Build your own energy-efficient lighting solution with this 38-LED DIY kit. This kit features high-brightness LED beads with a 2800–3000 MCD brightness rating, ensuring powerful illumination with minimal energy consumption.
Parameters
Number of LEDs: 38 pieces
Power: 2.4W
Voltage: 85–277V AC
Luminous Flux: 170–210LM
Lampshade: Transparent
Materials:
- PBT Flame-Retardant Housing: High-temperature resistant and anti-aging
- PC Lampshade: Durable and transparent
High-Brightness LED Beads: Brightness of 2800–3000 MCD
Note: Designed with a series-parallel circuit structure, ensuring that even if one LED fails, the others will continue to function without interruption.
Advantages of LED Light Bulbs
High Efficiency and Energy Saving
With the same brightness, an LED energy-saving bulb consumes only 1 kWh of electricity for 1,000 hours. In comparison, an incandescent bulb consumes 1 kWh in 17 hours, and a standard energy-saving bulb consumes 1 kWh in 100 hours.
Extraordinary Lifespan
The theoretical lifespan of an LED light is up to 100,000 hours, whereas standard energy-saving bulbs last about 6,000 hours, and incandescent bulbs only about 1,000 hours.
Healthy Light
LED lights do not emit ultraviolet (UV) or infrared (IR) rays, ensuring no harmful radiation. In contrast, traditional energy-saving and incandescent bulbs emit UV and IR rays.
Eco-Friendly
LED bulbs contain no harmful elements like mercury or lead, making them easy to recycle and environmentally friendly. They also produce no electromagnetic interference, unlike traditional bulbs that contain harmful elements and use ballasts that generate interference.
Eye Protection
LEDs are powered by direct current (DC), eliminating flicker. Traditional bulbs run on alternating current (AC), which inevitably causes flickering.
High Light Efficiency and Low Heat Generation
LEDs convert 90% of energy into visible light, with minimal heat production. By contrast, incandescent bulbs convert 80% of energy into heat, with only 20% becoming visible light.
High Safety Factor
LEDs require low voltage and current, generate less heat, and present no safety risks.