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Solar Module Titan-12-50
Technology
The TITAN-12-50
crystalline solar modules are available in framed and laminate versions.
Both versions feature a rugged laminate design. TITAN uses RWE Solar’s
crystalline solar cells known for their high efficiency and quality
to provide maximum energy production throughout the day. The module
has a rated output of 50 Wp / 12 V. The efficient design of this
module makes it an ideal all purpose solar module. The module is
designed for easy interconnection to achieve voltage and current
configurations for grid-connected systems as well as stand-alone
systems.
Module Design
36 crystalline
solar cells form the heart of the module. These full square cells
offer a homogeneous appearance, optimal use of the area
and are known for high energy yields. Due to its construction
of Glass/EVA/Tedlar, the module is light in weight in addition to
protecting the module/cells against harsh environmental conditions.
A torsion resistant module frame made of anodized aluminum
guarantees high mechanical strength, making the module resistant
to extreme wind and snow loads. The module is equipped with
four additional mounting holes at side rails. Two bypass diodes
integrated into the terminal-cover protect the cells when there
is partial shading. Also installation becomes more convenient through
the terminal-cover which provides safe handling.
Quality
TITAN has established
very high quality standards. Constant checks and inspections at
every step of production guarantee uniformly high quality. Each
module which leaves the production line is subjected to thorough
visual inspections as well as mechanical and electrical tests.
Certifications
TITAN-12-50
module has been type approved as per the requirements of CEI / IEC
61215 standards by JRC, Italy and also conforms to the requirements
of Electrical Protection Class II and EWG guideline 89/932 (CE).
Besides TITAN has a quality management system that is in compliance
with the International Quality System Standard ISO 9002 and Q9002
(1994).
Options
Modified versions
of the module are offered with pre-installed PV-cable and Multi-contact
plugs. Also if required, module frame can be provided with additional
drain holes for easy outflow of excess rainwater.
Technical
Data
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Electrical
Data (nominal) |
The electrical
data apply to standard test conditions (STC):
Irradiance at
the module level of 1000 W/m2 with spectrum AM 1.5 and
a cell temperature of 25°C.
| Power
(max.) |
Pmpp |
50
Wp |
| Configuration |
|
12
V |
| Voltage
at maximum-power point |
Vmpp |
17.2
V |
| Current
at maximum-power point |
I
mpp |
2.9
A |
| Open-circuit
voltage |
Voc |
21.0
V |
| Short
circuit current |
Isc |
3.2
A |
The rated power
may only vary by ±5% and all other electrical parameters by a ±10%.
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Dimensions
and weights |
| |
Module |
Laminate |
| Dimensions
(tolerances + 2mm) |
975
mm x 452 mm |
970
mm x 447 mm |
| Thickness |
36
mm |
4.8
mm |
| Weight |
5.60
kg. |
4.4
kg. |
All the above
dimensions are subject to manufacturing tolerance of ± 2mm.
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Characteristic
Data |
| Solar
Cells per Foldable Module |
36
/ 72 |
| Type
of Solar Cell |
EFG
/ Multi-crystalline |
| Connection |
Terminal
box with screw terminals |
| Cable
Entry |
Prepared
for cable glands (M 12) |
| Connections
(Optional) |
4mm2-Suhner-cable
with MC-Connectors |
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Cell
Temperature Coefficient |
| Power |
Tk
(Pn) |
-
0.47 %/°C |
| Open-circuit
voltage |
Tk
(Uoc) |
-
0.38 %/°C |
| Short-circuit
current |
Tk
(Isc) |
+0.10
%/°C |
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Limits |
| Max.
System Voltage |
600
V D.C. |
| Operating
Temperature |
-40
to +90°C |
| Storm
Resistance |
Wind
speed of 130Km/h and safety factor of 3 |
| Humidity |
95%
at 40°C |
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