The Voltaic P123 6V 0.6W Mini Solar Panel delivers high-performance solar power in a lightweight design, ideal for IoT applications with strict size, reliability, and longevity requirements.
The VoltaicP123 is a 66x66mm,high-performance 6V 0.6W Mini ETFE solar panel designed for industrial IoT applications, offering a lightweight, efficient, and cost-effective solution for outdoor power.
SMT ETFE panels are advantageous where size or weight is constrained, long lifetimes are desired, and strict quality and dimensional tolerances must be maintained. They do not come with a pre-installed cables, these panels require soldering.
Voltaic ETFE panels are manufactured using a strictly sourced and qualified material stack. They are third-party tested for the equivalent of over 10 years of UV exposure, along with thermal cycling, vibration stress, and exposure to chemicals and oils.
They are also used in a number of ATEX applications, demonstrating suitability for demanding and hazardous environments.
Panel Accessories
VHB Gasket - creates a waterproof, secure seal when mounting P123 solar panels to enclosures
Features
IPX7 waterproof rated
10+ years UV exposure testing
Third-party agency qualification
24% high-efficiency Sun power solar cells
Black matte appearance
Low friction, anti-dust surface
Specifications
Output
Open Circuit Voltage: 7.09V
Peak Voltage: 6.07V
Peak Current: 110mA
Peak Power: 0.64W
Power Tolerance: +/-10%
For maximum power output, orient the panel towards the sun
Mechanical Characteristics
Dimensions: 66 x 66 x 3.1 mm
Weight: 14.4 g
Standard Tolerance: ± 0.5 mm
Compliance: RoHS and REACH
Testing: relevant sections of IEC 61215, SAE J1455, and IEC 60529
Mounting: G105 VHB gasket
Operating Temperature: −40°C to 85°C
Construction
Matte ETFE coating
1.5mm double sided PCB
Electrical Characteristics
Symbol
Parameter
Nominal
Expected*
Unit
WP
Max power (mpp)
0.71
0.60
W
VP
Voltage @ mpp
6.11
5.89
V
IP
Current @ mpp
0.12
0.10
A
VOC
Open-circuit voltage
7.25
7.04
V
ISC
Short-circuit current
0.12
0.11
A
η
Cell efficiency
23.9
-
%
*Expected values are adjusted for real-world losses that include cutting of cells, imperfect transmissivity of the EVA and ETFE encapsulation layers, and the tolerance of the lowest performing cell piece in the series
