5.2
Insulation
and
wiring
.........................................................................................................
11
5.3
Venting
................................................................................................................................
11
5.4
Temperature/voltage/current
management
....................................................................
11
5.5
Terminal
contacts
of
the
battery
pack
and/or
battery
system
.....................................
11
5.6
Assembly
of
cells,
modules,
or
battery
packs
into
battery
systems
...........................
11
5.6.1
General
......................................................................................................................
11
5.6.2
Battery
system
design
..............................................................................................
12
5.7
Operating
region
of
lithium
cells
and
battery
systems
for
safe
use
...........................
12
5.8
System
lock
(or
system
lock
function)
............................................................................
12
5.9
Quality
plan
........................................................................................................................
12
6
Type
test
conditions
....................................................................................................................
12
6.1
General
................................................................................................................................
12
6.2
Test
items
............................................................................................................................
13
7
Specific
requirements
and
tests
................................................................................................
14
7.1
Charging
procedures
for
test
purposes
..........................................................................
14
7.2
Reas
on
ably
foreseeable
misuse
......................................................................................
15
7.2.1
External
short-circuit
test
(cell
or
cell
block)
..........................................................
15
7.2.2
Impact
test
(cell
or
cell
block)
..................................................................................
15
7.2.3
Drop
test
(cell
or
cell
block,
and
battery
system)
..................................................
16
7.2.4
Thermal
abuse
test
(cell
or
cell
block)
....................................................................
18
7.2.5
Overcharge
test
(cell
or
cell
block)
..........................................................................
19
7.2.6
Forced
discharge
test
(cell
or
cell
block)
...............................................................
19
7.3
Considerations
for
internal
short-circuit
一
Design
evaluation
.....................................
20
7.3.1
General
.......................................................................................................................
20
7.3.2
Internal
short-circuit
test
(cell)
................................................................................
20
7.3.3
Propagation
test
(battery
system)
...........................................................................
22
8
Battery
system
safety
(considering
functional
safety)
............................................................
23
8.1
General
requirements
.......................................................................................................
23
8.2
Battery
management
system
(or
battery
management
unit)
.......................................
23
8.2.1
Requirements
for
the
BMS
.......................................................................................
23
8.2.2
Overcharge
control
of
voltage
(battery
system)
....................................................
24
8.2.3
Overcharge
control
of
current
(battery
system)
....................................................
25
8.2.4
Overheating
control
(battery
system)
.....................................................................
26
9
EMC
...............................................................................................................................................
26
10
Information
for
safety
...................................................................................................................
26
11
Marking
and
designation
..............................................................................................................
27
12
Packaging
and
transport
..............................................................................................................
27
Annex
A
(normative)
Operating
region
of
cells
for
safe
use
........................................................
28

IEC
62619:2022
©
IEC
2022
-3-
A.1
General
.................................................................................................................................
28
A.
2
Charging
conditions
for
safe
use
......................................................................................
28
A.
3
Con
siderations
on
charging
voltage
................................................................................
28
A.
4
Considerations
on
temperature
........................................................................................
29
A.
5
High
temperature
range
.....................................................................................................
29
A.
6
Low
temperature
range
......................................................................................................
29
A.
7
Discharging
conditions
for
safe
use
...................................................................................
30
A.
8
Example
of
operating
region
.............................................................................................
30
Annex
B
(informative)
Procedure
of
propagation
test
by
laser
irradiation
(see
7.3.3)
.............
32
B.
1
General
.................................................................................................................................
32
B.
2
Test
conditions
...................................................................................................................
32
B.2.1
Cell
test
(preliminary
test)
........................................................................................
32
B.2.
2
Battery
system
test
(main
test)
...............................................................................
33
Annex
C
(informative)
Procedure
of
propagation
test
by
methods
other
than
laser
(see
7.3.3)
......................................................................................................................................................
35
C.
1
General
.................................................................................................................................
35
C.2
Test
conditions
...................................................................................................................
35
C.3
Methods
for
initiating
the
thermal
runaway
.....................................................................
35
Annex
D
(informative)
Packaging
and
transport
............................................................................
36
Bibliography
..........................................................................................................................................
37
Figure
1
一
Configuration
of
the
impact
test
......................................................................................
16
Figure
2
一
Impact
location
...................................................................................................................
18
Figure
3
一
Configuration
for
the
shortest
edge
drop
test
...............................................................
18
Figure
4
一
Configuration
for
the
corner
drop
test
...........................................................................
18
Figure
5
一
Jig
for
pressing
.................................................................................................................
21
Figure
6
一
Examples
of
BMS
locations
and
battery
system
configurations
................................
24
Figure
7
一
Example
of
the
circuit
configuration
for
overcharge
control
of
voltage
....................
25
Figure
A.1
-
An
example
of
operating
region
for
charging
of
typical
lithium
ion
cells
...............
30
Figure
A.
2
一
An
example
of
operating
region
for
discharging
of
typical
lithium
ion
cells
..........
31
Figure
B.1
一
Example
of
the
test
layout
...........................................................................................
33
Figure
B.2
一
Example
of
typical
temperature
trend
of
the
cell
.....................................................
33
Table
1
一
Sample
size
for
type
tests
................................................................................................
