Jinko Solar JKMxxxP-72 Series User manual

JinkoSolar
Photovoltaic Module
User Manual (UL1703)

Contents
1 General Information
2. Installation
1
1
1
2
5
5
6
6
7
7
8
9
10
12
13
14
19
1.1 Overview
1.2 Applicable Products
1.3 Warnings
2.1 Installation safety
2.2 Installation Condition
2.3 Mechanical Installation introduction
2.2.1 Climate condition
2.2.2 Site selection
2.3.1 Fixation with screws
2.3.2 Fixation with clamps
2.2.3 Tilt angle selection
3 Wiring and connection
4 Maintenance and care
5 Electrical specification
6 Disclaimer of Liability
21
7 Contact us
Edition 03/2015

- 1 -
1. General Information
1.1 Overview
Thanks for choosing Jinko Solar PV modules. In order to ensure the PV modules to
be installed correctly, please read the following operation instructions carefully before
modules installed and used.
Please remember that the products would generate electricity and certain safety
measures need to be taken to avoid danger.
1.2 Applicable Products
This document is applicable to the series of solar module as listed below:
UL1000V：
JKMxxxP-72 (xxx=250-320, in increment of 5)
JKMxxxM-72 (xxx=250-320, in increment of 5)
JKMxxxP-60 (xxx=200-265, in increment of 5)
JKMxxxM-60 (xxx=200-280, in increment of 5)
JKMxxxPP-72 (xxx=250-320, in increment of 5)
JKMxxxPP-60 (xxx=200-265, in increment of 5)
JKMxxxP-72-J4 (xxx=250-320, in increment of 5)
JKMxxxP-60-J4 (xxx=200-265, in increment of 5)
JKMxxxP-72B (xxx=250-320, in increment of 5)
JKMxxxPP-72B (xxx=250-320, in increment of 5)
JKMxxxM-72B (xxx=250-320, in increment of 5)
JKMxxxP-60B (xxx=200-265, in increment of 5)
JKMxxxM-60B (xxx=200-280, in increment of 5)
JKMxxxPP-60B (xxx=200-265, in increment of 5)

- 2 -
Make sure the array of modules installed with the Maximum permitted system voltage
and the rating current and voltage of the sub-equipments such as regulators and
inverters. The maximum permitted system voltage (DC) of the modules（UL 1000V
series）sold in America and Canada is 1000V.
This module has a Class C Fire Rating（only in Canada）or Module Fire performance
type 1 (only in America) and must be installed over a roof which is with appropriate
fire resistance. Before mounting the module, please consult your local building
department to determine approved roofing materials.
The modules are qualified for application class A, and modules qualified for safety
through UL1703 within this application class are considered to meet the requirements
of Safety Class II
The Fire rating is Class C in Canada, but the Module Fire performance is type 1 in
America with the specified construction in below table, when used with a listed
mounting system that has been rated as a Class A System when installed with type 1
modules, is suitable to maintain the System Class A Fire Rating in America.
Module model
Specific construction
Marking
All
Superstrate: 3.2~4.0 mm thick;
EVA: 0.25~0.45 mm thick;
Substrate: 0.34 mm ~ 0.385 mm thick;
Frame: Types “40mm by 20mm” or
“40mm by 35mm” or “700-0218”
Module Fire Performance:
Type 1
1.3 Warnings
PV modules generate DC electrical energy when exposed to sunlight or other light
sources. Active parts of module such as terminals can result in burns, sparks, and
lethal shock
Artificially concentrated sunlight shall not be directed on the module or panel.

Rev. C
- 3 -
Front protective glass is utilized on module. Broken solar module glass is an
electrical safety hazard (electric shock and fire). These modules cannot be
repaired and should be replaced immediately.
Electric Shock and Burn Hazard
This photovoltaic module produces
Electricity when exposed to the sun
To reduce the risk of electrical shocks or burns, modules may be covered with an
opaque material during installation to avoid shocks or burns.
The fire rating of this module is valid only when mounted in the manner specified
in the mechanical mounting instructions.
The module is considered to be in compliance with UL 1703 only when the
module is mounted in the manner specified by the mounting instructions below.
All installations must be performed in compliance with the National Electrical
Code (NEC) and modules installed in Canada need to follow Canadian electric
code.
A module with exposed conductive parts is considered to be in compliance with
UL 1703 only when it is electrically grounded in accordance with the instructions
presented below and the requirements of the National Electrical Code.
Any module without a frame (laminate) shall not be considered to comply with
the requirements of UL 1703 unless the module is mounted with hardware that
has been tested and evaluated with the module under this standard or by a
field Inspection certifying that the installed module complies with the
requirements of UL 1703.
The installation work of the PV array can only be done under the protection of
sun-sheltering covers or sunshades and only qualified person can install or
perform maintenance work on this module.
Follow the battery manufacture„s recommendations if batteries are used with
module
Do not use this module to replace or partly replace roofs and walls of living
buildings.
Do not install modules where flammable gas may be present.
Do not touch live terminals with bare hands. Use insulated tools for electrical
connections.
Warning

- 4 -
Do not remove any part installed by Jinko Solar or disassemble the module.
All instructions should be read and understood before attempting to install, wire,
operate and maintain the module.
Please don‟t lift up PV modules using the attached cables or the junction box.
All PV systems must be earthed. If there is no special regulation, please follow
the National Electrical Code or other national code.
Common hardware items such as nuts, bolts, star washers, lock washers and the
like have not been evaluated for electrical conductivity or for use as grounding
devices and should be used only for maintaining mechanical connections and
holding electrical grounding devices in the proper position for electrical
conductivity. Such devices, where supplied with the module and evaluated
through the requirements in UL 1703, may be used for grounding connections in
accordance with the instructions provided with the module.
Under normal conditions, a photovoltaic module is likely to experience conditions
that produce more current and/or voltage than reported at standard test
conditions. The requirements of the National Electrical Code (NEC) in Article 690
shall be followed to address these increased outputs. In installations not under
the requirements of the NEC, the value of Isc and Voc marked on this module
should be multiplied by a factor of 1.25 when determining component voltage
ratings, conductor ampacities, overcurrent device ratings, and size of controls
connected to the PV output.
Once the PV module has been shipped to the installation site, all of the parts
should be unpacked properly with care.
Do not stand or step on the PV module like below pictures show, this is prohibited
and there is a risk of damage the module and cause injury for you.

Rev. C
- 5 -

Only PV modules with the same cell size should be connected in series.
During all transportation situations, please make sure no huge shock for the
vehicle or the modules, as this may damage the module or lead the cell to be
crack.
During all transportation situation, never let the module fall down from the vehicle,
house or hands. This will break the cells of the modules.
Do not clean the glass with chemicals.
Do not disconnect any of the modules when it is under load.
2. Installation
2.1 Installation safety
Always wear protective head gear, insulating gloves and safety shoes (with
rubber soles).
Keep the PV module packed in the carton until installation.
Do not touch the PV module unnecessarily during installation. The glass surface
and the frame may be hot. There is a risk of burns and electric shock.
Do not work in rain, snow or windy conditions.
Due to the risk of electrical shock, do not perform any work if the terminals of the
PV module are wet.
Use insulated tools and do not use wet tools.
When installing PV modules, do not drop any objects (e.g., PV modules or tools).
Make sure flammable gasses are not generated or present near the installation
site.
Insert interconnect connectors fully and correctly. Check all connections.

