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officialsunco · 4 months

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Why Grow Lights Are Essential For Better Plant Health

With food prices skyrocketing across the United States and the housing market becoming harder and harder to navigate, the average person is finding themselves increasingly drawn to the idea of self-sustainable living. The practice of indoor gardening with the use of full spectrum grow lights is becoming more common for those who are looking to develop their green thumb in a practical way.

Grow lights make a wonderful alternative to natural sunlight when looking to bring your garden to life under your own roof. That said, there are certain factors to consider when using grow lights, such as your garden’s location, the kinds of grow lights certain plants need, and much more.

What are the benefits of Indoor Gardening?

Not only is the practice of growing plants in your home a proven stress reliever. In one study, participants were tested on certain biological factors including heart rate, blood pressure, and even attention span! Additionally, a study done in the late 2000’s showed that people recuperating from several different kinds of surgery and illnesses needed less pain medication, had shorter hospital stays and faster turnaround times than people who weren’t looking at greenery during their recovery periods.

Plants are also well-known to replace carbon dioxide with fresh oxygen, increasing the air quality of your indoor space. Air purifiers with high efficiency particulate air, or HEPA filters are the most beneficial way to clean indoor air, but the initial cost plus the energy to run them can be out of reach for some people. This is one reason that many find appealing to think of potted plants as passively, and inexpensively, cleaning the air.

Using a grow light indoors gives you the freedom to grow your crops and seedlings year-round, brings about several health benefits, and is perfect for people with little to no outdoor space.

Choosing the best grow light for your space:

There are three different types of grow lights you can buy. These are:

LED Grow light

HID (High-Intensity Discharge)

CFL (Compact Fluorescent Lamp)

LED Grow light: This type of grow light is best for extensive gardens. It can support full cycle growth and is the most energy-efficient of all grow light varieties. LED bulbs produce bright to intense light but one of the biggest benefits of LED lighting is that temperature regulation is far easier, as they are less likely to heat up. With LED grow lights, you often have far more control over your color spectrum as well and can adjust settings throughout the grow cycle to tailor plant growth, which can either prevent or encourage different plant growth.

These grow lights also have a lifespan of 5 to 10 years and require little energy, meaning you won’t see a spike in your energy bill. And while LED units are generally pricier than HID and CFL, they’re more affordable in the long run because you don’t have to buy replacement bulbs for years!

If you’re looking for LED grow lights, a good spot to find them is here.

HID: High-intensity discharge light supports a complete plant growth cycle and is one of the industry’s most reliable grow light types. It’s affordable but less energy efficient than LED grow lights. In fact, HID will require replacement each year because it tends to overheat – First-time growers should be mindful when leaning toward using HID lights as it can take some trial and error to prevent crops from drying up due to overheating.

HID’s are half the price of some of their alternatives, though maintenance costs can differ since LED lights require servicing once every 5-10 years, while you would have to purchase new HIDs after 15-18 months, since oxidation affects the bulb’s ability to emit light. These grow lights are beneficial for setups that have a larger square-footage and where outdoor spaces can be utilized in warmer seasons to prevent extensive maintenance and energy consumption.

CFL: Widely available and easy to set up, CFL grow lights are the most accessible and simple for beginners. These do not require a lot of energy to work and produce little heat. CFLs deliver more lumen output and consume less wattage than incandescent bulbs. They also run much cooler than the HID and LED lights. If you are only vegging and your garden is small, CFL bulbs can be a great option. But for a larger garden or for flowering, they aren't powerful enough to be the main lighting source.

It is also important to note that CFLs are known to be the subject of several bans across the U.S, so be sure to check your state’s legislation before moving forward with CFLs. These CFL bans are put in place and taking effect across a few varying timelines. This is because light bulbs commonly used in homes and some commercial buildings must now be much more energy efficient based on different state energy legislation. Most incandescent and halogen products use most of their energy producing heat and cannot meet the new requirements, with a few exceptions.

