Long Lasting Power and Protection for Every Fishing Trip

EcoFlow’s 12V 100Ah Lithium Trolling Motor Battery delivers a peak discharging current of 300A for 30 seconds and can sustain 150A (1.5C) of output for about 10 minutes. In contrast, EcoFlow’s 12V 100Ah Lithium Battery provides less starting power. It delivers a peak discharge current of 110A for 30 seconds and sustainable 100A (1C) discharge. EcoFlow 12V 100Ah Lithium Trolling Motor Battery offers a higher peak output, making it more suitable for starting an engine.

Yes. EcoFlow’s 12V 100Ah Lithium Trolling Motor Battery provides low and high overtemperature protection when charging and discharging. Charging will stop if the temperature falls below 0°C or rises above 55°C. The battery will stop operating (discharging) if the temperature drops below -10°C or rises above 55°C. The wide operating temperature range outperforms lead-acid and deep-cycle batteries.

EcoFlow’s 12V 100Ah Lithium Trolling Motor Battery supports multiple charging options, including solar panels, DC-to-DC chargers, and AC-DC battery chargers. Always confirm that the output of your charger does not exceed the 12v lithium battery’s maximum input capacity. Plugging in a power source that exceeds the charging capacity can decrease the cycle life or permanently damage your 100Ah lithium battery.

EcoFlow’s 12V 100Ah Lithium Trolling Motor Battery can operate for 6,000 cycles (full charge/discharge) before storage capacity diminishes to 80%. The battery will continue to function. You’ll just need to charge it more often. Additionally, the 12V lithium battery has an IP65 rating for resistance to water and dust, making it suitable for most marine and on-land applications.

The maximum number of 12V lithium batteries you can connect varies depending on whether you connect them in series (negative-to-positive/positive-to-negative) or parallel (negative-to-negative/positive-to-positive). Series connections Yes. Power Hat will continue to generate power as long as there’s sunlight. However, it will produce less under heavy cloud cover, rain, and shade. Technically, the solar hat requires 300-400W/m² of light intensity (9 AM - 3 PM in direct sunlight/lightly cloudy) to provide more power than your phone consumes. In low-light conditions, your phone will show that it’s charging while consuming more power than the hat can produce. Your phone battery will eventually run down unless sunlight increases.

Yes. However, unlike most men’s or women’s wide-brim hats, Power Hat should not be soaked in water or put in a washing machine. The electronic components are IP65 water-resistant rated. It’s not designed to be soaked. Instead, wipe the solar hat with a damp cloth or rinse it with water while covering the output plug. Avoid excessively bending the solar chip in the brim, as it may crack and negatively impact power output. It’s a sun-shade hat, not a solar helmet.

No. Solar wearables do not emit ionizing radiation that negatively impacts humans. In fact, Power Hat offers protection from one of the most harmful forms of radiation people face — ultraviolet light from the Sun. Staying SunSmart by limiting exposure to UV rays helps prevent skin cancer, sunburn, and premature ageing. Solar cells emit extremely low levels of electromagnetic fields (EMFs) by using the photovoltaic effect to convert sunlight to electricity. But EMFs at this level are not harmful — even large solar panels emit far fewer EMFs than WiFi routers and mobile phones.

Potentially. As with any solar panel, the more direct light that the photovoltaic cells receive, the more electricity is produced until the maximum power output is reached. If a portion of your hat’s solar cells are shaded, electricity output will decrease. Your phone will still charge, just more slowly. The output from the unobstructed solar cells is not impacted by the shaded PV cells.