- 6 -
The interconnect cable should be securely fastened to the module frame, Cable
support should be done in a way to avoid the connector from scratching or
impacting the back sheet of the module.
Do not touch the terminal box and the end of the interconnect cables (connectors)
with bare hands during installation or under sunlight, regardless of whether the
PV module is connected to or disconnect from the system.
Do not expose the PV module to excessive loads on the surface of the PV
module or twist the frame.
Do not hit or put excessive load on the glass or back sheet, this may break the
Cells or cause micro crack.
During the operation, don‟t use sharp tools to wipe the back sheet and glass, it
would leave scratch on the module.
Do not drill holes on the frame, it may cause corrosion of the frame.
For roof mounting structure, when install the modules, please try to follow the
“from top to bottom”and/or “from left to right”principle, and don‟t step on the
module, that will damage the module and would be dangerous for personal
safety.
2.2 Installation Condition
2.2.1 Climate condition
Please install the modules in the following conditions:
a) Operating temperature: within –40°C(-4°F) to 85°C (185°F)
b) Relative humidity: within 45% to 95%.
﹡Note: The mechanical load bearing (include wind and snow loads) of the module is
based on the mounting methods. The professional system installer must be
responsible for mechanical load calculation according to the system design.

Rev. C
- 7 -
2.2.2 Site selection
In most applications, Jinko solar PV modules should be installed in a location where
they will receive maximum sunlight throughout the year. In the Northern Hemisphere,
the module should typically face south, and in the Southern Hemisphere, the modules
should typically face north. Modules facing 30 degrees away from true South (or
North) will lose approximately 10 to 15 percent of their power output. If the module
faces 60 degrees away from true South (or North), the power loss will be 20 to 30
percent.
When choosing a site, avoid trees, buildings or obstructions, which could cast
shadows on the solar photovoltaic modules especially during the winter months when
the arc of the sun is lowest over the horizon. Shading causes loss of output, even
though the factory fitted bypass diodes of the PV module will minimize any such loss.
Do not install the PV module near naked flame or flammable materials.
When solar modules are used to charge batteries, the battery must be installed in a
manner, which will protect the performance of the system and the safety of its users.
Follow the battery manufacturer‟s guidelines concerning installation, operation and
maintenance recommendations. In general, the battery (or battery bank) should be
away from the main flow of people and animal traffic. Select a battery site that is
protected from sunlight, rain, snow, debris, and is well ventilated. Most batteries
generate hydrogen gas when charging, which can be explosive. Do not light matches
or create sparks near the battery bank. When a battery is installed outdoors, it should
be placed in an insulated and ventilated battery case specifically designed for the
purpose.
Do not install the PV module in a location where it would be immersed in water or
continually exposed to water from a sprinkler or fountain etc.
2.2.3 Tilt angle selection
The tilt angle of the PV module is measured between the surface of the PV module
and a horizontal ground surface (Figure 1). The PV module generates maximum
output power when it faces the sun directly.

- 8 -
Figure1: PV module title angle
For standalone systems with batteries where the PV modules are attached to a
permanent structure, the tilt angle of the PV modules should be selected to optimize
the performance based on seasonal load and sunlight. In general, if the PV output is
adequate when irradiance is low (e.g., winter), then the angle chosen should be
adequate during the rest of the year. For grid-connected installations where the PV
modules are attached to a permanent structure, PV modules should be tilted so that
the energy production from the PV modules will be maximized on an annual basis.
Only for UL listed products -
The System Fire Class Rating of the module or panel in a mounting system in
combination with a roof covering complete with requirements to achieve the specified
System Fire Class Rating for a non-BIPV module or panel.
Any module or panel mounting system limitations on inclination required to maintain a
specific System Fire Class Rating.
2.3 Mechanical Installation introduction
Solar PV modules usually can be mounted by using the following methods: screws
and clamps.
﹡Note:
1) All installation methods herein are only for reference, and Jinko solar will not
provide related mounting components, the system installer or trained professional
personnel must be responsible for the PV system‟s design, installation, and
mechanical load calculation and security of the system.
2) Before installing, you should confirm below important things:

