Before buying an LED grow light for indoor plants, you should know what wavelengths it emits. The wavelengths and spectrum of light that the lights emit can be very important in determining which type of light your indoor plants will need. There are three types of lights: Spectrum, Diode, and COB. Knowing what each one emits will help you choose the best one for your needs. In this article, we will go over each type and how to choose between them.
COB style
COB-style LED grow lights are among the most effective lighting options for indoor growers. They can produce as much as 3000 lumens and consume only 629 watts from the socket. Furthermore, they are quiet and don’t generate a lot of heat. The light can last for over 50,000 hours if used correctly. They can be purchased from a variety of online stores. Some manufacturers offer 30-day refund policies and 24-month quality guarantees.
COB-style LED grow lights are considered the best for both vegetative and flowering stages of a plant’s life cycle. Many users have reported that they got the best harvests of their lives using this light. Unfortunately, some people complain that the light gets dull after a long time. However, this is not a problem for everyone. You can purchase COB-style LED grow lights in the market today and enjoy their excellent results! You can also try some plant stand to enhance the beauty of your garden.
Spread style
When it comes to choosing the best LED Grow light for your plant, choosing the right style can make all the difference. There are two common styles: spread and focused. Both have their own benefits and drawbacks. The spread style produces more light than the concentrated style, and is the most popular of both styles. You can use both to grow your plants to their full potential! If you want to know more about the differences between the two, read on!
The spread style features a multitude of individual LEDs spread across the surface. This style provides maximum light for many plants without affecting the room temperature. This style is best suited to growing plants that are at their vegetative or flowering stages. While spread style LEDs are more powerful than focused ones, they are also less expensive. A 600 watt LED grow light will provide adequate coverage for your plants’ canopy. To increase its intensity, consider mounting the light closer to the canopy during vegetative stage. For flowering plants, mount it higher.
Diode type
When choosing an LED grow light, there are two main categories to consider: the wavelength of the light and the diode type. In horticulture, LEDs typically emit blue or red light. However, certain grow lights include deep red LEDs as well. Although these lights are more expensive per watt, they are highly efficient and are added to LED grow lights to boost system efficiency. In addition, some LED grow lights contain far-red and UVA LEDs, which contribute to the growth and yield of cannabis.
LED grow lights use 60-90% less energy than other types of light sources, including metal halides and high-pressure sodium. However, some growers report that LEDs produce a higher yield than other types of lights. However, there are still some important factors to consider before buying an LED grow light. Fortunately, there are a variety of options available to meet every grow light need. Listed below are some advantages of LED grow lights.
Spectrum
In an artificial environment, the spectral design of LED grow lights is vital for plant growth. The quality of a plant’s growth depends on its spectrum. In fact, the spectral design of a LED grow light reflects its manufacturer’s qualification in manufacturing. This means that it should be carefully selected to achieve the required growth conditions of a plant. There are several factors that determine the spectrum of an LED plant light.
Each light source has its own unique spectrum, but a full spectrum of sunlight contains all wavelengths in the visible light spectrum. It is difficult to replicate this kind of light in horticultural lighting, since many factors affect lighting conditions. LED grow lights, on the other hand, can be customized to fit any situation. Unlike fluorescent and halogen bulbs, LED grow lights can be adjusted to meet these specifications. Hence, they are an ideal choice for growing cannabis.
Power consumption
Before making the purchase of a LED grow light, make sure you understand the wattage ratio of each type. Although this is a marketing ploy, it can sometimes be useful to narrow your choice. The theoretical maximum wattage of LEDs can only be handled if the LEDs are perfectly cooled. Unlike traditional fluorescent lighting, LED grow lights never operate at their maximum wattage.
To determine how much wattage you need for a specific grow space, you must know the PAR and PPFD levels of the plants you are growing. Then, you can convert this information to kilowatt-hours. For example, a 730-watt LED requires 0.730 kwh of power. When you multiply that figure by 12 hours, you get 8.76 kilowatt-hours.
Efficacy
The efficiency of LED grow lights is a key element in successful indoor gardening. The amount of PAR a light emits is the key to plant growth, and the more photons a plant receives, the more it will grow. While efficiency is important, efficacy is more applicable to indoor horticulture. It is therefore important to understand this measurement when purchasing a new grow light. Efficacy is measured in umol/J, which is similar to the miles-per-gallon number of a car. Although umol/J can give you an idea of how efficient a grow light is, it may not reflect the real-world results.
Efficacy of LED grow lights varies widely, from about 60 lm/W to nearly 330 lm/W. It is important to remember that the efficacy of LED grow lights will depend on the design and type of LEDs used. Despite the potential for greater efficiency, LEDs are currently a good choice for growing plants. Their long-term lifespan and high efficacy will increase your yield significantly.