What sort of plants most benefit from the use of Grow Lights?

Cool-season leafy greens like lettuce, spinach, kale, watercress, sorrel, and micro greens are extremely easy to grow indoors, even for beginners. Unless you’re growing these plants for their seeds, they don’t need to be pollinated and they do well under LED grow lights. You should also consider LED grow lights when working with cool-season herbs like parsley, cilantro, thyme, chervil, turmeric, and mint, as well as many below ground and ground level root vegetables. These include radishes, carrots & parsnips, beets & turnips, as well as broccoli, cauliflower, green onions, leeks, and garlic.

Additionally, even low-light plants, such as ferns, ivy, and other common potted plants like succulents, may enjoy supplemental grow lighting if placed in darker corners of your home, but I am more likely to recommend smaller, less intrusive grow lamps for this kind of set up.

Meanwhile, if you are looking to grow cucumbers, squash, melons, as well as small fruit like strawberries or other berries this may be a challenge as you will also need pollinators to assist in this growth. While this is still possible using LED grow lights, it is a tedious job, which may or not be successful, even to a gardening veteran.

How to set up your grow light:

Most grow lights are simple to install, so long as you know your measurements. When it comes to choosing your own grow light set up, you need to ask yourself these questions to make the best choice:

How big is the space you’ll need covered? Will you use grow lights to start seeds or for a year-round growth cycle? How tall will mature plants be?

You should install enough grow lights to cover the entire space for even light exposure. Be sure to measure the space so that you have the exact specifications needed to determine the size needed for your lights. The standard distance between a grow lamp and plant surface should be between one to two feet, depending on your plants’ preferences.

What is the best time to use your grow light?

To be most effective, grow lights really need to be on for at least 8-10 hours a day. This can vary, depending on the conditions of your set up. This is one of the reasons why LED grow lights are so popular; When they have to be left on all day, it's best to use something that is energy efficient!

Most people with access to outdoor spaces choose to only utilize their grow lights and indoor growing space during the more harsh fall and winter months, to keep their crop yields more consistent. However, many people who choose to start indoor gardening do so as a result of their lack of access to direct sunlight and outdoor land, such as those who live in apartments or congested cities with little to no yard space. That said, you can count on your grow lights being beneficial all year round, regardless of your circumstance.

Is direct sunlight preferable to a grow light?

Modern full spectrum grow lights are designed to mimic sunlight’s spectrum, as this plays a fundamental role in the growth and development of plants. Plants can grow using only artificial grow lights, so long as the light spectrum adequately meets their requirements. For example, full spectrum lights, such as Sunco’s Full Spectrum Grow Light has the ability to provide the necessary red and blue wavelengths emitted by the sun and can sustain plant growth and development. This light, while artificial, functions almost identically to the sun's direct light.

So, at its core, the answer is not so straightforward as one or the other. If you're looking for the most natural and Eco-friendly option and have access to abundant sunlight, then natural light is the best choice. However, if you require more control over your growing conditions or are limited by geographic or seasonal restraints, indoor grow lights offer benefits that sunlight can't match.

Oh, One Last Thing:

While investing in grow lights for your indoor garden can be a fairly intimidating decision, this knowledge should help inform your decision on what is best for your space and for your plants. Artificial full spectrum grow lights provide a consistent and tailored spectrum, ensuring optimal photosynthesis and growth, even in low-light environments such as an apartment. With the ability to mimic natural sunlight, grow lights give you flexibility and efficiency when it comes to your indoor garden, allowing you to create an ideal environment for various plant species in your very own home or greenhouse. In the long run, the upfront investment in quality grow lights can lead to a fruitful and rewarding indoor gardening experience.

#LED lighting #Grow Lights #Plants #Indoor gardening #Gardening

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ledstriplightsidea · 7 months

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Will The Marineland Advanced LED Strip Light Grow Plants?