14
Table
2
一
Drop
test
method
and
condition
......................................................................................
17

-4
-
IEC
62619:2022
©
IEC
2022
INTERNATIONAL
ELECTROTECHNICAL
COMMISSION
SECONDARY
CELLS
AND
BATTERIES
CONTAINING
ALKALINE
OR
OTHER
NON-ACID
ELECTROLYTES
一
SAFETY
REQUIREMENTS
FOR
SECONDARY
LITHIUM
CELLS
AND
BATTERIES,
FOR
USE
IN
INDUSTRIAL
APPLICATIONS
FOREWORD
1)
The
Intern
atio
nal
Electrotechnical
Commissi
on
(IEC)
is
a
worldwide
orga
nizati
on
for
stan
dardizatio
n
comprisi
ng
all
national
electrotechnical
committees
(IEC
National
Committees).
The
object
of
IEC
is
to
promote
international
co-operation
on
all
questions
concerning
standardization
in
the
electrical
and
electronic
fields.
To
this
end
and
in
addition
to
other
activities,
IEC
publishes
International
Standards,
Technical
Specifications,
Technical
Reports,
Publicly
Available
Specifications
(PAS)
and
Guides
(hereafter
referred
to
as
"IEC
Publication(s)").
Their
preparation
is
entrusted
to
technical
committees;
any
IE(5
National
Committee
interested
in
the
subject
dealt
with
may
participate
in
this
preparatory
work.
International,
governmental
and
non-governmental
organizations
liaising
with
the
IEC
also
participate
in
this
preparati
on.
IEC
collaborates
closely
with
the
In
ter
natio
nal
Orga
nizati
on
for
Standardization
(ISO)
in
accordanee
with
conditions
determined
by
agreement
between
the
two
organizations.
2)
The
formal
decisions
or
agreements
of
IEC
on
technical
matters
express,
as
nearly
as
possible,
an
international
consen
sus
of
opinion
on
the
releva
nt
subjects
since
each
technical
committee
has
represe
ntatio
n
from
all
interested
IEC
National
Committees.
3)
IEC
Publications
have
the
form
of
recomme
ndatio
ns
for
in
ter
national
use
and
are
accepted
by
IEC
Natio
nal
Committees
in
that
sen
se.
While
all
reas
on
able
efforts
are
made
to
en
sure
that
the
tech
nical
content
of
IEC
Publications
is
accurate,
IEC
cannot
be
held
responsible
for
the
way
in
which
they
are
used
or
for
any
misinterpretation
by
any
end
user.
4)
In
order
to
promote
international
uniformity,
IEC
National
Committees
undertake
to
apply
IEC
Publications
tra
nspare
ntly
to
the
maximum
exte
nt
possible
in
their
n
atio
nal
and
regi
onal
publicati
ons.
Any
diverge
nee
betwee
n
any
IEC
Publication
and
the
corresponding
national
or
regional
publication
shall
be
clearly
indicated
in
the
latter.
5)
IEC
itself
does
not
provide
any
attestation
of
conformity.
Independent
certification
bodies
provide
conformity
assessment
services
and,
in
some
areas,
access
to
IEC
marks
of
conformity.
IEC
is
not
responsible
for
any
services
carried
out
by
independent
certification
bodies.
6)
All
users
should
ensure
that
they
have
the
latest
edition
of
this
publication.
7)
No
liability
shall
attach
to
IEC
or
its
directors,
employees,
serva
nts
or
age
nts
in
eluding
in
dividual
experts
and
members
of
its
tech
nical
committees
and
IEC
Natio
nal
Committees
for
any
personal
in
jury,
property
damage
or
other
damage
of
any
n
ature
whatsoever,
whether
direct
or
in
direct,
or
for
costs
(in
eluding
legal
fees)
and
experises
arising
out
of
the
publication,
use
of,
or
relianee
upon,
this
IEC
Publication
or
any
other
IEC
Publicati
ons.
8)
Attention
is
draw
n
to
the
Normative
ref
ere
nces
cited
in
this
publicati
on.
Use
of
the
refere
need
publicati
ons
is
indispensable
for
the
correct
application
of
this
publication.
9)
Attention
is
drawn
to
the
possibility
that
some
of
the
elements
of
this
IEC
Publication
may
be
the
subject
of
patent
rights.
IEC
shall
not
be
held
resp
on
sible
for
ide
ntifying
any
or
all
such
pate
nt
rights.
IEC
62619
has
been
prepared
by
subcommittee
21
A:
Sec
on
dary
cells
and
batteries
containing
alkaline
or
other
non-acid
electrolytes,
of
IEC
technical
committee
21
:
Secondary
cells
and
batteries.
It
is
an
International
Standard.
This
second
edition
cancels
and
replaces
the
first
edition
published
in
2017.
This
edition
constitutes
a
technical
revision.
This
edition
in
eludes
the
following
significant
technical
changes
with
respect
to
the
previous
edition:
a)
new
requirements
for
moving
parts;
b)
addition
of
requirements
for
hazardous
live
parts;
c)
addition
of
requirements
for
battery
system
design;
d)
new
requirements
for
system
lock;
e)
new
requirements
for
EMC;
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