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BigBlue SolarPowa 150

STELLAR SUNNY SOLAR POWER

BigBlue SolarPowa 150

ETFE Solar Panel 17.1V 8.78A | MC4 Connector

$229.99$169.99

Continues to harness solar energy in charging electrical devices (via portable power stantion) for your road trip, sailing adventure, beach gateway, or camping trip with an energy conversion rate of up to 23%.

STELLAR SUNNY SOLAR POWER

BigBlue SolarPowa 150

SolarPowa 150

  • SPECIFICATIONS
  • FAQs
  • REVIEW

Power

Model

SolarPowa 150

Rated Power

150W

Open-circuit Voltage (VOC)

20.52V

Short-circuit Current (ISC)

9.23A

Working Voltage (VMP)

17.1V

Working Current (IMP)

8.78A

Waterproof

IP67

Output Ports

MC4

General

Net Weight

5.14kg / 11.31lbs

Solar Cell Type

Monocrystalline silicon

Folded Size (L x W x H)

678 x 505 x 50mm
26.7 x 19.9 x 2 inches

Unfolded Size (L x W x H)

1508 x 678 x 5mm
59.4 x 26.7 x 0.2 inches

1. Why the connected device cannot be charged?

Please check if your device is well connected to the solar charger or if the connecting cable works normally. Re-plug the cable or try with another cable.

2. Why the connected device is charged slowly?

Ensure that the input current and voltage of the connected device are within the accepted range. The amount of sunlight, weather, or shady may cause fluctuations in the current output that prevent your devices from charging. In this event, try placing the solar charger in more direct sunlight or wait for the weather to clear. In order to get the maximum solar energy, please adjust the solar charger toward the sun.

3. What is the difference between the nominal / rated output from the actual output of the solar charger?

The maximum nominal / rated output of the SolarPowa 150 solar charger is rated based on the Standard Test Conditions (STC) – the industry-wide standard for the conditions under which a solar panel is tested. The test conditions are defined as irradiation 1000 W/m², temperature 25°C, and air mass 1.5.

The nominal / rated power refers to the power of the solar charger, which is not equal to the actual output of the solar charger. In fact, the actual power is less than the nominal / rated power, since there will be some power loss in the form of heat during the solar energy conversion, and a few other environmental factors such as the weather conditions, seasonal changes, and location.