Rev. C
- 9 -
1) Visual check before installation, to make sure there is no bug in the packing
and junction box as well as the surface of module, If have , remove and clean it .
2) Check the series number is right or not.
3) Jinko modules are designed to meet a maximum positive (or upward) pressure of
3600Pa and negative (or downward,) pressure of 1600Pa. When mounting
modules in snow-prone or high-wind environments, Special care should be taken
to mount the modules in a manner that provides sufficient design strength while
meeting local code requirements.
4) Where common grounding hardware (nuts, bolts, star washers, spilt-ring lock
washers, flat washers and the like) is used to attach a listed grounding/bonding
device, the attachment must be made in conformance with the grounding device
manufacturer's instructions.
Common hardware items such as nuts, bolts, star washers, lock washers and the
like have not been evaluated for electrical conductivity or for use as grounding
devices and should be used only for maintaining mechanical connections and
holding electrical grounding devices in the proper position for electrical
conductivity. Such devices, where supplied with the module and evaluated
through the requirements in UL 1703, may be used for grounding connections in
accordance with the instructions provided with the module.
2.3.1 Fixation with screws
The frame of each module has 8 mounting holes (Length* Width: 14mm*9mm) used
to secure the modules to support structure. You can use the four symmetry holes
close to the inner side on module frame. If excessive wind or snow load are expected,
you must use all the eight mounting holes. The module frame must be attached to a
mounting rail using M8 corrosion-proof screws together with spring washers and flat
washers in eight symmetrical locations on the PV module. The applied torque should
be big enough to fix it steadily. Please find detailed mounting information in the below
illustration.

- 10 -
Figure 2 above: PV module installed with Screw fitting method*
2.3.2 Fixation with clamps
The applicable products only allow using clamps at long side of frames.
The module clamps should not come into contact with the front glass and must not
deform the frame. Be sure to avoid shadowing effects from the module clamps. The
module frame is not to be modified under any circumstances. When choosing this
type of clamp-mounting method, please be sure to use at least four clamps on each
module, two clamps should be attached on each long side of the module. The applied
torque should be big enough to fix it steadily（about 8 N-m）, for safety, you‟d better
follow the clamps manufacture‟s recommendation. Please find detailed mounting
information in the below illustration, the mounting place distance is suggested bigger
than J and less than K，as showed below.

Rev. C
- 11 -
Figure3 above: PV module installed at long side with Clamp fitting method
Module type
Cell type
Cell
quantity
Dimension(mm)
A*B
J
K
M
O
N
P
JKMXXXP-72/
JKMXXXPP-72
JKMXXXP-72B/
JKMXXXPP-72B/
JKMXXXP-72-J4/
Poly
6*12
1956*992
400
480
5~11
0.5~2mm
≥14
＞2mm
JKMXXXM-72
JKMXXXM-72B
Moly
6*12
1956*992
400
480
5~11
0.5~2mm
≥14
＞2mm
JKMXXXP-60/
JKMXXXPP-60
JKMXXXP-60B/
JKMXXXPP-60B/
JKMXXXP-60-J4
Poly
6*10
1650*992
400
420
5~10
0.5~2mm
≥14
＞2mm
JKMXXXM-60
JKMXXXM-60B
Moly
6*10
1650*992
400
420
5~10
0.5~2mm
≥14
＞2mm

- 12 -
Table 1 above: Mechanical dimensions when modules installed at long side with Clamp
3. Wiring and connection
a) Before this procedure, please read the operation instructions of the PV system
carefully. Make wiring by Multi-connecting cables between the PV modules in
series or parallel connection, which is determined by user‟s configuration
requirement for system power, current and voltage.
b) PV module connected in series should have similar current. Modules must not be
connected together to create a voltage higher than the permitted system
voltage(1000VDC), as reference the maximum number of modules in series (N)
can be easily calculated by dividing the Maximum System Voltage of the modules
by the respective Voc value of the module. Any more please always take into
consideration the variation of the voltage under different temperatures, the Voc of
the modules will be rise when the temperature drops.
For example: with JKM290M-72 modules (Max. System voltage is 1000V) the
maximum series modules configuration number should NEVER can exceed N= 21
(1000V/45.7V = 21.8)
c) PV module connect in parallel should have similar voltage. As reference the
maximum number of modules in parallel (M) can be easily calculated by dividing
the maximum rated current (indicated in the electrical specification below) by Isc
value of the module, and then plus 1. Any more please always take into
consideration the variation of the current under different temperatures, the Isc of
the modules will be rise when the temperature goes up.
d) Open the connection box of the control system and connect the cabled from the PV
arrays to the connection box in accordance with the installation indication of the PV
control systems. The cross-sectional area and cable connector capacity must
satisfy the maximum short-circuit of PV system (For a single component, we
recommended the cross-sectional area of cables is 4mm2and the rated current of
connectors is more than 10A), otherwise cables and connectors will become
overheating for large current. Please pay attention: the temperature limit of cables
is 85℃and the temperature limit of connector 105℃
e) All module frames and mounting racks must be properly grounded in accordance
with local and national electrical codes. It is recommended that the applied torque
is 2.3 to 2.8N.m.