Are you an aquarium enthusiast looking to create a vibrant underwater oasis filled with lush aquatic plants? The Marineland Advanced LED Strip Light might answer your plant growth dreams! In this article, we will know will the Marineland advanced LED strip light grow plants and will explore the features and benefits of this advanced LED strip light and discuss its potential for nurturing healthy…

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#grow plants #marineland #marineland advanced led strip light #will the marineland advanced led strip light grow plants

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dg-grow-light · 7 months

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Dear Customer,

We sincerely invite you to attend the upcoming 2023 World Agrifood Science and Tech Expo. The exhibition will bring together leading companies in the industry, showcasing the latest products and solutions. Booth No.: 1013

عزيزي العميل،

ندعوك بإخلاص لحضور معرض 2023 العالمي للعلوم والتكنولوجيا الزراعية والغذائية. سيجمع المعرض بين الشركات الرائدة في الصناعة، حيث سيتم عرض أحدث المنتجات والحلول. رقم جناحنا: 1013. نتطلع إلى رؤيتك ومشاركتك في

حماس المعرض!

#led grow light #full spectrum led grow light #greenhouse #grow lights #edible fungus grow light #grow #indoor plants #mushroom cultivation #plant light #mushrooms

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dublingrowshop · 8 months

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Garden Supplies and Services in Dublin Ireland

Starting out in indoor growing can be a daunting prospect as there is so much equipment and so many products available. Let us take the hassle out of getting growing with one of our expertly constructed complete grow kits. We have a wide range of complete grow kits covering a variety of hydroponic techniques, giving you absolutely everything you need to build a working hydroponic system except the seeds. Our simple growing instructions (and expert guidance on the phone if needed) will mean that with any of these grow kits you can be up and growing in no time. The simplest way to get into hydroponics and indoor gardening, we recommend our complete grow kits to all new growers.

Edel House 51/52 Bolton street Dublin 1 D01 A0W6

#base nutrient ireland #base nutrient for plants ireland #indoor grow fans #led grow lights

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awolgina · 9 months

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lights camera plant action! p2000 vivarspectra setup boomer learning to ...

youtube

finally got all my 4x4 lights setup & plugged into ONE surge protected outlet extension with 4 timer plugins & 4 always on (fans) plugins. if I get others I can daisy chain them. I have more lights than I can use right now, & all at 75% for veg. 18/6. going to flower in 2 weeks & smalls to 2x2 to catch up vegging.

#4x4tent #tent peek #lights setup #p2000 #vivarspectra #v1000 #2023 samsung leds #plants #cannabis #progress #boomer learning to grow series #Youtube

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luxintlight · 9 months

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Whether you’re new to growing or you’re just new to LED lighting, this fast-advancing technology might have your mind reeling. To make the most of LEDs, you have to understand LED grow light intensity and coverage. And even experienced HID growers have a bit of a learning curve when it comes to LED lighting metrics.

You see, HID grow lights come with a fairly basic of rules to define “quality light.” When selecting HPS and MH bulbs, high wattage automatically means high intensity. You follow a set formula for the watts needed to cover a grow area, and select your lights accordingly. LED grow lights are more complicated for one simple reason: They’re more efficient. Top-tier LED lights require less energy to produce the same intensity of light. Not only that, they also emit the exact color spectrum your plants need and focus those photons directly onto the canopy. This eliminates waste, ensuring you only consume as much energy as you need for your crop. This efficacy is good for your budget and the environment. Suffice to say, it’s worth the time it takes to understand LED grow light intensity and coverage. We’ll walk you through everything you need to know in clear and simple language.

