Before using LED corridor lights, everyone should first understand the specific structure of the entire lamp. Generally, this type of lamp consists of two parts: the lamp beads and the driver. These two components work together to ensure the lamp operates normally. If a malfunction occurs, the first parts we need to check are also these two components. In this article, the editor will provide a detailed introduction to the specific structure of LED corridor lights and whether they save electricity. Let's take a look in the article!

Specific structure of LED corridor lights:

1. Lamp beads

By opening the white plastic part of the LED corridor light's shell or bulb, you can see an internal circuit board covered with yellow rectangles. The yellow part on this circuit board is the lamp bead. The lamp bead is the light-emitting component of the LED corridor light, and its quantity determines the brightness of the corridor light.

2. Driver

The driver of the LED corridor light bulb is installed at the bottom and is not visible from the outside. The driver of the corridor light is a black box, and it needs to be installed first when setting up the lamp. The driver has functions such as constant current, voltage reduction, rectification, and filtering.

Do LED corridor lights save electricity?

1. A red LED corridor light consumes 15 watts of energy to achieve a certain brightness, while traditional bulbs require up to 150 watts of energy to reach the same level.

Additionally, it has been measured that when the LED corridor light is powered on, 10% of the electrical energy can be converted into light energy, while incandescent bulbs have a conversion efficiency of only about 7-8%. Therefore, it is evident that to achieve the same lighting effect, LED corridor lights are significantly more energy-efficient than incandescent bulbs.

2. To determine whether LED corridor lights save electricity, we need to compare them with other lighting fixtures. In terms of brightness, a 1-watt LED corridor light is roughly equivalent to the brightness provided by a 2-watt energy-saving lamp, and over 90% of the electrical energy can be converted into light energy. This effectively reduces excessive energy loss, making LED corridor lights very energy-efficient.

3. Compared to energy-saving lamps, LED corridor lights are even more energy-efficient. The energy consumption of LED corridor lights is only 25% of that of energy-saving lamps. This is because ordinary energy-saving lamps still consume some electrical energy that is converted into heat, while LED corridor lights essentially do not have this issue.

In summary, after reading the editor's introduction to LED corridor lights, do you have a new understanding of this type of lamp? If you want to learn more, feel free to consult us!

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