ND Series (60 cells)
220 W | 210 W
Polycrystalline silicon photovoltaic modules
Say yes to solar power!
Because it protects the climate.
Innovations from a
photovoltaic pioneer
As a solar specialist
with 50 years' experience
in photovoltaics (PV),
Sharp makes significant
contributions to groundbreaking progress in solar
technology.
Sharp photovoltaic modules in the ND series are
designed for applications
with high power requirements. These quality polycrystalline modules produce
a continuous, reliable yield,
even under demanding
operational conditions.
All Sharp ND series modules offer system
integration which is optimal both technically and economically, and are suitable
for installations in on and off-grid PV
systems.
Brief details for the installer
■ 156.5
■ 60
mm × 156.5 mm polycrystalline solar cells
cells in series
■ 2,400
N/m2 mechanical load-bearing capacity (245 kg/m2)
■ 1,000
V DC maximum system voltage
■ IEC/EN
61215, IEC/EN 61730, Class II (VDE: 40021391)
Product features
■High-performance
photovoltaic modules made of polycrystalline
(156.5 mm) silicon solar cells with module efficiencies of up to
13,4%.
2
■Bypass
diodes which minimise the loss in output when shading
occurs.
■Textured
■BSF
cell surface for particularly high electricity yields.
structure (Back Surface Field) to optimise cell efficiency.
■Use
of tempered white glass, EVA plastic, and weather protection
film, as well as an anodised aluminium frame with drainage holes
for long-term use.
■Output:
connection cable with waterproof plug connector.
Quality from Sharp
Benchmarks are set by the quality standards of Sharp Solar.
Con­tinual checks guarantee a consistently high level of quality.
Every module undergoes visual, mechanical, and electrical
inspection. This is recognisable by means of the original Sharp
label, the serial number, and the Sharp guarantee:
■
5 year product guarantee
■
10 year performance guarantee for a power output of 90%
■
25 year performance guarantee for a power output of 80%
T he detailed guarantee conditions and additional information can
be found at www.sharp.eu.
The reference image on the front page shows an 1 MWp system of Sunline AG in Fürth, Germany.
Limit values
Operating temperature (cell)
Storage temperature
– 40 to + 90
°C
Storage air humidity (relative)
up to 90
%
1,652 × 994 × 46 mm (1.64 m )
Maximum system voltage
1,000
V DC
21 kg
Maximum mechanical load
2,400
N/m2
Cable with plug connector (MC-3)
Over-current protection
15
A
Cell
Polycrystalline (156.5 mm)2
silicon solar cells
Quantity and wiring of cells
60 in series
Dimensions
Weight
Connection type
2
Electrical data
ND-220 (E1F)
ND-210 (E1F)
220 Wp
210 Wp
Maximum power
Pmax
Open-circuit voltage
Voc
36.5
36.4
V
Short-circuit current
Isc
8.20
8.03
A
Voltage at point of maximum power
Vmpp
29.2
28.8
V
Current at point of maximum power
Impp
7.54
7.3
A
m
13.4
12.8
%
47.5
47.5
°C
NOCT
 Voc
– 130
240
– 130
50
Temperature coefficient – short-circuit current
 lsc
+0.053
200
+0.053
40
Temperature coefficient – power
– 0.485
Current (A)
 Pmax
Characteristic curves
ND-220 (E1F)
Characteristic curves: current / power vs. voltage
(cell temperature: 25 °C)
Characteristic curves: open-circuit voltage /
short-circuit current vs. irradiation
(cell temperature: 25 °C)
160
120
mV / °C
10
Voc
– 0.485
30
Power (W)
12
11
10
9 1,000 (W/m2)
8
7 800 (W/m2)
6
600 (W/m2)
The electrical data applies under standard test conditions (STCs): irradiation 1,000 W/m2 with light spectrum AM 1.5
5 and a cell temperature
of – 5% / + 10%. NOCT conditions: irradiation of 800 W/m2, ambient temperature of 20 °C and wind speed of 14m/sec.
400 (W/m2)
3
2 200 (W/m2)
1
Open-circuit voltage Voc (V)
Temperature coefficient – open-circuit voltage
Short-circuit current Isc (A)
Module efficiency
% / °C
% / °C
of 25 °C. The rated electrical characteristics are subject to a manufacturing tolerance
80
40
20
Isc
10
Applications
0
,
40
10
46
15
Isc
900± 50
Side seal
Plastic
527.5
25
Side seal
537.5
Frame
Side seal
Voc
Solar cell
Inter-connector
C C
Solar cell
Back cover
Frame
59 ± 15
Support rail
Plug connector
46
Cross-section
B-B’
15 58
Electrical connection cable
Junction
125
125 box
C C
25
Glass
58
Glass
537.5
Glass Solar cell
Plastic
Back cover
Connection cable
Screw
Plastic
58
125
Support
rail
Support
rail
58
Plug
connector
Plug
connector
± 15
5959
± 15
Note
Electrical
connection
cable
Electrical
connection
cab
Junction
box
Junction
box
Technical data is subject to change without prior
notice. Before using Sharp products, please request
the latest data sheets from Sharp. Sharp accepts
no responsibility for damage to devices which have
been equipped with Sharp products on the basis of
unverified information.