What LED Grow Light Intensity Really Means

When we talk about light intensity, we’re referring to the amount or strength of light produced. With that in mind, let’s clear up one of the greatest misconceptions about grow light intensity. Watts do not equal intensity. A watt is simply a measurement of electric power. It tells you the amount of energy your lights require in order to operate. The only reason growers associate watts with light intensity is because all HID bulbs are fairly uniform in terms of wattage. There is a pretty consistent wattage input to lumen output ratio for HPS and MH grow lights. This is not the case with LED lights. Not only are quality LEDs far more efficient than HIDs, but there is a wide range of efficacy among LED grow lamps. A quality 300-watt LED luminaire produces greater light intensity and higher quality light output than a cheap LED grow light of the same wattage. In order to make sense of LED grow light intensity and coverage, you need to get familiar with different metrics. This may feel like a lot at first but stick with us. We’re going to take this step by step.

Understanding the Metrics of LED Grow Light Intensity and Coverage

When you research different LED lights, there are certain metrics you should look for. As we said before, watts are not relevant for determining the intensity or coverage of LEDs. Don’t worry about lumens, either. Lumens simply refer to the visual brightness of a light; it has nothing to do with how well your plants can use that light. Here are the metrics that do matter when determining the intensity of an LED grow light.

PAR

Grow light manufacturers engineer LED lights to provide a high intensity of usable light. We refer to this usable light as photosynthetically active radiation or PAR. You see, your plants only use certain wavelengths for photosynthesis. These wavelengths all fall within the visible light range of 400-700nm. As a grower, your greatest concern should not be the amount of light your grow light produces, but the amount of light within the PAR range. Anything outside the range is useless to your plants. PAR is measured in micromoles. If you want to do a deep dive into micromoles, you can learn more about LED metrics here.

Coverage Area

Every LED grow light you consider should have information regarding the lamp’s footprint. This refers to the coverage area—the square footage of canopy that will fall under the beam of the luminaire. Now, the footprint is important for determining how many and which lights you need for your grow room or tent. But there is also an important correlation between LED grow light intensity and coverage area. This correlation is referred to as the inverse square law of light. We’ll spare you the complicated formulas and just cut to the chase: The farther an object is from the light source, the less intense the light is when it reaches that object. And light intensity drops off fast. Let’s say you have a lamp hanging at a 1-foot distance from your canopy. Then, you increase the hanging height to a distance of 2 feet. You will now have a light intensity that is ¼ of what it was before. Major difference, right? This is why the coverage area is essential. Not only do the size and lenses of your LED grow light determine your coverage area, but so does hanging height. The greater the distance between your lights and canopy, the larger the footprint . . . but the lower the light intensity. This is why it’s very important to pay attention to hanging heights and coverage area when selecting a light. These metrics tell you the conditions under which your plants receive the advertised. PPFD. And what is PPFD? Glad you asked.

PPFD

Thanks to the inverse square law, it simply isn’t enough to just know how much PAR your grow lights produce. PAR only tells you how many usable photons your LED light emits. The amount of PAR that actually reaches your plants . . . that’s a whole other measurement. PPFD stands for photosynthetic photon flux density. Your LED grow light’s PPFD metrics tell you the number of PAR photons reaching your canopy each second. This metric is expressed as micromoles per square meter per second (or umol/m²/s). So what’s a good PPFD number? It depends on what you grow. Different plants have different needs. Many flowering plants, for example, prefer 300—600 umols for vegetative growth and 800—1,000 umols in the flowering stage.

Uniformity in LED Grow Light Intensity and Coverage

Now that we have a better grip on LED light intensity, let’s talk a little more about your coverage area. LED grow light intensity and coverage are related not just through hanging heights, but also through light spread. Depending on the specific LED lamp, you could experience a decrease in light intensity at the outer edges of the footprint. This is why it’s so important to do your due diligence when choosing the best LED grow light. Let’s say, for example, that you need a grow light to cover a 5’ x 5’ canopy. You find an LED lamp with a 5’ x 5’ footprint and a PPFD that falls within the ideal range for your crop. But then after a few weeks, you notice that the plants directly under your light are thriving, while those at the edges look a little weaker. The problem is that the PPFD provided by the manufacturer only measured photons reaching a surface directly below the lamp. The manufacturer neglected to inform you that their product does not achieve an even light spread. When evaluating LED grow light intensity and coverage, pay close attention to uniformity. Request a PPFD map from the manufacturer. This map shows PAR measurements for various hanging heights and across surface areas. PPFD maps make it easier for you to compare LED grow lights and determine how many lights you actually need.