Rev. C
- 13 -
Jinko modules can be grounded using third party ground washers or clip devices
（Use Tyco：1954381-1；）as long as the products are approved for grounding
metallic frames of PV modules.
Alternate grounding options built into the racking system are acceptable so long as
they have been UL approved.
f) Follow the requirements of applicable local and national electrical codes.
g)These modules contain factory installed bypass diode .if these modules are
incorrectly connected to each other, the bypass diodes, cable or junction box may be
damaged.
h) The module shall wire in accordance with the NEC, the grounding method of the
frame of arrays shall comply with the NEC, article 250.
i) It is recommended that the screw be tightened to a torque of about 8 Nm.
j) The cable of the junction box is defined as L1, as showed below. For Jinko standard
module, L1 is 900 /1200mm; and for customized module, L1 can be based on your
condition, take the cable length into consideration before designing the wiring layout.
4. Maintenance and care
a) A built up of dust or dirt on the module(s) front face will result in a decreased
energy output. Clean the panel(s) preferably once per annum if possible (depend
on site conditions) using a soft cloth dry or damp, as necessary.
b) Never use abrasive material under any circumstances.
c) Examine the PV module(s) for signs of deterioration. Check all wiring for possible
rodent damage, weathering and that all connections are tight and corrosion free.
Check electrical leakage to ground.
d) Check fixing screws and mounting brackets are tight, adjust and tighten as
necessary.

- 14 -
e) Check the junction box and diodes are well. If you have any diodes problem,
please contact the manufacturer.
f ) When clean the modules, it is not allowed to stand on the module or the likes. Like
below pictures show, this it prohibited.
5. Electrical specification
The module electrical rating are measured under Standard Test Conditions, which
are 1000W/m2, irradiance with AM 1.5 spectrum and 25 deg (77°F) ambient
temperature. The module might produce more or less voltage or current than rating
value in uncertainty condition. Accordingly, the values of ISC and VOC marked on the
module should be multiplied by a factor of 1.25 when determining component voltage
ratings, conductor current ratings, fuse sizes, and size of controls connected to the
PV output. Tables below are electrical characteristics of PV products at STC and the
tolerance of Isc，Voc，Vmp and Imp is ±3%, except JKMxxxPP-72, JKMxxxPP-60
JKMxxxPP-72B series, JKMxxxPP-72, JKMxxxPP-60, JKMxxxPP-72B series is
±10%.
5.1. Electrical specifications of JKMxxxP-72, JKMxxxPP-72,
JKMxxxP-72-J4, JKMxxxP-72B and JKMxxxPP-72B (xxx=250-320)
Series polycrystalline solar modules