Junction box
Screw
The specifications may deviate slightly and are not
guaranteed. Installation and operating instructions
are to be found in the corresponding handbooks, or
can be downloaded from www.sharp.eu.
Solar cell
Cross-section C-C’
1,652
1,652
This module should not be directly connected to
a load.
125
Electrical connection cable
Junction box
Inter-connec
Inter-conn
900±
5050
900±
5858
Back cover
Frame
Support rail
Plug connector
Solar
cellcell
Solar
C CC C
4646
1515 5858
Cross-section A-A’
1,652
Junction box
994
994
434.5 10
125
Rear view
125
C C
58
Cell temperature (°C)
Frame
Isc
Pmax
Please read our detailed installation
manual carefully before installing the
photovoltaic modules.
10
900± 50
Voc
,
59 ± 15
Ground-mounted PV systems
434.5 10
58
VocVoc Inter-connector
Solar
cell
20
80 P P
maxmax
0
■
Frame
Frame
125
Isc1,652
Isc 30
On-roof PV systems
Electrical connection cable
Junction box
434.5 10
Open-circuit voltage Voc (V)
120
Power (W)
Current (A)
Normalised values Isc , Voc , Pmax (%)
Normalised
values Isc , Voc , Pmax (%)
994
Normalised values Isc , Voc , Pmax (%)
160
Frame
40
■
Voc
1,652
125
200
58
Off-grid PV systems
Screw
Irradiance (W/m2)
50
240
15
■
, ,
urrent vs. voltage
C
Power vs. voltage
Exterior dimensions
12
11
10
9 1,000 (W/m2)
8
7 800 (W/m2)
6
600 (W/m2)
5
4 400 (W/m2)
3
2 200 (W/m2)
1
46
Pmax
994
Voltage (V)
994
10 10
0 0
Support rail
Plug connector
59 ± 15
Isc
Junction box
125
1
Isc Isc
Normalised values Isc , Voc , Pmax (%)
40 40
On-grid PV systems
Inter-connector
C C
20 20
80 80
Solar cell
■
1,652
1,652
1,652
Short-circuit current Isc (A)
Short-circuit current Isc (A)
Open-circuit voltage Voc (V)
Open-circuit voltage Voc (V)
,
120120
6
2) 2
600600
(W/m
)
(W/m
5
4400400
2) 2
(W/m
(W/m
)
3
2) 2
(W/m
(W/m
)
2200200
VocVoc
30 30
Short-circuit current Isc (A)
Isc
6
5
4
3
2
1
160160
434.5 10
Current (A)
Current (A)
20
Frame
40 40
Power (W)
Power (W)
Voc
30
900± 50
900±
5050
900±
1,652
900± 50
434.5 10
58
125
C C
537.5
25
527.5
25
537.5
125
Local responsibility:
C C
25
537.5
Austria
SolarInfo.at@sharp.eu
Benelux
SolarInfo.seb@sharp.eu
Central & Eastern Europe
SolarInfo.scee@sharp.eu
527.5
25
537.5
Denmark
SolarInfo.dk@sharp.eu
France
SolarInfo.fr@sharp.eu
Germany
SolarInfo.de@sharp.eu
Scandinavia
SolarInfo.sen@sharp.eu
Spain & Portugal
SolarInfo.es@sharp.eu
Switzerland
SolarInfo.ch@sharp.eu
United Kingdom
SolarInfo.uk@sharp.eu
C CC C
537.5
537.5
2525
527.5
527.5
2525
SolarND_60_E0210
1,652
994
Sharp Energy Solution Europe
a division of Sharp Electronics (Europe) GmbH
Sonninstrasse 3, 20097 Hamburg, Germany
Tel: + 49 (0) 40 / 23 76 - 0 · Fax: + 49 (0) 40 / 23 76 - 21 93
www.sharp.eu
994
994
58
434.5 10
900± 50
994
10
200200
Short-circuit current Isc (A)
40
10 10
50 50
240240
Characteristic curves: normalised values
Isc / Voc / Pmax vs. cell temperature
994
12 12
10
11
11
10 10
9 91,000
2) 2
(W/m
)
1,000
(W/m
8 8
2) 2
(W/m
(W/m
)
7 7800800
50
Open-circuit voltage Voc (V)
Power (W)
Mechanical data