[NEVER USED] 300W 12V Solar Panel Kit, Battery Charger Kit with 20A Solar Charge Controller for RV, Yacht, Outdoor Use

Product never used, packaging damaged during transport. Unopened product, repackaged in our warehouses, in perfect working condition, warranty available.

300W Complete 12V USB Solar Panel Kit with Controller, 10-60A Solar Battery Charger for Car, Yacht, RV, Boat, Cell Phone Battery Charger

Controller Connection Steps (see image above)

1. Connect the positive and negative terminals of the battery as shown.

The controller automatically detects the battery voltage.

2. Connect the solar panel to the controller.

3. Connect the load as shown. Do not connect in reverse.

Note: Please strictly follow the wiring diagram.

Otherwise, it may cause a short circuit in the controller.

The order of disassembly is the opposite of the order of connection.

Features:

1. Made with high-quality materials, durable and exquisite. Its conversion rate is high.

2. Dual-output solar panel with USB interface to meet all your requirements.

3. Environmentally friendly and pollution-free, converting solar energy into electrical energy.

4. Wide range of applications; can be used in many places such as cars, small household appliances, and so on.

5. A solar panel is a device that directly or indirectly converts solar radiation into electrical energy by absorbing sunlight. Compared to ordinary and rechargeable batteries, solar panels are more energy-efficient and longer-lasting.

Specifications:

Name: Flexible Solar Panel

Material: Polycrystalline Silicon

Solar Panel Voltage: DC12-18V

Peak Power: 300W

USB Output: 5V

Number of USB Ports: 2

Open Circuit Voltage (OCV): 5V

Short Circuit Current (SCC): 3A

Output: USB

Size: 435 * 200 * 2.5mm

Package Includes:

1 x Solar Panel

2 x Alligator Clips

1 x Car charger

4 x accessories

Attention:

1. Please allow 1-3cm (0.4-1.18") difference due to manual measurement and slight color difference for different display settings.

2. The item's color may be slightly different from the picture due to the light and screen difference.