Best 200W LED Grow Lights: Top 3 Best Choices For Your Indoor Garden
Every plants grower wants to produce the highest quality product possible. With light being a crucial factor in plant cultivation, part of optimizing the process involves using the ideal grow lights. Choosing the best LED grow lights can be tricky as there are multiple types to choose from, each with their pros and cons. What’s more, rapid advancements in research and technology means it can be tough to stay on top of the most up-to-date information.
Armed with the right knowledge, however, any grower can be well-equipped to make a solid decision based on your unique situation. Factors to consider include cost, power consumption, heat output, and light spectrum. And the choice will be different depending on the types of plants you’re growing and the space you’re working with.
In this article, we’ll help ensure you choose the right lighting setup that fits your needs and budget. We reveal key factors to consider and discuss recent advancements in the field, so you can make the right decisions.
ECO Farm ECOZ 250W Samsung 301H Chips LED Grow Light
Features:
The ECO Farm grow light is equipped with Top Bing Samsung LM301H & Osam chips and brand drivers to ensure high-efficiency PPE 2.75umol/J, better heat dissipation, and long service life. Compared with old plant lights, the average PPFD is increased by 30%, and the yield and quality are increased by 50%. This plant growth light also uses a special dimmer, which can precisely adjust the brightness. 0–10 levels are optional. This means that you can see clear brightness levels and record while adjusting. No need to worry about differences. At the same time, it also has an ideal full-spectrum and amazing heat dissipation Sunlike Spectrum. The results have been verified and optimized for rapid growth and complete plant development; close to natural sunlight. The spectrum applies to the entire stage of indoor planting. This ECO Farm LED grow light has 3 channels control: Adjustable knob, IR switch, and UV switch. Freely adjust the tube according to different growth stages; VEG dimmer controls white light 5000K , A Bloom dimmer to control white light + red light (3000K+660nm+ 730nm), and a UV dimmer that controls UV 395nm.
Viparspectra KS2500 250W LED Grow Light
Features:
The VIPARSPECTRA KS2500 LED Grow Light uses the market leading Samsung LM301H diode (3.10 μmol/J), a more energy efficient LED that increases crop yield and saves operating costs. The KS series is designed for individual or commercial growers who want to optimize their growing space for maximum crop yield while producing the highest quality crops. Composed of 3000K warm white, 5000K white, 660nm deep red and IR730nm, it provides your plants with an excellent spectrum, tailored for germination, vegetative and flowering applications in indoor environments. The KS2500 delivers high light output and consistent uniformity with market-leading efficacy, consuming only 250 watts of perfect light for 3'x3' coverage.
FloraGear FLORA X4s 240w Full-Spectrum LED Grow Light
Features:
This LED grow light is ideal as a stand-alone light for small tents, or as a “travel” light in larger HPS or CMH grows. Designed for serious growers, the FLORA X4s are equipped with OSRAM LEDS and are the ideal system for vegetables and bloom/bloom spaces up to 3'x3'. Designed and built for rugged reliability, the grow light’s 240-watt full-spectrum LED light provides the steady input plants need to reach their full genetic potential during the vegetative and flowering stages. Can be part of a system of up to 100 lamps using an RJ14 hardwired network. It is designed to operate in wet spaces: the transparent lens hood protects against moisture.
How to choose the right LED grow light for you
As you shop online, you’ll need a basic understanding of what to look for in an LED grow light:
Spectrum: LED grow lights mimic natural light, but unless they’re full-spectrum white LED lights, they don’t always feature every color on the electromagnetic spectrum. If you’re growing plants from seed to flower, you should look for a combination of blue, purple, red, and infrared (IV) diodes.
Heat output: To avoid leaf burn, the best LED grow lights feature cooling systems such as heat sinks or fans that also help the system from overheating. Optimal LED grow light temperature is between 80–84° F.
Footprint Map: The footprint map refers to how much grow space the light covers at various heights. This is measured in feet and generally falls anywhere from 2’✕2’ to 4’✕4’.
Power: Contrary to popular belief, higher wattage isn’t the best way to assess how much power an LED light draws. LEDs are designed to be cost-efficient, therefore higher wattage may put more of a strain on your wallet. The true measurement of power comes down to how much light a plant absorbs, listed as a 400–700nm PAR rating. PAR stands for photosynthetically active radiation. In other words, it’s the amount of visible light the plant uses for photosynthesis.
Light intensity: The standard for measuring light intensity is micromole per joule. On a product listing, you’ll see this written as umol/j or PPF (photosynthetic photon flux). The best LED grow lights have high PPFs because they produce more photons of light every second. Look for lights with 1.5 umol/j and up.
In addition to PPF, you may see a measurement of μmol/m2/s, or PPFD (photosynthetic photon flux density). It sounds technical, but all you need to know is that PPFD measures the number of photons hitting a plant surface per second. You’ll need to gauge PPF and PPFD on the footprint map to understand how intense the light will be at various heights.
Voltage: Often overlooked by home growers, make sure your power outlets can handle the voltage range of an LED grow light, especially if it includes the daisy-chain function. This allows you to connect multiple lights across wide spaces but draws more wall power.
Warranty/Lifespan: Since LED grow lights are a financial investment, having a warranty gives you peace of mind and ensures you’ll be able to return and replace faulty parts. Additionally, it’s better to go for products with a higher lifespan (more hours).
Tips for Using Grow Lights
Artificial lighting must be very close to plants to be effective. As the rays of light move away from the source, they dim significantly. Keeping lamps close to plants increases the amount of light received which keeps transplants compact, preventing long, weak stems. Position lights 6 inches or so above transplants, moving them up as the plants grow to maintain the 6-inch source-to-plant distance. Indoor plants and edibles grow best when they are within 12 inches or so of the light source.
Conclusion
Thank you for reading this article, and I hope this article will give you great information, thank you for your time. Happy growing!
