When cultivating air plants, it is essential to select the right LED grow lights. Whether you’re lighting a solitary plant or an entire terrarium, finding the suitable illumination is crucial for the plants’ growth and prosperity.
LEDs produce a spectrum of light that includes visible colors from 380nm-740nm as well as invisible wavelengths like infrared (IR) and ultraviolet (UV). Studies have demonstrated that full spectrum lighting can accelerate or slow growth, improve nutrition and color accuracy, among other effects.
The Light Spectrum
The light spectrum is the range of wavelengths from which electromagnetic waves can be emitted or absorbed. The visible portion (380 to 780 nm) is what humans see with their eyes, while astronomers use this range of energy to study stars and planets in the sky.
In the electromagnetic spectrum, there are various types of light. Radio, microwave, infrared, ultraviolet, X-rays and gamma rays are some of the more prominent. This range is further broken down into specific regions based on how electromagnetic waves interact with matter.
Astronomers typically view the electromagnetic spectrum as a continuous range of lines and bands. This is because wavelengths are not discrete but rather blend together like rainbow bands.
Light from different sources has unique properties, such as stimulating certain chemical reactions or aiding plant nutrition and coloration.
A grow light can be tailored to produce specific wavelengths for certain stages in a plant’s life cycle, helping increase their overall yields. Unfortunately, selecting the optimal light spectrum can be challenging and confusing.
Before anything else, it’s essential to comprehend the light spectrum and its significance for growing plants. Most plants utilize light in the PAR (photosynthetic active radiation) region of wavelengths (400nm-700nm) for photosynthesis; this light can be absorbed by chlorophyll pigments which are essential for both photosynthetic efficiency and plant nutritional levels.
To maximize your crop’s health and THC potency, it’s essential to use a light that emits high levels of both red and blue light for maximum photosynthesis and nutrient absorption. LEDs can be designed specifically to deliver these spectrums for optimal health while being more energy-efficient than traditional HPS lamps – making them an ideal option for scaling up production.
Full spectrum lighting is an energy-saving choice for indoor and greenhouse farmers as well as Cannabis growers, and it’s becoming more widely adopted. Full-spectrum LED lights are highly efficient at encouraging plant growth during specific stages of its life cycle, leading to greater yields overall.
Adjustability
LED grow lights for air plants offer various adjustable settings that can be used at any stage of your plants’ growth cycle. These include light intensity and distance between the grow lamp and plant canopy – helping you keep your plants healthy and contented as they progress through each stage.
For instance, when cultivating marijuana, the amount of PPFD needed to produce flower buds varies. Therefore, you’ll need to adjust your LED light’s distance from your plants accordingly so they receive an even amount of PPFD regardless of which stage they’re at.
As the grow lamp is farther away from your plants’ canopy, light intensity decreases. That is why it’s essential to calculate the correct distance before purchasing a new grow light.
When using a grow lamp, its wattage can determine how far it should be placed from the plant. Generally speaking, lamps with less than 300 watts should be kept 12 inches (30 cm) away from the canopy to avoid light burn. On the other hand, higher-wattage lights (1000 or more) should be kept 36 inches (91 cm) away from plants to prevent light damage.
Many cannabis growers find this task challenging, yet it is absolutely necessary to maintain the correct distance from your LED lights to prevent discoloration or stunted growth. When the light source is placed too close to the plant canopy, you may experience issues like “light burn,” where leaves turn upward and become brittle or wilty.
In addition to adjusting the distance from light to your plants, make sure the temperature of your grow room remains low enough to prevent heat damage. Transpiration is an essential metabolic process in plants and the temperature of a grow room can impact how much transpiration takes place. If it’s too warm, stomata may not open properly and water absorption by roots may slow down.
Cooling System
The cooling system of LED grow lights for air plants is essential to their performance. It enables growers to promote optimal growth and produce healthy plants that can withstand even extreme climates.
LED grow lights are ideal for cultivating vegetables, strawberries and vine crops in greenhouses, containers and indoor grow rooms. Their compact size and lack of shade make them energy efficient compared to other lighting systems.
Cultivating cannabis and other high-producing plants using LED lights is a great option, as they provide consistent lighting throughout their lifecycle. This is especially useful in multi-layer cultivation where heat and humidity levels must be carefully maintained for optimal results.
HID lamps produce a lot of heat, and two methods to reduce it include forced air convection and liquid cooling. Forced air convection works by drawing cool, moist air through ducts attached to the lamp itself.
Liquid cooling, on the other hand, utilizes liquid to cool LEDs and can be an effective method for minimizing heat buildup. However, it’s essential that you choose water free of chlorine or other chemicals which could accelerate corrosion and weaken your fixture over time.
One of the primary advantages of a water cooling system is that it takes up less space than other options and helps save energy costs by not needing an air conditioner or ventilation system. Furthermore, properly designed water cooling systems significantly reduce the risk of damaging LED grow lights.
When choosing how to cool your lights, the power of LEDs should be taken into account. LEDs are more energy-efficient than their traditional HPS and MH counterparts, meaning they produce more visible light without using as much electricity for cooling the bulb.
LEDs may be more costly than standard fluorescent or HPS lamps, but they’re energy efficient and can save you money in the long run on your electric bill. As such, many hobbyist growers choose LEDs over other light sources for this reason.
Warranty
When shopping for an LED grow light, the warranty of your light should be taken into account. Not only will a good warranty provide you with peace of mind, but it will also guarantee that your investment lasts as long as possible.
Most LED lights come with a warranty that will cover both the light and/or its driver for an agreed upon period of time. The length of this warranty varies between manufacturers, so be sure to read it thoroughly when purchasing an LED grow light.
Some manufacturers provide a one-year warranty, while others provide two or three years of coverage. Most of these companies will issue either a refund or credit if the LED grow light fails during its warranty period.
If you’re searching for an LED grow light with a warranty, we suggest considering these brands:
NextLight offers a 30-day satisfaction guarantee on all eligible products. Customers must ship the unit to the company and contact the company if the item does not work as promised.
This warranty covers defects in materials or workmanship for a limited period, and it applies only to the original purchaser of the unit. During this time, the company will either repair or replace the item at their discretion.
NextLight not only offers a 30-day satisfaction guarantee, but they also provide free shipping and an unbeatable lifetime warranty on their lights. If your product becomes defective, NextLight will either repair it or replace it at no extra charge to you.
For instance, if you purchase an air plant LED grow light from NextLight and it does not function within 30 days of receipt, NextLight will either send you a replacement unit at no charge or give you a refund.
Many air plant LED grow lights offer an adjustable spectrum, allowing users to isolate red and blue wavelengths for different stages of plant growth. This is an efficient way to promote plant development while keeping your LED grow light as energy-efficient as possible.
