LYD-SEM-L Solar Lighting Kit

Product details

Model: LYD-SEM-L

12W poly solar panel, 3.7V 1000mAH Lithium battery, lamp size: 205*205*73MM

It looks like you're mentioning components that could be part of a solar-powered lamp system. Here's a breakdown of the specifications and how they might be combined to work together:

1. 12W Poly Solar Panel:

• Power Output: This solar panel is capable of producing 12 watts of power.
• Polycrystalline: Polycrystalline panels are typically less expensive and efficient compared to monocrystalline panels, but still a solid choice for outdoor applications.
• Voltage and Current: The specific output voltage and current depend on the panel’s design. In many cases, a 12W panel might have an output voltage of around 5V to 18V depending on the type.

2. 3.7V 1000mAh Lithium Battery:

• Voltage: This battery is rated at 3.7V, which is typical for small solar-powered devices and is ideal for storing power.
• Capacity: 1000mAh means it can provide 1A of current for 1 hour, or less current for a longer duration. This will determine how long the lamp can run based on its power consumption.
• Use: It will store energy harvested from the solar panel during the day for use during the night or cloudy days.

3. Lamp Size: 20520573mm

• Dimensions: The lamp measures 205mm x 205mm x 73mm (about 8.07 inches x 8.07 inches x 2.87 inches). This suggests the lamp is fairly compact, possibly for a table lamp or small outdoor lighting application.
• Design: The design likely involves space for the solar panel, the battery, and the LED or other light source. The lamp is likely built to house the 3.7V lithium battery and include an efficient lighting system that can run on the power stored.

Possible Setup:

• Solar Charging: The 12W poly solar panel would charge the 3.7V lithium battery during the day, even in partly cloudy conditions.
• Energy Storage: The 1000mAh lithium battery stores the energy, which will be used to power the lamp during the evening or when there's no sunlight.
• Lighting: Based on the size, the lamp could use low-power LED lights or similar energy-efficient lighting. The capacity of the battery might allow it to power the light for a few hours, depending on the wattage of the LEDs.

Would you like more detailed information about how to connect these components or suggestions for creating a circuit with these parts?