Health & Beauty

Best Led Grow Lights

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The Best Led Grow Lights of 2019

Choosing the LED grow light today is really tough so we decided to educate you guys .Please scroll down past the reviews for insight on Led Grow Lights and how to pick them.

1. G8LED 900 Watt MEGA LED

G8LED 900 Watt MEGA LED Veg/Flower Grow Light with Optimal 8-Band plus Infrared (IR) and Ultraviolet (UV) - 3 Watt Chips

$1,099.00
$999.00  in stock
2 new from $999.00
1 used from $ 799.00
Free shipping
Buy On Amazon.com
Amazon.com
as of August 22, 2019 7:01 am

Features

  • 2017 & 2016 "Best LED Grow Light" by HIGH TIMES Magazine.
  • 8 years of proven results and service. Grow Green with G8LED Technology - Very High Quality Optimal 8-Band Wavelength Ratio plus real Infrared (IR) and Ultraviolet (UV) for the most efficient LED Grow Light system. Cool enough to touch even after 24 hours of use. No ballast needed - just plug in and Grow Green!
  • Made in USA LEDs, tested in the USA. G8LED lights are award winning and have gone through several iterations over the past 8 years to bring you the highest quality, most innovative indoor grow lighting technology. G8LED lights produce higher quality plant growth and the highest yields in the industry. G8LED Quality and Performance is unparalleled.
  • G8LED lights come with our stellar Customer Service and 2 Year warranty serviced directly by us. We make customers service our #1 priority. Make the smart investment for your indoor growing hobby or business with a genuine G8LED indoor growlight.
  • The 900W Veg and Flower light is for your entire grow cycle and provides intense coverage for 24 square feet (6'x4') with a PAR value of 1540umoles at 16 inches. Add two 90W Red Flower Boosters during flowering for max yield. Penetration up to 60 inches past the plant canopy. Can operate in 110V-240V. For non FBA direct orders from our Amazon store the power cord is available for US, Americas, UK, EU, AU depending on your shipping address. Hanging wires included.

G8 900 Unboxing and Setup

2. California Light Works Solar Storm 880w LED Grow Light UVB

California Light Works Solar Storm 880w LED Grow Light 2015 Review

3. Lush Lighting Vegetator 2x LED Grow Light

Lush Lighting Vegetator 2x LED Grow Light

$455.77  in stock
2 new from $455.77
Buy On Amazon.com
Amazon.com
as of August 22, 2019 7:01 am

Features

  • 150 High Intensity 3 watt LED's!
  • 330 watts, about 1/3 the power of HPS!
  • Lush requires only 3.5 BTU/w of cooling!
  • Highly energetic photons stimulate roots!
  • Increase branch off branch growth!

Lush Lighting LED's Day by Day

4. LED MOTHERSHIP – 540W Enhanced Spectrum LED Grow Lights

LED MOTHERSHIP - 540W Enhanced Spectrum LED Grow Lights

 out of stock
Buy On Amazon.com
Amazon.com
as of August 22, 2019 7:01 am

Features

  • Independently adjust the color spectrum using a Blue knob.
  • Seven different circuit boards project the light at different angles for maximum coverage.
  • Fans are built in so that air-cooled reflectors and ducting are not required.
  • Lower cost of operations in overall electricity.

 

5. Advanced Platinum Series P600 600w 12-band LED Grow Light – DUAL VEG/FLOWER FULL SPECTRUM

Advanced Platinum Series P600 600w 12-band LED Grow Light - DUAL VEG/FLOWER FULL SPECTRUM

$659.00  in stock
2 new from $659.00
1 used from $ 587.73
Free shipping
Buy On Amazon.com
Amazon.com
as of August 22, 2019 7:01 am

Features

  • Platinum LED lights have the HIGHEST PAR/LUMEN OUTPUT PER WATT of any LED grow light! 2x-3x the intensity of any other lights!
  • SUPERIOR 12-band full spectrum from the depths of UV to the heights of IR - The most complete and efficient spectral output available
  • Selectable VEG/FLOWER switches with 4x high speed whisper quiet fans plus ALL NEW upgraded aluminum cooling heat sinks
  • 800w HPS replacement with 6ft x 4ft coverage at 18" height PERFECT for large applications or using multiple units for even coverage in commercial application
  • COMPLETE 5 YEAR WARRANTY plus our exclusive 90 DAY SATISFACTION OR RETURN GUARANTEE. Amperage (Veg + Bloom) :3.1A @ 110V / 1.6A @ 220V,Amperage (Veg Switch Only) :1.7A @ 110V / 0.8A @ 220V

ADVANCED PLATINUM SERIES LED GROW LIGHT REVIEW

6. Advanced Platinum Series P450 450w 12-band LED Grow Light

Advanced Platinum Series P450 450w 12-band LED Grow Light - DUAL VEG/FLOWER FULL SPECTRUM

$722.65  in stock
1 new from $722.65
1 used from $ 350.00
Free shipping
Buy On Amazon.com
Amazon.com
as of August 22, 2019 7:01 am

Features

  • Platinum LED lights have the HIGHEST PAR/LUMEN OUTPUT PER WATT of any LED grow light! 2x-3x the intensity of any other lights!
  • SUPERIOR 12-band full spectrum from the depths of UV to the heights of IR - The most complete and efficient spectral output available
  • Selectable VEG/FLOWER switches with 2x high speed whisper quiet fans plus ALL NEW upgraded aluminum cooling heat sinks
  • 600w HPS replacement with 4.5ft x 4ft coverage at 18" height - PERFECT for compact applications or using multiple units for even coverage
  • COMPLETE 5 YEAR WARRANTY plus our exclusive 90 DAY SATISFACTION OR RETURN GUARANTEE

450w 12-band LED Grow Light VEGTABLE AND FLOWER

7. VIPARSPECTRA Dimmable Series PAR1200

VIPARSPECTRA Dimmable Series PAR1200 1200W LED Grow Light - 2 Dimmers 12-Band Full Spectrum for Indoor Plants Veg/Bloom

$799.00
$479.99  in stock
1 new from $479.99
1 used from $ 400.00
Free shipping
Buy On Amazon.com
Amazon.com
as of August 22, 2019 7:01 am

Features

  • VIPARSPECTRA PAR1200 Dimmable LED Grow Light is scientifically engineered to keep the balance of the PAR/Lumen output and coverage.
  • The secret to the VIPARSPECTRA LED success is the optimal full spectrum which provides plants Veg and Flower all stages with everything they desire in the natural sunlight.
  • Compares to traditional 1000 watt HPS/MH while consuming only 549 watts maximum! Perfect for a 4x4' growing area at 24" height (Max coverage 5x5').
  • Upgraded 3.2" front-fans for the first time plus big aluminum cooling heat sinks (0.8" height) are easy for heat dissipation quietly.
  • 3 years warranty plus 30 days satisfaction or return guarantee.

Viparspectra 1200W LED,Grow Room Update

8. Advanced Platinum Series P150 150w

Advanced Platinum Series P150 150w 12-band LED Grow Light - DUAL VEG/FLOWER FULL SPECTRUM

$229.00  in stock
1 new from $229.00
Free shipping
Buy On Amazon.com
Amazon.com
as of August 22, 2019 7:01 am

Features

  • Platinum LED lights have the HIGHEST PAR/LUMEN OUTPUT PER WATT of any LED grow light! 2x-3x the intensity of any other lights!
  • SUPERIOR 12-band full spectrum from the depths of UV to the heights of IR - The most complete and efficient spectral output available
  • Selectable VEG/FLOWER switches with 2x high speed whisper quiet fans plus ALL NEW upgraded aluminum cooling heat sinks
  • 250w HPS replacement with 45ft x 35ft coverage at 18" height PERFECT for tight, compact applications!
  • COMPLETE 5 YEAR WARRANTY plus our exclusive 90 DAY SATISFACTION OR RETURN GUARANTEE

Platinum LED P150 Review - By Joe Grow

 

 

Tutorial

We’re going to give you a little tutorial here and show you all the details on how to pick the right light for you in this industry and are very difficult because typically if you go to pick out a light bulb saying HBS it’s a 600 watt HBS and it’ll actually run more watts so it’ll be like 650 watts or 670 watts.  In the LED grow light industry unfortunately it’s not like that most companies will name their light with a much higher number let’s say at K 600 and the light only pulled 200 watts so you might think you’re getting a 600 watt light where 600 watt equivalent and it really has nothing to do with that so you really need to be careful with names don’t get caught up in those and really focus on the running wattage at advance.

What’s nice is we really try to focus on getting really close to that so if it’s a 350 watt light we name it a 350 if it’s a hundred watt light we’ll name it a hundred . A hundred watt for example pulls 93 watts so we try to get as close to that as we can so it’s not deceptive to you,  there’s a couple different key things that you guys need to understand when it comes to watts one is led watts.

A lot of times in this industry what you have is you have people that will take an LED and they’ll name it say a 5 watt LED or a 3 watt LED just because it’s called that doesn’t mean it actually is that , there’s a lot of 5 watt LEDs on the market that are really only pulling about 2 watts and we really they look to be at 3 watts.

LEDs just being over driven so you have to disregard LED Watts because if I say I’m running a 5 watt LED and I have a hundred of them in there and I call it five hundred LED watts well if the light only pulls 150 watts from the wall you have a 150 watt light you don’t have a 500 watt light so disregard LED watts and just focus on what the light is actually running from the wall.

Now the other thing about led wattage just to touch on this while we’re here is you really need to watch out for these high-powered chips that are being called that but being driven at such a low wattage so the next thing to cover is watt per foot . Okay in any horticultural space grow space when you’re using grow lights you’re going to have a watt per foot ratio that you’re looking for with HID – it’s always been 50 watts per foot that’s industry standard with LED , so you’re looking usually at about half of that and what we recommend is 30 watts to 35 watts per foot for LEDs .

So that’s a key indicators watts per foot HID you’re looking at 50 with LED you’re going to be looking at around 30 to 35 , the big thing you start with first is watts per foot to get to the total wattage that you need for the space .

So let’s just use this example , we have a three foot by three foot space and we need 30 plus watts per foot so it’s 270 watts , let’s round up to 300 watts so first you’re going to be out there looking for a 300 or more watt LED to cover this space and every light is either going to not have a secondary optic or it’s going to have a secondary obtic,  there’s a myth in the industry or in this market that secondary optics reduce the light output and the troubling thing is is it’s both true and false,  it’s true because any kind of material put over an LED reduces the total light output- that’s true but the difference is if you take a secondary optic like a TIR that we use in and it’s built for that led it actually is a compounded effect is a much much higher effect to your plants over the space that you’re actually covering so if you’re coming on three foot by three foot space and you normally let’s say you had no optic ,okay it’s just the bare LED, the LED if it was pointing at this space is going to be putting out an angle like that so you’re going to lose all of this side light it’s you know you think it’s being reflected you think it’s going to the walls it’s really not doing your plants any good you need to get the light from this led straight to the plant canopy and the shortest distance possible if you try to go over here and reflect back to the plants you’re going to lose a huge amount of light right there in the reflection and the distance traveled just traveling that distance is going to lose light so this is wasted light for the most part. Like a fire hose or a garden nozzle if you add a secondary optic okay now what you’re doing is just like turning that nozzle you’re focusing that energy through that led to apply to exactly the canopy space that you want in the shortest distance to your plants so what you might end up with a total light output of say a hundred units when you add the seminary optic,  yes you are to about nine units but in here if you have no optic you might have four hundred par by adding the secondary optic you could go to 600 plus par easily doubling sometimes easily doubling the power output inside of this canopy space so that’s that’s the way to look at optics.

You want to really look for a secondary optic of 90 degrees be careful of sixty degree or less some companies will take a one watt LED and they’ll put like a 45 degree optic on , they’re really focused but that the problem is that’s like that so what you end up with is this is 300 Watts being driven through this 45 or a 60 and the problem is you end up with a core coverage is so tight and small you’re not actually efficiently covering the entire space so 90 is perfect because at 90 degrees if you’re a foot and a half or two feet away from the plant then that means you’re getting a four foot coverage. If you’re a foot and a half away you’re getting a three foot coverage it’s double the distance is double for the coverage with a 90 degree optic so it’s a perfect blend so at advanced that’s that’s exactly why we use a secondary optic.

We’ve tested dozens and dozens of secondary optics they’re not all the same we’ve split tested like crazy to get the exact TIR optic that will give you a good even coverage across a 90 degree spread and then with age we’ve even added a reflector around the outside of it to really focus all wasted energy because you don’t want any of this. This is just wasted and the lights that are out there in the market with no optic you’re basically spreading this light all along your walls and everything and not really focusing on energy directly towards your plant canopy.

The other thing is you miss out on penetration so if your plant canopy is three foot tall because you’re sending light in all directions you’re not sending it straight down into that plant canopy you’re losing your penetration as well so that’s coverage that kind of talks about optics as well and that should help you to pick the right light.

Watt is a very key indicator that you guys need to pay attention to a lot of companies , it will give you the par the problem is that the center par so if you take a light any given light source you measure straight directly down underneath it this is the center par so they’ll say I have two thousand par some crazy number at this center point the problem is I could get anyone could get this number to two or three thousand par they wanted to you could put a forty five-degree optic and have three or four or five hundred watches comes through down here and cover a one foot by one foot space and have crazy par numbers.

What you need to look for is the total par per watt and then you also ideally would want to look for over you know a space so if you have a ninety degree optic you’re going to cover this entire space. What we do to measure part par watt is we actually take data points from the center of actually a four by four grid including the center we total those which we call mass par then we divide that by the running Watts not not with the lights called not the name not what it says on them on the light we actually run it from the wall so we’ll use the meter the running Watts and we divide the total part by the running Watts and that gives us the par per one if you look at any of our data sheets you can see the part per watt easily for any one of our lights and then we also measure and test a lot of other lights.

We’re constantly testing all kinds of lights for you guys so you can see . For example in HP s is very low power per watt maybe six or seven par per watt that’s because it’s very inefficient it produces a ton of infrared that you don’t even know it’s really producing it’s a strong light but it’s not very efficient that’s why the par 4 watts extremely loved the spectrum is absolutely critical. We test dozens and dozens of contenders against our lights to determine what the right spectrum is -you first have to determine what type of plant you’re growing so if you have a vegetative cycle or a vegetative plant you want mostly blue spectrum, okay you still want it to be somewhat full but a blue is the most important if you’re using flowering or fruiting heavy flowering fruiting plants you want a lot of red and you need a lot of par so that’s the second thing people talk about it’s par ,par is just simply a measure with a spectrometer of the total amount of radiation from 400 to 700 nanometers,  just keep in mind that in a green range plants aren’t going to absorb as efficiently they will absorb it’s just not as efficient so you want to look for the blue and the red and you want to look for the maximum amount of par per watt and par inside of that range.

 

 

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