ECO Farm LM301B UV&IR 220W Quantum Board VS Mars Hydro TS 2000 LED Quantum Board

 LED grow lights are a fantastic option for top-up lighting of your plants. Unlike HPS lights, which often require extensive maintenance and repair, LEDs are both energy efficient and offer better spectral coverage. LEDs are also cheap to purchase, make them easy to repair, and provide a high quality, consistent light that plants love. So what makes an LED grow light better than HPS?

Choosing The Right Color Spectrum

Seeing things like 4500k and warm vs. cool come up when you’re trying to figure out how to find the right grow lights might be a little intimidating, but we got you.

Simply put, the higher the number, the cooler the light. If you’re shopping for basic houseplant grow lights, you’ll most likely want something that mimics sunlight as much as possible, so look for a higher number.

An easy trick when shopping for fluorescent or regular bulbs is to look for “daylight” or “sunlight”, which should generally range from 4500k to 6500k.

All that being said, if you’re looking for a grow light for a flowering or fruiting plant, it might be best to go for a lower spectrum bulb. Or, if you need to cover all your bases, you can pick up a full spectrum grow light.

ECO Farm LM301B UV&IR 220W Quantum Board

Features:

ECO Farm LED quantum board is designed with Full spectrum(3000K), red light 660nm and IR 730nm, and UV 395nm. The Full Spectrum led grow lamp can provide everything the plants need under light at all stages. The powerful blue light makes the plants grow faster, and IR light is particularly useful during flowering, it can accelerate bloom time and increase yield, fill the flowers with space and obtain an amazing harvest. This can not only reduce buds but also increase yield while saving energy and costs. No fans zero noise. Built-in large areas of the solid aluminum heat sink, essential for heat dissipation while ensuring a long lifespan of the light. The fast-dissipating aluminum material reduces the light lost in walkways and walls, increasing the light intensity by 20%, allowing your plants to get more energy without burning the plants for maximum space. Remember to properly adjust the height and brightness accordingly to your plant’s desired level for optimal growth.

Mars Hydro TS 2000 LED Quantum Board

Features:

The Mars Hydro LED grow light consumes 300w and can replace a 600w HPS lamp while saving 25%. The patented reflector style on the TS3000 successfully concentrates light from all directions to enhance its light intensity and also helps plants absorb more light. Through a special combination of spectra, most of the light is emitted in the 400–700nm band, which is very suitable for plant photosynthesis. There is enough IR (730–740nm) in the spectrum to induce larger shoots. Utilizing individual dimmers on detachable drivers, it supports 0–100% lighting modifications and up to 15 daisy-chained LEDs, it provides different light levels for different factory stages while reducing power waste.

Best LED Grow Lights Buyer’s Guide

Go through these aspects before purchasing the best LED grow light. It helps you to make an important decision.

Power:
Manufacturers use different metrics for power measurement and light amount. Therefore, it is pretty challenging to compare them. Lumens are the unit of measurement of brightness. For example, seedlings usually need about 2,000 lumens per square foot to thrive, whereas flowering plants can require 10,000 lumens.

It can measure visible light. However, biologists can take the help of the photosynthetic photon flux (PPF) or its density to measure light intensity absorbed by indoor plants. You can measure PPF in μmol/second (or micromoles per second), and it is photons number of light emitted every second.

You can measure PPFD in micromole/m2/s, distributed per square meter per second. Try to use a model with higher PPF and PPFD to get more effective use.

Heat Output:
While using these models, the heat the bulbs emit may damage your plants. In this case, you should use LED types. These give off little heat compared to the amount of light they generate. However, they create some heat, for which you can find multiple models featuring built-in cooling systems to ensure proper temperature regulation.

A few models contain aluminum heat sinks, whereas a few contain fans. In this case, a fan can be loud. Therefore, you must consider noise levels while choosing such models.

Coverage and Wattage:
If you’re willing to select the correct model, you have to know the coverage required of you. In this case, your job is to group plants together and then measure the square footage. Mainly, these list the area of coverage.

If you want to set up the amount of electricity a light uses, you must find its “actual power draw” or “actual power consumption.” Then, you can measure it in watts, letting us know about the power. However, you should not use bulb wattage as it isn’t a good indicator. These are manufactured and designed primarily to be energy efficient.

Connectivity:
There are many models designed to link to other units. These help to cover more extensive areas, like “daisy-chain connectivity.” If you use a model with such ability, you need to connect it. After that, your job is to connect it to one outlet, reducing the number of cords required for setup.

Adjustability:
Ensure that the product you will buy must have adjustable features.

Colour:
Plants usually require different color lights in every life cycle step. You should choose the best model to provide you with red, blue, and white color options.

Brightness:
When it comes to color adjustability, these come with knobs to adjust the brightness of their bulbs.

Proximity:
You can increase the length of the rope/ chain or reduce for adjusting the distance between plants and lights.

Installation:
These enable you to mount to the ceiling with a chain or rope. But you may need thirty minutes to install it or a couple of hours.

Conclusion

Indoor gardening is slowly becoming popular and so is the equipment that is necessary for that. Before, you could only grow the plants and fruits in your background that is suitable for the environment around you. But now, technological advances have brought in a lot of apparatus that helps you grow a wide variety of plants even if you do not have sufficient light around you