Why use LED grow lights?

Knowing the benefits of using something sheds light on why you should use it. Let's take a look at the benefits of using LED grow lights:

Longer life
This is a significant advantage of LED grow lights. These have an extended lifespan of 50.000 to 100.000 hours, which means why use LED grow lights for five years or more in a row. Before buying, please check the specifications of this model and buy a product with a service life of at least 50.000 hours.
The energy consumption of these lamps is lower than that of ordinary lamps. The most unique thing about LED grow lights is that they give a warning before they lose power. At maximum life, some chips will dim and some will emit less light.
This will give you time to replace. The device is available in some models for replacing individual chips.

Flexible features

You can use LED grow lights in any way that doesn't stop applauding. You can take advantage of these lights. Therefore, all gardeners prefer to use LEDs. Place bulbs and panels near plants for maximum brightness.

increase brightness
Normal plant light emits more heat than light. Both are essential for plant growth, but limit the proportions. LED grow lights provide you with a balanced ratio of heat and light.
Because they are designed in such a way that they can provide more light and less or optimal heat. In this regard, you should know that too much heat can affect the growth of your plants.

Efficient growth
When plants receive optimal light, their growth will speed up. Adjusting daylight duration will further increase growth. The results are remarkable in the field of horticulture.
No ballast and reflector required
Because LED grow lights do not require ballasts, they are lighter than regular grow lighting systems. You can put them in normal light fixtures, so you won't have any problems. Since the LED has its own reflector, no additional reflector is required.

Precise spectral matching
When you grow plants at home or outdoors following greenhouse techniques, conditions need to be checked and controlled.

In research, we saw that when plants have a specific wavelength of light, they absorb chlorophyll maximum at 400-500 nm, while the maximum absorption range is 600-700 nm. LED lights can meet this range.