Rev. C
- 15 -
Module Type
JKM-
250P
-72
JKM-
255P
-72
JKM-
260P
-72
JKM-
265P
-72
JKM-
270P
-72
JKM-
275P
-72
JKM-
280P
-72
JKM-
285P
-72
JKM-
290P
-72
JKM-
295P
-72
JKM-
300P
-72
JKM-
305P
-72
JKM-
310P
-72
JKM-
315P
-72
JKM-
320P
-72
JKM-
250PP
-72
JKM-
255PP-
72
JKM-
260PP-
72
JKM-
265PP-
72
JKM-
270PP-
72
JKM-
275PP-
72
JKM-
280PP-
72
JKM-
285PP-
72
JKM-
290PP-
72
JKM-
295PP-
72
JKM-
300PP-
72
JKM-
305PP-
72
JKM-
310PP-
72
JKM-
315PP-
72
JKM-
320PP-
72
JKM-
250P
-72-J4
JKM-
255P
-72-J4
JKM-
260P
-72-J4
JKM-
265P
-72-J4
JKM-
270P
-72-J4
JKM-
275P
-72-J4
JKM-
280P
-72-J4
JKM-
285P
-72-J4
JKM-
290P
-72-J4
JKM-
295P
-72-J4
JKM-
300P
-72-J4
JKM-
305P
-72-J4
JKM-
310P
-72-J4
JKM-
315P
-72-J4
JKM-
320P
-72-J4
JKM-
250P
-72B
JKM-
255P
-72B
JKM-
260P
-72B
JKM-
265P
-72B
JKM-
270P
-72B
JKM-
275P
-72B
JKM-
280P
-72B
JKM-
285P
-72B
JKM-
290P
-72B
JKM-
295P
-72B
JKM-
300P
-72B
JKM-
305P
-72B
JKM-
310P
-72B
JKM-
315P
-72B
JKM-
320P
-72B
JKM-
250PP
-72B
JKM-
255PP-
72B
JKM-
260PP-
72B
JKM-
265PP-
72B
JKM-
270PP-
72B
JKM-
275PP-
72B
JKM-
280PP-
72B
JKM-
285PP-
72B
JKM-
290PP-
72B
JKM-
295PP-
72B
JKM-
300PP-
72B
JKM-
305PP-
72B
JKM-
310PP-
72B
JKM-
315PP-
72B
JKM-
320PP-
72B
Maximum
Power at
STC(Pmax)
250
Wp
255
Wp
260
Wp
265
Wp
270
Wp
275
Wp
280
Wp
285
Wp
290
Wp
295
Wp
300
Wp
305
Wp
310
Wp
315
Wp
320
Wp
Maximum
Power Voltage
(Vmp)
34.2V
34.5V
34.7V
34.9V
35.0V
35.2V
35.3V
35.5V
35.8V
36.2V
36.6V
36.8V
37.0V
37.2V
37.4V
Maximum
Power Current
(Imp)
7.31A
7.39A
7.49A
7.59A
7.71A
7.81A
7.93A
8.03A
8.11A
8.15A
8.20A
8.30A
8.38A
8.48A
8.56A
Open-circuit
Voltage (Voc)
43.5V
43.7V
43.9V
44.1V
44.2V
44.4V
44.5V
44.7V
44.9V
45.1V
45.3V
45.6V
45.9V
46.2V
46.4V
Short-circuit
Current (Isc)
8.05A
8.18A
8.26A
8.33A
8.43A
8.49A
8.58A
8.61A
8.69A
8.76A
8.84A
8.91A
8.96A
9.01A
9.05A
Maximum
system Voltage
1000VDC
Dimensions
1956x992x40mm(77.01×39.05 x1.57 inch)
Maximum series
overcurrent
protective
device rating (A)
15A

