LED lights endure for thousands of hours and consume less energy than incandescent bulbs. As a result, they are an excellent solution for both residential and business applications. With all of the advantages of LEDs, you may have thought of utilizing LED grow lights for your indoor plants.
Standard LED lights merely give lighting, however, best LED grow lights provide a broader spectrum of blue and red light, which encourage vegetative and blooming development, respectively.
In this post, we’ll go through the distinctions between LED lights and LED grow lights in further detail. We’ll also discuss if you should use LED grow lights or another form of grow light completely for your indoor plant.
What Is The Difference Between An LED Light And An LED Grow Light?
LED, which stands for light-emitting diode, is a type of light that has a microprocessor. That microchip receives electrical currents, which causes the LED to shine brightly. These light bulbs also come equipped with a heat sink, which is the location where heat is dissipated when the LED becomes hot. This is one of the factors that contribute to the fact that LED lights feel cool to the touch. That implies the LED light aims in a given direction to create lighting. In comparison, a compact fluorescent lamp, or CFL, as well as incandescent bulbs, emit light in all directions. This reduces energy efficiency since some light is lost unnecessarily.
LEDs are not only a better choice for the environment, but also for our wallets. Most LED lights will last roughly 50,000 hours.
LED Grow Lights
Following that, we have to grow lights. There is no need that these to be LED lights exclusively. You may also cultivate your plants with the assistance of high-intensity discharge lights, which are sometimes referred to as HIDs, fluorescents, or incandescent grow lights.
Grow lights, no matter which type you pick, produce enough light for a plant to photosynthesize. As we discussed in this article, this kind of conversion provides energy to the plant.
The majority of grow lights are electric, and they are all artificial. Plant owners will use grow lights if a plant requires a light source other than the sun or if the plant is unable to access the sun for any reason. For example, suppose you grow a plant at work and you work in a cubicle.
Grow lights, albeit artificial, attempt to resemble the sun as closely as possible. This usually results in a more diverse light spectrum for your grow lights. Aside from the color spectrum, grow lights may also be controlled for color temperature and luminous effectiveness.
What exactly is all of that? That is an excellent question. Color temperature is a method of identifying various light hues and sensations. It is always written in Kelvin or K. The lowest and greatest light temperatures are 1,000K and 10,000K, respectively. A warm white hue ranges between 2,000K and 3,000K, a cool white range between 3,100K and 4,500K, and a blueish daylight tint is between 4,600K and 6,500K.
In terms of luminous effectiveness, this refers to the caliber of the light that can be seen that is generated by a certain source of illumination. Lumens per watt is a common measurement used to describe how well a light emits light. Because the spectral sensitivity of our eyes prevents us from perceiving all light wavelengths, luminous effectiveness is an extremely important metric to accurately measure.
What are the distinctions between LED lights and LED grow lights now that we’ve gone into detail about them?
- Lighting: LED lights are only utilized for illumination in a household or business setting. LED grow lights promote plant development.
- Light Variety: As previously said, you may choose from several grow lights to fit your budget and preferences. HIDs, fluorescents, incandescents, and, of course, LEDs are among them.
- Available Colors: Here’s what we spoke about in the introduction. Normal LEDs have a color spectrum, although it is not as broad as that of grow lights. LED grow lights, for example, require both blue and red light spectrums. The blue permits the plant to grow vegetatively, but the red encourages blooming.
While ordinary LEDs are fantastic to have around the house since they last almost forever and may help you save money, don’t be fooled. LED lights and LED grow lights are not the same thing. A grow lamp will guarantee that your plants achieve their maximum potential if you provide them with a light source.
Which Grow Light Is Best For Your Plants?
That brings us to the subject of which grow light is the most effective. Your grow light selections have previously been discussed. Is one superior to the other? Let’s look at those other grow light sources and compare them to LED grow lights to find out.
Metal halide and high-pressure sodium lamps are examples of HID lighting. Don’t get us wrong: that’s still remarkable, but it doesn’t have the same lifespan as LEDs.
Furthermore, unlike LED lights, HIDs do not have a heat control mechanism. This is an expensive investment.
When it comes to T5 bulbs, fluorescents are a feasible grow light option. T5 fluorescent bulbs, which are less expensive than LEDs, do not emit as much heat as HIDs, although LEDs still manage heat better. However, a T5 light is preferable to an HID light.
Last but not least, there are incandescent bulbs. In contrast to fluorescents, they have not evolved significantly in recent decades. Incandescent lights produce a lot of heat, offer light in all directions, and burn out quickly. They also use a lot of energy. Any other form of grow light is preferable to incandescents.