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Love gardening but don’t have the outdoor space to harvest your own produce? Owning one of the best LED grow lights can solve this dilemma.
Why are grow lights great? Simple: If you live in a cold climate, indoor grow lights allow you to have an indoor garden that provides herbs and vegetables year-round, rather than produce that can only be grown for a few months of the year.
There are also several environmental advantages to growing your own produce. On the one hand, it reduces carbon emissions. According to the Environmental Protection Agency (EPA), transportation-related greenhouse gases account for 29 percent of total U.S. emissions. However, growing your own produce reduces the need to ship produce long distances and reduces the number of trips you make to the grocery store.
Plus, harvesting your own produce can eliminate plastic packaging waste. Most produce comes in plastic or containers — or the grocery store will have plastic bags on hand for you to fill. But utilizing your own garden can eliminate this waste in your home.
To bring your indoor garden to life, use the best grow lights.
There are many factors to consider when choosing the right LED grow lights for your garden, and deciding which color spectrum to use is one of them.
Most growers believe that using full-spectrum light (also known as “white” light) is the best way to successfully grow plants because it provides all the visible wavelengths of light that plants need to grow. In fact, some plant growers even swear by using only full-spectrum LEDs in their gardens.
The big question then becomes: what color will a full spectrum LED light produce? The answer is all colors! But while this might seem like a good thing at first glance, it’s actually not that great when you think about it.
Why? Because different colors correspond to different wavelengths of light, and each wavelength has its own special properties that can help or hurt plant growth. For example, blue light stimulates flowering and leaf production, red light promotes vegetative growth, and yellow light causes plants to do more photosynthesis. So if you only use a limited number of colors in your LED grow light setup, you may be limiting the potential of your plants to a great extent!
To ensure you get the most out of your LED grow lights — both during and after your plants grow — it’s important to choose grow lights with full spectrum output. This means LEDs emit all colors of visible light
ECO Farm ECOD Samsung UV+ IR 1000W Dimmable LED Grow Light
Features:
The ECO Farm LED Grow Light is powered by Samsung Full Spectrum LEDs that drive a wide spectrum from 395nm to 730nm and produce 144597 Lumens. The full spectrum coverage gives better results. Available in 3000K and 6500K. Full-spectrum light with higher intensity in the 395–730nm spectrum has been shown to perform better than the targeted spectrum for general use. The ECO Farm Samsung LED grow light produces a 1000W PPF output of 2524.5μmol/s and a PAR efficacy of 2.8umol/J making this fixture incredibly efficient compared to other commercial fixtures. LEDs generate far less heat than HPS and other HID lamps making them perfect for horticulture. Lights can be installed much closer to the plants themselves getting them all the light they need and increase your harvest. Less heat also means a lot less power used for cooling your grow area. Stack that with power saving on the light itself for a huge drop in your power expenses.
Mars Hydro FC-E1000 Bridgelux 1000W LED Grow Light
Features:
The Mars Hydro FC-E1000 Bridgelux 1000W LED Grow Light has a full spectrum for full cycle plant growth. FC-E1000W is specially designed for high PPFD culture (such as high concentration CO2 growth). It is by far the most powerful grow light with a high PPF of 2,766 umol/s and an average PPFD of over 1,300 umol/m2/s. The FC-E1000W is slightly different from other FC-E LEDs because of its scalable flexibility, allowing for customization and configuration. Typically, 10 light bars are arranged on 2 support bars to provide an unusually high amount of power for an area of 4x4 feet.
MedicGrow Ez-8 1000W LED Grow Light
Features:
MedicGrow LED grow light produces full-spectrum light, which is very suitable for all stages of plant growth. It is designed for planting tents and groups used for commercial planting operations. This powerful light is one of MedicGrow’s most productive LED plant grow lights. MedicGrow designed and manufactured Ez-8 with long life in mind. Each lamp is made of heavy-duty aluminium, making it ideal for use under harsh commercial planting conditions, even serious home indoor planting spaces with a lifespan of up to 50,000 hours. Its detachable and replaceable light bar makes installation and transportation a breeze. The integrated knob dimmer allows growers to easily reduce the power output to meet your needs at the time-from seedlings to flowers, eZ-8 can meet Your needs. Of course, the spectrum has a huge impact on the efficiency of plant photosynthesis.
LED grow lights offer several advantages over other light sources, including high energy efficiency, long life, and high color rendering index (CRI). These grow lights are also much less expensive than the fluorescent and metal halide systems they replace.