- 16 -
5.2. Electrical specifications of JKMxxxM-72 and JKMxxxM-72B
(xxx=250-320) Series polycrystalline solar modules
Module Type
JKM-
250M
-72
JKM-
255M
-72
JKM-
260M
-72
JKM-
265M
-72
JKM-
270M
-72
JKM-
275M
-72
JKM-
280M
-72
JKM-
285M
-72
JKM-
290M
-72
JKM-
295M
-72
JKM-
300M
-72
JKM-
305M
-72
JKM-
310M
-72
JKM-
315M
-72
JKM-
320M
-72
JKM-
250M
-72B
JKM-
255M
-72B
JKM-
260M
-72B
JKM-
265M
-72B
JKM-
270M
-72B
JKM-
275M
-72B
JKM-
280M
-72B
JKM-
285M
-72B
JKM-
290M
-72B
JKM-
295M
-72B
JKM-
300M
-72B
JKM-
305M
-72B
JKM-
310M
-72B
JKM-
315M
-72B
JKM-
320M
-72B
Maximum Power at
STC(Pmax)
250
Wp
255
Wp
260
Wp
265
Wp
270
Wp
275
Wp
280
Wp
285
Wp
290
Wp
295
Wp
300
Wp
305
Wp
310
Wp
315
Wp
320
Wp
Maximum Power
Voltage (Vmp)
34.8V
35.0V
35.3V
35.6V
35.9V
36.1V
36.3V
36.5V
36.7V
36.8V
37.0V
37.2V
37.4V
37.6V
37.8V
Maximum Power
Current (Imp)
7.18A
7.29A
7.37A
7.44A
7.52A
7.62A
7.71A
7.81A
7.90A
8.02A
8.11A
8.20A
8.29A
8.38A
8.47A
Open-circuit Voltage
(Voc)
43.4V
43.6V
43.9V
44.1V
44.4V
44.6V
44.8V
45.0V
45.2V
45.3V
45.5V
45.7V
45.9V
46.1V
46.3V
Short-circuit Current
(Isc)
7.84A
7.92A
7.99A
8.07A
8.15A
8.23A
8.32A
8.40A
8.47A
8.55A
8.64A
8.72A
8.80A
8.87A
8.95A
Maximum system
Voltage
1000VDC
Dimensions
1956x992x40mm(77.01×39.05 x1.57 inch)
Maximum series
overcurrent protective
device rating(A)
15A

Rev. C
- 17 -
5.3. Electrical specifications of JKMxxxP-60 ,JKMxxxPP-60 ,
JKMxxxP-60-J4, JKMxxxP-60B and JKMxxxPP-60B (xxx=200-265)
Series polycrystalline solar modules
Module Type
JKM-
200PP
-60
JKM-
205PP
-60
JKM-
210PP
-60
JKM-
215PP
-60
JKM-
220PP
-60
JKM-
225PP
-60
JKM-
230PP
-60
JKM-
235PP
-60
JKM-
240PP
-60
JKM-
245PP
-60
JKM-
250PP
-60
JKM-
255PP
-60
JKM-
260PP
-60
JKM-
265PP
-60
JKM-
200PP
-60
JKM-
205PP
-60
JKM-
210PP
-60
JKM-
215PP
-60
JKM-
220PP
-60
JKM-
225PP
-60
JKM-
230PP
-60
JKM-
235PP
-60
JKM-
240PP
-60
JKM-
245PP
-60
JKM-
250PP
-60
JKM-
255PP
-60
JKM-
260PP
-60
JKM-
265PP
-60
JKM-
200P
-60-J4
JKM-
205P
-60-J4
JKM-
210P
-60-J4
JKM-
215P
-60-J4
JKM-
220P
-60-J4
JKM-
225P
-60-J4
JKM-
230P
-60-J4
JKM-
235P
-60-J4
JKM-
240P
-60-J4
JKM-
245P
-60-J4
JKM-
250P
-60-J4
JKM-
255P
-60-J4
JKM-
260P
-60-J4
JKM-
265P
-60-J4
JKM-
200P
-60B
JKM-
205P
-60B
JKM-
210P
-60B
JKM-
215P
-60B
JKM-
220P
-60B
JKM-
225P
-60B
JKM-
230P
-60B
JKM-
235P
-60B
JKM-
240P
-60B
JKM-
245P
-60B
JKM-
250P
-60B
JKM-
255P
-60B
JKM-
260P
-60B
JKM-
265P
-60B
JKM-
200PP
-60B
JKM-
205PP
-60B
JKM-
210PP
-60B
JKM-
215PP
-60B
JKM-
220PP
-60B
JKM-
225PP
-60B
JKM-
230PP
-60B
JKM-
235PP
-60B
JKM-
240PP
-60B
JKM-
245PP
-60B
JKM-
250PP
-60B
JKM-
255PP
-60B
JKM-
260PP
-60B
JKM-
265PP
-60B
Maximum Power at
STC(Pmax)
200
Wp
205
Wp
210
Wp
215
Wp
220
Wp
225
Wp
230
Wp
235
Wp
240
Wp
245
Wp
250
Wp
255
Wp
260
Wp
265
Wp
Maximum Power
Voltage (Vmp)
28.2V
28.4V
28.6V
28.8V
29.0V
29.2V
29.4V
29.6V
29.8V
30.1V
30.5V
30.8V
31.1V
31.4V
Maximum Power
Current (Imp)
7.09A
7.22A
7.34A
7.47A
7.59A
7.71A
7.82A
7.94A
8.06A
8.14A
8.20A
8.28A
8.37A
8.44A
Open-circuit Voltage
(Voc)
35.3V
35.5V
35.8V
36.1V
36.3V
36.6V
36.8V
37.0V
37.3V
37.5V
37.7V
38.0V
38.1V
38.6V
Short-circuit Current
(Isc)
8.09A
8.18A
8.25A
8.31A
8.41A
8.48A
8.56A
8.65A
8.71A
8.76A
8.85A
8.92A
8.98A
9.03A
Maximum system
Voltage
1000VDC
Dimensions
1650x992x40mm(65.01×39.05 x1.57 inch)
Maximum series
overcurrent protective
device rating(A)
15A

