Short description: Solar Panel TX-14152, 20 Wp

Details:

For the electrical installation, lead the 10m cable to the interiour and stuck it into the charge controller FOX-062, attached to the package. Detail information about the regulator FOX-062.

During winter, the battery will be loaded and maintained by the solar system. Due to the much longer live of the batteries, the solar system will pay for itself quickly

The TX-14152 is sufficient for up to 400 Ah (12V) battery capacity.

The D-loops are sewn to the strap - ultimate load 500kg. The module is sewn only at the top to the strap. At the lower edge the strap is just guided, so that the forces of stress and strain of the strap shall not be conducted in the module (similar to fix-/floating beering in mechanical engineering). Also, the cable is secured to the module by an additional strain relief.

To avoid violent swinging in the wind, additionally the module may be braced laterally.

Average daily yield from a 20 Wp solar panel

Jan Feb Mar Apr May Jun Jul Aug Sep Okt Nov Dez
10
37
20
52
39
73
61
94
82
106
85
118
81
118
69
104
46
80
25
58
12
39
8
32
Wh/day
0.7
2.6
1.4
3.7
2.8
5.2
4.4
6.7
5.9
7.6
6.1
8.4
5.8
8.4
4.9
7.4
3.3
5.7
1.8
4.1
0.8
2.8
0.6
2.3
Ah/day @12V
Location: Kopenhagen Location: Palma de Mallorca

Technical Data:

Designation Value Unit
Pmax 20.0 Wp
Imax 1.01 A
Umax 19.80 V
Uoc 24.5 V
Isc 1.10 A
no of cells 36 Stck.
cell sizes 52.0 x 52.0 mm
laminate ETFE/EVA/ETFE
Lenght 750.0 mm
width 275.0 mm
Product weight 1.0 kg
Package-Lenght 742.0 mm
Package-width 585.0 mm
Package-Height 40.0 mm
Package weight 1.5 kg
Designation Value Unit
holes 0 x 0.0 mm
system voltage 12.0 V
Protection class IP68
base plate Alu-Sandwich weiss/white
cable outlet on frontside
cable 2x1,5mm², red/blue, 10m mm²
Cable lenght 10.0 m
Cable diameter 6.5 mm
Cell-Protector no
EAN-Code 4260278640667
WEEE Reg. No. DE 47722746
Price incl. VAT 349.00 €
Price excl. VAT 293.27 €

Cell Characteristic

Multicystalline Solar Cell - Current Temp. Coeff. (Isc): 0.06%/K - Voltage Temp. Coeff. (Uoc): -0.34%/K - Power Temp. Coeff. (Pmax): -0.42%/K
Standard test conditions: AM 1.5, 1000W/m², 25°C