Products

Solar capacity: 60W ± 5%

Efficiency: 20.0% - 22.1%

DC interface: 18V 3.3A

USB interface: 5V 1.8A

Solar cells: highly efficient single crystal silicon

Dimensions: 250 * 335 * 30mm (folded) / 1560 * 350 * 5mm (unfolded)

Weight: 1.9kg

The set includes a controller for charging the battery and an output for lighting.

One nozzle for charging through the boat to the battery and one directly to the battery.

Mobile phone charging cable.

Cable, extension cord for controller.

Additional nozzles of different sizes.

Two carabiners

Output: 100 W ± 5% Output: 200 W ± 5%

Load voltage: 18V ± 5% Load voltage: 18V ± 5%

Peak Current: 5.55A ± 5% Peak Current: 11.1A ± 5%

Open circuit voltage: 21.6 V ± 5% Open circuit voltage: 21.6 V ± 5%

Short circuit current: 6A ± 5% Short circuit current: 11.8A ± 5%

Conversion efficiency: 22%

Material: PET Monocrystalline Silicon Solar Cell Sheet Material: PET Single Crystal Silicon Solar Cell Sheet

Folding Size: 600 * 545 * 50MM Folding Size: 620 * 545 * 50MM

Expand Size: 1200 * 545 * 40MM Expand Size: 2325 * 545 * 40MM

Accessory Parts: DC Dual Male 1.5MMC4 / Andersen / 7909 / XT60 Sayingbook Accessory Parts: DC Double Male 1.5Mmc4 / Andersen / 7909 / xT60 Sayingbook

Test conditions: STC: AM1.5 sunlight intensity 1000w / m2 25C Test conditions: STC: AM1.5 sun1ight intensity 1000w / m25C

Net weight: 3.9KG

Battery (model 3S7P-260) – manufactured by Dongguan Xinyi Electronics Co., Ltd.

Configuration: 3S7P (3 cells in series, 7 in parallel), 18650 cells.

Main specs:

• Nominal voltage: 11.1 V
• Max charge voltage: 12.6 V
• Capacity: 18,200 mAh (typical)
• Charging method: CC/CV (constant current / constant voltage)
• Max charge current: 5.0 A
• Max discharge current: 15 A

Built-in BMS board (cell monitoring, balancing and protection):

• Overcharge protection: 4.225 – 4.275 V per cell
• Over-discharge protection: 2.62 – 2.78 V
• Overcurrent protection: 17 – 20 A
• Cell balancing & control

BMS components:

• IC: S8254AAV
• MOSFET: TPCA8131 (x4)

Charging note:
The battery can be charged with an intelligent charger (e.g. iMAX) when set to Li-ion 3S mode with an end voltage of 12.6 V.
If the charger is set to LiPo mode or uses a different algorithm, the BMS may interrupt charging, which can look like the battery “won’t charge”.

If you want, I can help with exact iMAX settings or recommend a fully compatible charger type.