● Hochwertige Zellen der Güteklasse A, 25,5 % Wirkungsgrad
● Bypass-Diode: Verhindert Überhitzung und ermöglicht den Betrieb des Solarmoduls auch bei teilweiser Verschattung.
● Robuster, korrosionsbeständiger Aluminiumrahmen für langlebige Leistung.
● Jedes Solarmodul verfügt über speziell vorgebohrte Löcher für eine einfache Installation.
EcoBoss 100W Solar Panel
ECBOSS 100W solar panel: 16BB N-type monocrystalline cells, up to 25.60% efficiency—higher output/stability than P-type, with less internal resistance, hotspots, and microcracks. Ideal for 12V off-grid systems; compatible with MPPT/PWM controllers and power stations for RVs, boats, and cabins. Excellent temperature performance reduces heat loss, while 3.2mm low-iron tempered glass and corrosion-resistant aluminum frame deliver weather resistance and up to 30-year life.
Technical Specifications
| Maximum Power: | 100W |
| Maximum Power Voltage: | 20.88V |
| Maximum Power Current: | 4.79 A |
| Open-circuit Voltage: | 23.1 V |
| Short-circuit Current: | 6.05A |
| Efficiency | 25.6% |
| Cell Type: | N-Type |
| Dimensions: | 91×58×3cm(35.8×23.0×1.18 in) |
EcoBoss 100W Solar Panel
Electrical Characteristics (STC: 1000W/㎡, 25℃, AM1.5)
Maximum Power (Pmax):
100W
Open Circuit Voltage (Voc):
23.1V
Short Circuit Current (Isc):
6.05A
Voltage at Pmax (Vmp):
20.88V
Current at Pmax (Imp):
4.79A
Module Efficiency:
25.6%
Power Tolerance:
(0, +4.99W)
Maximum System Voltage:
1000V
Maximum Series Fuse Rating:
25A
Temperature Characteristics
Pmax Temperature Coefficient:
-0.40%/℃
Voc Temperature Coefficient:
-0.32%/℃
Isc Temperature Coefficient:
+0.05%/℃
Operating Temperature:
-40~+85℃
Nominal Operating Cell Temperature (NOCT):
45±2℃
Mechanical Specifications
Dimensions:
910 × 585 × 30 mm
Weight:
5.4 kg
Solar Cells:
Monocrystalline 182×210mm (36 pcs)
Front Glass:
3.2mm Tempered Glass, Low Iron
Frame:
Anodized Aluminum Alloy
Junction Box:
IP67 Rated
Mechanical Load:
5400 Pa
Output Cables:
4.0mm² × 900mm
Connector:
MC4 Compatible
Warranty
Product Warranty:
5 Years
Frequently Asked Questions
No. The panel voltage is higher than the battery. Direct connection will overcharge and damage the battery, causing safety risks.
Yes. Even small shading will greatly reduce the output power of the whole panel.
It can provide weak trickle charging, but it is hard to fully recharge a depleted battery.
Use thicker copper wires for long-distance wiring to reduce power loss and improve charging efficiency.
It withstands outdoor rain, but cannot be submerged for a long time. Clean snow and dust regularly.
Suitable for phones, lights, cameras and intermittent mini fridges. Not for high-power devices such as kettles and heaters.
Terminals carry voltage under sunlight. Do not touch exposed metal terminals directly.