- 18 -
5.4. Electrical specifications of JKMxxxM-60 and JKMxxxM-60B
(xxx=200-280) Series Monocrystalline solar modules
Module Type
JKM
-
200
M
-60
JKM
-
205
M
-60
JKM
-
210
M
-60
JKM
-
215
M
-60
JKM
-
220
M
-60
JKM
-
225
M
-60
JKM
-
230
M
-60
JKM
-
235
M
-60
JKM
-
240
M
-60
JKM
-
245
M
-60
JKM
-
250
M
-60
JKM
-
255
M
-60
JKM
-
260
M
-60
JKM
-
265
M
-60
JKM
-
270
M
-60
JKM
-
275
M
-60
JKM
-
280
M
-60
JKM
-
200
M
-60B
JKM
-
205
M
-60B
JKM
-
210
M
-60B
JKM
-
215
M
-60B
JKM
-
220
M
-60B
JKM
-
225
M
-60B
JKM
-
230
M
-60B
JKM
-
235
M
-60B
JKM
-
240
M
-60B
JKM
-
245
M
-60B
JKM
-
250
M
-60B
JKM
-
255
M
-60B
JKM
-
260
M
-60B
JKM
-
265
M
-60B
JKM
-
270
M
-60B
JKM
-
275
M
-60B
JKM
-
280
M
-60B
Maximum Power at
STC(Pmax)
200
Wp
205
Wp
210
Wp
215
Wp
220
Wp
225
Wp
230
Wp
235
Wp
240
Wp
245
Wp
250
Wp
255
Wp
260
Wp
265
Wp
270
Wp
275
Wp
280
Wp
Maximum Power
Voltage (Vmp)
28.2
V
28.4
V
28.6
V
28.8
V
29.0
V
29.2
V
29.4
V
29.6
V
29.8
V
30.1
V
30.5
V
30.8
V
30.9
V
31.2
V
31.4
V
31.6
V
31.8
V
Maximum Power
Current (Imp)
7.09
A
7.22
A
7.34
A
7.47
A
7.59
A
7.71
A
7.82
A
7.94
A
8.06
A
8.14
A
8.20
A
8.28
A
8.42
A
8.50
A
8.60
A
8.70
A
8.81
A
Open-circuit Voltage
(Voc)
35.3
V
35.5
V
35.8
V
36.1
V
36.3
V
36.6
V
36.8
V
37.0
V
37.3
V
37.5
V
37.7
V
38.0
V
37.9
V
38.2
V
38.4
V
38.5
V
38.6
V
Short-circuit Current
(Isc)
8.09
A
8.18
A
8.25
A
8.31
A
8.41
A
8.48
A
8.56
A
8.65
A
8.71
A
8.76
A
8.85
A
8.92
A
9.10
A
9.19
A
9.28
A
9.40
A
9.53
A
Maximum system
Voltage
1000VDC
Dimensions
1650x992x40mm(65.01×39.05 x1.57 inch)
Maximum series
overcurrent protective
device rating(A)
15A