Are you looking for LED Grow Lights?

One of the most frequently asked is where to begin with their light spectrum.

When should my harvests do have blue light? Or is more red light better? Do I want Far-Red light and if so, when should I turn on this? What about white light...my plants liked it before. Won't they enjoy it now?

In an attempt to keep Grow Co grow light users ahead of their competition, we have taken a step to remove the guesswork of establishing a top quality light spectrum. With only a couple clicks of the mouse, growers are now able to establish a sunlight replication light program into Grow Co grow lights. These schedules (or "light recipes") can make up to 150 day-to-day adjustments to the light color and intensity minus the grower ever needing to touch a power nob or manual timer.

No more magenta light please.

Most LED grow lights come using a blue, red and simple light spectrum. This gives off that brilliant magenta light color which is nowadays interchangeable with LED grow lights. This light color is not extremely hard to monitor the well-being of the plant and in any way enjoyable to work under.

As easy as opening an e-mail

The light recipes that are fundamental stem from real solar irradiance measurements. The data is taken from geographies known for producing top quality blooms and/or leafy greens in natural states. From here, growers can then tweak the settings to accommodate to growing environment and their specific crops. For example, we now have growers now who've managed to shave off their flowering time by fine tuning a light recipe for his or her harvests.

Ready to get a leg up in your competition?

1. Should you haven't already purchased a LED grow light, Buy Now on our webstore (for sequences of more than 5 lights, please contact us

2. Browse into our support portal and download a light recipe (NOTE: recipe files vary based on if you have a C-plate type or G-plate kind)

3. Follow this video tutorial to upload the recipe

4. Begin growing and experience the difference.

1 - GROW LIGHTS DON'T DESIRE HIGH POWER

LEDs are light emitting diodes that turn a current of electricity into a particular amount of light radiation depending on their constituent alloy. Many high power LED grow lights use LEDs in a high current, which reduces reliability and lifespan through increased heat generation. At leoLED we factor by running LEDs at quite low current to deliver the most PPFD/W., in longevity and light quality

2 - PPFD/WATTS ARE FAR MORE SIGNIFICANT

PPFD (Photosynthetic Photon Flux Density) is the useful output signal of the grow light in the sense of creating photosynthetically active radiation. Plants generally use between 100-1000micromol/m2/s PPFD, consequently keeping equally spread and high level enough is the main purpose of a light that is grow that is good, as photosynthesis along with other plant functions will be aroused. Therefore, using quantified PPFD compared to the electricity consumed signals the specific operation of a light, providing the plants are reached by the light nicely. LED grow lights - when designed well - can attain PPFD/W ratios of 2.9, up to 30% higher than HPS.

3 - PULLING ALL THAT EXTRA HEAT IS A HASSLE

A low quality LED growlight may be an electric heater. Fans can fail and lead to part failure! Passive cooling is far more advantageous and more economical in the long term. In addition the heat disspitaed by the passively cooled heatsink can be utilized to bring some heat into the closed environment.

4 - THE LIGHT PATTERN WILL LIKELY BE CONCENTRATED AND UNEQUAL

Such high wattage in a light entails that the power is consolidated into one unit, meaning the light produced will be from less or more one point. If you see your infographic on LED vs HPS vs Fluorescent vs Plasma Screen, you are able to observe common light routines from grow lamps. A 1000W LED lamp will be similar to that of Plasma or HPS lights rather than the greatest for growth, whereas multiple smaller wattage LED lamps with high PPFD output would give quality distributed light to your own harvest, perfect for vigorous and identical growth and flowering.

5 - HIGH COST

If a grow light is 1000W, it is either poor quality and inefficient, or high power to get a really big space. Some poor quality LED grow lights use generic LEDs and inefficient LEDs that use up a great deal of power and supply inadequate light output. Operating such a grow light will cost a lot through electricity usage over the years when an improved quality power LED light that is lower could do a much better job for less. Most growers are better suited by lower wattage LED grow lights spaced out over their harvest in a height of 20 cm - 60cm, where light is spread. In the long run, LED technology comes at a lower cost of ownership.

Horticulturists have used grow lights for over a century. While the most cost efficient grow light is the sunlight, this isn't always the best choice. Whether plants are being temporarily placed indoors for the winter or being cultivated completely inside, grow lights tend to be required.

Importance was developed by the utilization of LEDs with scientists, but not with consumers when Shuji Nakamura invented blue LED allowing for the creation of white light. Following his presentation, LED-based ventures were infused with federal and private investments. Since then, research has rapidly progressed to the point of LEDs surpassing its opponents and becoming a valid choice for commercial growers and scientists, consumers. Nonetheless, despite these advances, it can be difficult to shake off old myths, especially when it comes to grow lights.

HID grow lights are split into HPS and Metal Halide (MH). HID grow lights are linked with reduced cost and greater strength but have little flexibility forcing growers to make compromises that are unnecessary within their operation. HPSs frequently possess a high amount of red and yellow /orange light, but lack blue light. This may cause more skinny and longer plants than ordinary. On the other hand, MH grow lights provide higher amounts of blue light, which is even more readily absorbed by plants than reddish. As this denies the plants part of the light spectrum they need to actually prosper, but it still is not recommended to grow certain plants entirely.

Growers are left using a choice - choose either HPS or MH and sacrifice quality and yields, or move their plants during the development cycle. The flexibility of LEDs means one light fixture may be controlled to provide the correct color in the correct time, cutting back the requirement to choose a sub-optimal light or move plants to fulfill the requirements of different plants at different growth periods.

Early LED grow lights did lack the ability to compete with HID; however, just as LEDs are now replacing traditional bulbs in our homes, modern LED grow lights replace HIDs in commercial grow operations. LEDs can more efficiently attain exactly the same return as an equivalent HID light at a lower cost.

LEDs may require higher initial investment, but higher quality and longer lifespan frequently demands a higher initial investment. Growers also know a yield that is higher means higher revenues. A superb LED grow light may have an increased sticker price than an equivalent HID grow light, but the LED light makes up for it in greater return and energy savings.

We comprehend that for commercial growers, reducing cost isn't only about the cost to purchase the price of maintaining the gear but also a piece of gear. All of the Grow Co's LED grow lights may be anticipated to supply at least 50,000 hours of light and need very little care during operation

The Grow Co LED grow lights in greenhouse

Taking it one step farther, LED grow lights have evolved and joined the Internet of Things notion. Together with the correct lamp, growers receive complete control to configure their lights through computer, tablet PC or their telephone - at any moment, anywhere in the world. The computer control systems also allow for light recipe creation and data collection that is greater within the overall functioning that is grow.

The next step? The Grow Co is working on ground breaking features that are new for the grow light industry, developing sensors that'll listen to the plants and automatically adjust the light output after their need.

True, you can still find some less effective LED lights available on the market, but this doesn't mean that LED technology as a whole has not improved or that LED cannot create the same--or better--results than HID. Research demonstrates that HID has been caught up to by LED; growers must be careful and do their due diligence before purchasing. Using the proper technology provider, LED is now the very best choice for indoor and greenhouse growers.