Light Intensity and Efficacy

As we previously mentioned, wattage is not a clear indication of LED light intensity because LED lights vary inefficiency. While HID efficacy is fixed, LED lights consistently advance to achieve greater intensity for less energy input. This is why high quality LED grow lights are astoundingly cost-effective in the long run. In addition to boasting a much longer life span, LED lights provide greater intensity at about half the energy expense. If you’ve ever used HID grow lights, you know that achieving an even spread of light requires the use of reflectors. This is another area where LED grow lights simplify your grow operation. Quality LEDs are made to spread light with uniform intensity. All light is directed down onto the canopy, so there’s less need to bounce lost light back to your plants. This is why we say it’s more than worth it to work at understanding LED grow light intensity and coverage. You stand to save significant money on your cultivation process, and you can enjoy higher yields and a better product. If there’s anything we can do at LUXINT to help you determine which LED grow lights are right for you, please reach out. We’ll talk through the needs of your specific grow space and help you calculate the benefits of using leading LED technology.

Get in touch with us!

Contact us for information on which lights are right for your application as well as free complete computerized light plans and grow consulting.

#luxint #led grow lights #cannabis #hempproducts #plant growth #grow light #mariguana #cbd #full spectrum grow light #Cannabis light

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researchrevolution · 1 month

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#Grow Lights Market #Grow Lights #Farming Light #LED Grow Lights #Plant Light

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affordablelighting1 · 1 year

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#led grow lights #led light fixtures #lights for indoor plants #commercial led lighting

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cinakira · 9 months

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LED glass shelf light ,led glass clip lights for 8mm thickness glass panel ,length customized ,with No welding joints, easier to install,more details welcome to contact with me .email:[email protected] .whatsapp/wechat::+8619129930501

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californialightworks · 1 year

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Controlling Plant Growth with LED Grow Lights: Photoperiod and Photoperiodism

The concepts of photoperiodism, how it impacts plant growth, and how LED grow lights can be used to properly regulate photoperiod for the best possible plant development will all be covered in this blog.

With regard to a 24-hour cycle, photoperiodism describes how plants react to the length of the light and dark phases. Different photoperiods have developed to cause different physiological and developmental processes in different plants. LED grow lights are the best choice for controlling photoperiod and photoperiodic reactions because they provide exact control over the duration and intensity of light. Indoor gardeners can simulate natural lighting conditions and manage plant growth stages by altering the length of the light and dark periods while utilising LED grow lights.

In order to establish the best conditions for growing plants that are not adapted to the local environment, LED grow lights can also be used to lengthen or shorten the day. LED grow lights, for instance, can be used to lengthen the day in places with limited winter days and maintain plant development in light-sensitive species. On the other hand, in areas where summer days are lengthy, LED grow lights can be used to shorten the day and encourage flowering in plants that need short days.

It's important to remember that different plant species respond to light differently, and that the ideal photoperiod may change based on the stage of growth and the desired result. As a result, it's crucial to learn about and comprehend the unique photoperiodic needs of the plants being produced in order to adjust the LED grow light settings appropriately.

In conclusion, an effective tool for indoor gardeners is an awareness of photoperiodism and the use of LED grow lights to control it. LED grow lights give gardeners exact control over light duration and intensity, allowing them to mimic natural lighting conditions and maximise plant growth stages such vegetative growth, blooming, fruiting, and the generation of secondary metabolites. To get the best outcomes, it's crucial to learn about and comprehend the particular photoperiodic needs of the plants being produced. Indoor gardening has been transformed by LED grow lights, which offer a flexible and effective way to manage plant growth and increase output.

#plant growth #led light #grow led light #led grow lights

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