B.Lite Premium 720W 1940e Full Spectrum LED Grow Light VS TopoLite 720W Full Spectrum LED Grow Light
At its advent, few people would have thought of the LED lighting technology playing an essential role in farming (the growing of plants). The technology has made it possible for professional farmers and enthusiasts to create an optimal and efficient environment that facilitates the growth of plants.
The use of LED grow lights in plant growth has numerous advantages that include energy efficiency, durability, adjustable lighting wavelength, compactness, and stimulate plant growth. Despite these benefits, making the right choice is a challenge. This can be attributed to the many types of LED lights available in the market coupled with confusing statements and misleading product description from manufacturers and retailers.
For managed farming that looks to new technologies that enhance plant growth and yield production, making the right choices is paramount. As such, it is essential that the farmer picks the right set of LED lights right from the get-go, and that means making an informed choice.
Are LED lights a good choice for growing plants?
If you don’t want to deal with the inconveniences of constructing ducts or exhaust systems, then LED lights are a great choice for you. You can customize and choose the spectrum of light you want with LEDs.
All you need to do is survey your surroundings and do a little research to determine what kind of setup you wish to have.
Of course, you’ll have to maintain your crops and supply them with all the nutes, fertilizer, and water they’ll need. LED lights for plants will mimic the sun and provide your plants with a source of light without excessive heat.
LED lights are an ideal choice for beginner cultivators, as they are efficient, affordable, and easy to manage. Expert cultivators accustomed to other lighting systems may find switching to LEDs a little more tricky.
But, as the benefits of growing plants with LED lights surface, they’ll soon realize they made the right choice.
B.Lite Premium 720W 1940e Full Spectrum LED Grow Light Fixture
Features:
B-Lite LED rgow light is the preferred grow lights for gardeners of all skill levels. This state of the art fixture uses the highest quality Samsung diodes, blanketing your canopy with the maximum amount of usable light. This LED fixture is proven to produce not only the highest quality product, but also the largest yields far surpassing traditional HID lights. The B-Lite Premium 1940e brings more usable energy to your plants and within less power. It is compatible with all the commercial growing environments. These fixtures are fold-able for easy transport and Controllable with the B-Lite Master Controller. Professional led chips combination brings full spectrum(sunlight) which can provide excellent output for the whole grow stages, high efficacy and reliable light fixtures are increasing yields, quality and productivity at the same time.
TopoLite 720W Full Spectrum New Tech Professional Version LED Grow Light Strips
Features:
The actual power consumption of this grow light is 720W. It can be used in a top light or multi-tiers or indoor grow tent application. This powerful, full spectrum light source is intended for full term plant growth from the vegetative stage to the higher light requiring bloom stage. Super Bright LEDs, bring sunshine to your plants. UL listed Branded Driver Adopted, Safety isolated power supplier long lifespan & energy saving. It can achieve a high average ppfd of 1000 umol/s m² on your crop. For mixed vegetative/flowering environments and to tune the amount of light to the cultivars you grow. 180° degree foldable desgin which makes it’s very easy to transport.
How to Use Your Best Led Grow Lights?
Best led grow lights vary widely in the amount of radiation (PAR) available to their plants. At the same time, plants vary greatly in the amount of light they need. However, when it comes to growth lights, you need to consider two main variables, and they can usually be adjusted — they are distance and duration.
Grow Light Quality
One of the major differences between best led grow lights and the ordinary bulbs you use to illuminate homes is the spectrum they distribute. The human eye can “see” light in the frequency range of about 380 (we call it “purple”) to 740 (red “) nanometers, but we are most sensitive to yellow light, so it is the cheapest and easiest way for us to light our home, that is to provide yellow light for us.
Although plants can and do appreciate light from the visible spectrum (or even beyond), the most important frequencies for them are red and blue. That’s why you find a lot of plant lights that look purple on the Internet — a combination of red and blue. Personally, we do not love these purple plant growth lights. Of course, from an energy point of view, they are efficient, but they also ignore other frequencies, such as ultraviolet, infrared, green and yellow.
To be sure, none of these frequencies are as important as red or blue, but these other frequencies offer countless plant health benefits that are still the subject of a lot of research and learning in the scientific community. Ultraviolet, infrared, green and yellow affect factors such as disease and insect resistance, thickness and texture of leaves, and taste, flavor and oil produced by plants.
Although the “optimal” light frequency of plants is still a controversial topic, the reality is certain — from the perspective of light quality, grow lights can provide a suitable substitute for natural light.
Grow Light Intensity
One of the biggest challenges that our humans face in assessing and understanding light is our students. The things in the front of the eye expand and contract, allowing different amounts of light to shine on the retina. Our pupil regulates the amount of light that enters our eyes — these holes are small when the light is sufficient. When light is low, they turn on to allow more light to enter. This means that we’ve been walking around all our lives using an automatic dimmer, affecting the way we see the world — and in most cases we don’t notice that these adjustments are being made constantly. It also means that we are really bad at assessing light intensity.
For this reason, we humans have to rely on tools (no pupil) to measure light for us. Photographers usually measure light with lumen or lux, and in the plant world, we are concerned about a slightly different unit of measurement called par — or “photosynthetic effective radiation.”.
Although modern grow lights can provide enough light for your plants, the fact is that not all plants can. Light intensity requirements for slow growing ornamental plants, such as tortoise bamboo, green snake or snake plant, are relatively easy — even at lower distances, using cheap or effective growth lamps. However, edible plants grow faster, and faster growth requires more energy (think of them as teenagers). Obtaining adequate light intensity for edible plants usually requires better growth or higher power growth lights, and should be kept at an appropriate distance from plants.
Economic Perspective
Grow lights have been in existence for decades. They have been able to provide the quality and quantity of light needed for plant growth for a long time. However, it was not until the last decade or so that they became efficient enough that their cost of ownership is now low enough that they can provide an economic alternative to natural light for farmers or for growing food.
Another way; This means that the cost of running a grow lamp now is lower than the value of the food we can grow under it. That’s not always the case, but that’s why you’ve heard more about indoor and vertical agriculture in the last five years or so. Grow light technology is the main “promoter” of this booming industry.
Conclusion
As you can see, your horticulture success depends on many variables. Fortunately, most of them are under your control. Even if you’re an experienced grower, you’ll learn something new each time you grow a crop.
The main components of success include becoming familiar with the species of plants and their needs. You also have to know your equipment, its capabilities, plus the recommendations provided by the manufacturer.
