18 Watt Lumus Solar High Mast LED Light Price And Quantity
7450 INR/Unit
1 Unit
18 Watt Lumus Solar High Mast LED Light Product Specifications
Black
18 Watt (w)
Different Size
220-440 Volt (V)
Metal
18 Watt Lumus Solar High Mast LED Light Trade Information
Cash Advance (CA)
500 Unit Per Month
7-10 Days
Uttar Pradesh
Product Description
The 18 Watt Lumus Solar High Mast LED Light is a powerful and efficient lighting solution for any space. This light is designed to provide bright and consistent illumination for up to 10 hours on a single charge. It is made of high-quality metal and is available in a variety of sizes, making it suitable for any space. The light is powered by 18 watts and can be used with a voltage range of 220-440 volts. The black color of the light makes it an ideal choice for any environment. This light is designed to be energy efficient and eco-friendly. The solar panels on the light absorb sunlight during the day and convert it into electricity to power the light. This helps to reduce electricity bills and reduce your carbon footprint. It is also easy to install and maintain, making it a great choice for any space. The 18 Watt Lumus Solar High Mast LED Light is a great choice for both indoor and outdoor spaces. It is durable, reliable and provides bright and consistent lighting for up to 10 hours. This light is available in a variety of sizes and is powered by 18 watts. It is also energy efficient and eco-friendly, making it a great choice for any space.
FAQ :
Q: What is the power of the 18 Watt Lumus Solar High Mast LED Light? A: The light is powered by 18 watts.
Q: What is the voltage range for this light? A: The voltage range for this light is 220-440 volts.
Q: What color is the 18 Watt Lumus Solar High Mast LED Light? A: The light is available in black.
Q: How long does the light last on a single charge? A: The light will last up to 10 hours on a single charge.
Q: Is this light energy efficient? A: Yes, this light is energy efficient and eco-friendly. It uses solar panels to convert sunlight into electricity to power the light.