Short description: Solar Panel TX-22039, 90 Wp

Description:

So far, rollable or foldable modules were always available only with low-power thin-film solar cells. Thus periode is now over.
With the TX series SunWare now offers foldable modules based on crystalline high-performance solar cells with an efficiency of 22.1%.

The TX-22039 is a 2-leaf solar module with textile surround. Thanks to the textile joint it can simply be folded to small transport dimensions of 413 x 873 x 25mm.

Each wing of this module works independently!

This particular electrical interconnection set up by SunWare causes when an element is shaded, the other wing produce full power further on.

For example, just hang over the railing a two-wing module when the spray hood has been folded up. Almost no matter how the boat is orientated to the sun, the sunny side of the TX-22039 always produces full charging current.

Panel bag is in scope of delivery.

Average daily yield from a 90 Wp solar panel

Jan Feb Mar Apr May Jun Jul Aug Sep Okt Nov Dez
43
166
88
233
174
329
274
423
369
479
381
530
366
532
309
467
206
361
111
260
53
174
36
145
Wh/day
3.1
11.9
6.3
16.6
12.4
23.5
19.6
30.2
26.4
34.2
27.2
37.8
26.1
38.0
22.1
33.3
14.7
25.8
8.0
18.6
3.8
12.4
2.6
10.4
Ah/day @12V
Location: Kopenhagen Location: Palma de Mallorca

Technical Data:

Designation Value Unit
Pmax 90.0 Wp
Imax 4.60 A
Umax 19.57 V
Uoc 24.5 V
Isc 5.00 A
no of cells 36 Stck.
cell sizes 39.0 x 156.0 mm
laminate ETFE/EVA/ETFE
Lenght 873.0 mm
width 826.0 mm
Product weight 4.2 kg
Package-Lenght 1090.0 mm
Package-width 450.0 mm
Package-Height 90.0 mm
Package weight 7.2 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 2x2,5mm², red/blue, 1+10m mm²
Cable lenght 1.0 m
Cable diameter 8.5 mm
Cell-Protector no
EAN-Code 4260278640605
WEEE Reg. No. DE 47722746
Price incl. VAT 998.00 €
Price excl. VAT 838.65 €

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

Technical Drawing: