Iluminar iLogic 8 630 Watt LED Grow Light VS ThinkGrow Model-W 630 Watt LED Grow Light

 Today, we are going to examine in detail the best led grow lights for plants.

You do know that, generally, plants inevitably need light right?!

I’m sure you also know it’s the energy gotten from it that’s, in fact, necessary for their survival and healthy growth.

The Benefits of Choosing an LED Grow Light

There are many, many types of grow light fixtures to choose from, such as High-Intensity Discharge or HID grow lights, Metal Halide, ceramic metal halide (CMH), High-Pressure Sodium (HPS), and even fluorescent lights. Each of these have their own supporters, all laying claim to a particular strength or application, but LED grow lights have risen to the top of the heap in terms of all-around performance, efficiency, and yields.

Easy to Install
LED grow lights can typically be assembled in minutes and hung using very simple wire hangers — you don’t have spend valuable time or resources configuring and installing elaborate wire or cable management. These simple wire hanger systems also make it amazingly easy to change the light’s height or position. Essentially you just plug them in, set their position and go.

Produce Less Heat
LED grow lights produce significantly less heat than their HPS counterparts so they can be placed closer to plants without worrying about heat damage. This reduced heat production means fewer dollars spent on maintaining proper temperatures in your grow space.

Optimized Light Output
With many LED grow lights, you can adjust the amount and type of light your plants will get. You can customize the light spectrums based on the specific needs of your specific plants. Many LED grow lights can be configured to emit specific wavelengths of light allowing you to adjust the light’s color balance to precisely suit the needs of your specific plant types. This type of feature cannot be done with other lights.

Environmentally Friendly and Convenient
LED grow lights can be plugged directly into a standard electrical socket and typically don’t need a separate ballast. Not only is this more convenient, but it makes them easier to fit into tight spaces. Additionally, LED lights don’t contain mercury, so they don’t need to be disposed of in a way that meets your local or federal guidelines for disposal of hazardous materials. Along with being energy efficient, this makes LED grow lights the best environmental choice as well.

Saves Power
LED lights consume less electricity than other types of grow lights, so maintaining a low power bill becomes much easier. Although LEDs are more expensive upfront, they are cheaper to run over the long-term thanks to their low power consumption.

Long Lasting
LED grow lights have a shockingly long life. Some models have a lifespan of more than 100,000 hours, meaning that if run for 12 hours a day, they would last for upwards of 20 years. Compared to other grow lights, lifespans of 25,000 hours or less in optimal conditions.

Iluminar iLogic 8 630 Watt LED Grow Light

Features:

The 630W LED has a full spectrum array, specifically engineered for vegetative and flower cycles that require high μmol performance at a lower clearance to the canopy. Not only will this spectrum provide a more powerful and full spectrum for your plants, but the UV rays will also whip out any trace of powdery mildew that can be detrimental to healthy growth. Enhance trichome development increase yield with the state-of-the-art ILUMINAR iLogic8 UV+Far Red. Adding far-red to the light spectrum can increase leaf size, enabling plants to capture more light and potentially increase growth. Therefore, over time, far-red radiation can indirectly increase growth. Enjoy all the benefits of full spectrum & UV+Far-Red lighting without sacrificing efficiency. The iLogic™8 LED family delivers deep, penetrating light intensity along with industry-leading uniformity over a square 4’ x 4’ footprint.

ThinkGrow Model-W 630 Watt LED Grow Light

Features:

The Thinkgrow grow light is a high-performance LED grow light for horticulture cultivation. It is designed specifically for high PPFD cultivation practices. Full-spectrum design with spectral tuning capabilities covers each critical phase of growth from vegetative to flowering. An independent Far Red 730nm channel is designed to target Phytochrome Far Red in photomorphogenic lighting applications. Base on research, introducing far-red light after the lights have been turned off can lengthen the dark period to encourage the flowering process. 630W adjustable full spectrum + far-red LED.

How to Choose the Right LED Grow Lights

Because plants can’t photosynthesize in regions with long winters, they can have a hard time growing during cold seasons. You may also opt for LED growing lights if you live in an area where your species doesn’t thrive naturally. In a nutshell, you can always use LED grow lights if you want to grow plants but don’t have enough natural light. Here are some tips for choosing the right LED grow lights for your crops:

POWER
Manufacturers employ a number of measures to evaluate wattage and the amount of light they generate, making it difficult to compare LED greenhouse lighting. However, the standard metric is lumens, used to measure the brightness. To flourish, seedlings require approximately 2,000 lumens per square foot, while blooming plants may require up to 10,000 lumens.

While lumens measure visible light, biologists frequently employ photosynthetic photon flux (PPF) or photosynthetic photon flux density (PPFD) to quantify light intensity in terms of the light plants absorb. The quantity of photons of light released per second is measured in mol/second, the unit of measurement for PPF. The density of light dispersed per square meter per second is measured in mol/m2/s, while the PPFD is measured in mol/m2/s. The more efficient the light is, the greater the PPF and PPFD.

Look for a light’s “real power draw” or “actual power consumption” to determine how much electricity it consumes. This is measured in watts and provides you with an idea of how powerful the light is. However, keep in mind that because LEDs are meant to be energy efficient, bulb wattage isn’t always a useful metric.

LIGHT SPECTRUM
All of the colors in the electromagnetic spectrum are present in natural sunlight. However, some LEDs can only replicate a limited range of colors, whereas white full spectrum LED grow lights can generate all hues required at every step of the growth cycle.

Here are the most important color wavelengths to keep in mind when selecting your growing lights:

Plants need blue light to grow in the early stages of their lifecycle. In their vegetative cycle, it’s the first hue plants can absorb.
Purple light is also employed in the vegetative state, although it’s less effective than blue light for photosynthesis.
Red light is beneficial in the last stages of growth and is required for buds to bloom.
All of the hues of the spectrum are represented by white light. It can be useful at any developmental stage when used alone.

WHAT’S YOUR GROWING ENVIRONMENT?
Once you’ve decided which plants you wish to grow, it’s time to do some investigating. Find out what sort of environment your plants need so you can meet their demands. LED plant lights feature a variety of characteristics that can impact plant health, and plants react to different situations in different ways, so it’s important to understand the requirements for your harvest cycle.

HEAT
When using industrial grow lights, one of the hazards is the heat generated by bulbs can harm your plants and disrupt their cycle. This is why LED grow lights are the preferred indoor lamp, as they generate extremely little heat compared to the quantity of light they produce. However, because they generate some heat, many come with built-in cooling systems to maintain adequate temperature management.

Some LED grow lights feature heat sinks made of metal, while others have fans. When choosing your lights, keep in mind that units with a fan may be noisy.

CONNECTIVITY
Most LED grow lights are designed to connect with other units in order to cover greater areas, a process known as “daisy chain connection.” This feature allows light systems to be interconnected, linked to one another from a single outlet, reducing the number of cables necessary for setup.

Conclusion

The best led grow lights are the ones for indoor plants if you want to grow fruits, flowers, and vegetables. Nowadays, the large commercial sectors are using LED lighting technology for large yields. That’s how they control the growth of plantation, crops, fruits, and flowers.
 
Here we only reviewed the LED lighting system that are suitable for indoor usage. The same thing goes for small or large indoor gardens, it allows you a huge control of your garden. People can now grow different types of plants/herbs that they may not even consider before in their outdoor garden.
 
I hope this review helps with your next purchase of LED grow lights. Get in touch if you have found a better product. I would recommend always wearing LED protection glasses when working with LED lights. And good luck with your grow!