There are many variables that affect the cost of grow lights. I would start by looking at the wattage of the bulbs, how many watts the lights need and how long they run for a full day (12 hours). Then I look at the color spectrum of the bulb, the efficiency of the bulb, and the cost of the bulb. Here’s what you’ll likely find, a single 100W HPS or HID will be cheaper than a full 400W LED array.
The most cost-effective LED grow lights are always those that produce higher PAR (Photosynthetically Active Radiation) than the plants need. The amount of PAR required by a plant depends on the size of the plant and the temperature of the environment. The most common way to measure PAR is with an electronic PAR meter.
The best value for money is usually the brightest, cheapest LEDs you can find. The main problem with LEDs is that they are not always energy efficient.
The best LED grow light brands are the ones that are worth the money. They must be able to provide all of the following:
High quality and durable product.
Highest output of energy per watt.
Best warranty and customer support.
The most efficient product.
The best in customer service, installation and maintenance.
The most effective product.
With so many types of grow lights and systems to choose from, it can be overwhelming to figure out which one is best for your needs. This guide covers the most popular range of grow lights mentioned above, including their features and the benefits they provide. Thanks for reading!
La elección de cultivar plantas de interior con “luces de cultivo” de iluminación artificial es fundamental para ciertos tipos de plantas y necesaria para lograr resultados ideales en la jardinería de interiores.
Probablemente conozcas estos puntos, pero aun así vale la pena mencionarlos. Todas las plantas requieren luz para que ocurra y crezca el proceso fotosintético, pero la cantidad requerida por cada especie, género o tipo puede variar ampliamente.
Además, ciertas épocas del año pueden marcar una gran diferencia. Muchas plantas de interior tienen períodos de latencia, o latencia: demasiada luz puede hacer que se cansen y se vuelvan insalubres.
La salida de potencia variará dependiendo de la fuente de luz.
Sin embargo, para dar una imagen visual de una estimación aproximada, normalmente necesita un mínimo de 30 vatios por pie cuadrado. Pero 50 vatios por pie cuadrado es óptimo.
Ahora, calcule la iluminación necesaria para el área que cultiva.
Digamos que si ilumina un espacio de cultivo de 8 pies cuadrados, necesita al menos 30 x 8 = 240 vatios para el área. La potencia de luz óptima es 50 x 8 = 400 vatios.
Diferentes tipos de luz producirán diferentes potencias. Por lo tanto, una lámpara fluorescente compacta que emite 400 vatios puede ser igual a luces HPS de 200 vatios. La configuración de la habitación, el estilo de crecimiento, el reflector y el entorno circundante también pueden afectar la iluminación necesaria.
Asegúrese de observar el crecimiento de las plantas y ajuste la potencia de la luz respectivamente.
ECO Farm Versión Pro 650W Barras de Luz LED Cultivo con Chips Samsung 301B
Características:
La luz de cultivo LED ECO Farm utiliza el diseño de chip Samsung LM301B, la intensidad de la luz es mayor, la atenuación de la luz es menor y el lumen y el valor PAR son mejores que los LED normales. Funciona a una temperatura más baja, lo que puede generar una mayor conversión de energía y una vida más larga. Este tipo de lámpara de crecimiento es una solución de iluminación de período completo adecuada para todos los entornos de crecimiento (incluidos los entornos húmedos) y es una opción ideal para la iluminación de invernaderos o interiores.
Características:
La luz de cultivo LED regulable ECO Farm 640W puede reemplazar la mayoría de las luces actualmente en el mercado. Esta barra de luz es un dispositivo enorme que proporciona una intensidad de luz uniforme. La luz regulable puede ayudarte a ajustar la intensidad de la luz en diferentes etapas de tu planta y también puede aumentar el THC y el sabor. La barra de luz de cultivo LED ECO Farm es una luz de cultivo vertical que integra un chip azul y un chip rojo para facilitar la absorción de la luz a altas intensidades, promoviendo una calidad de disparo óptima.
ECO Farm MG Series 660W Barras de Luz LED Cultivo Plegable con Chips Osram Espectro Completo
Características:
La serie ECO Farm MG de luces de cultivo LED plegables de 660 W puede cumplir con sus objetivos de rendimiento, consistencia y calidad. Ahorre tiempo, dinero, energía y espacio. Robusto, confiable y de forma ideal para facilidad de uso y excelente consistencia. Espectro completo con una versatilidad y calidad sobresalientes.
A la hora de comprar las mejores lámparas de cultivo para plantas, te encontrarás con varias opciones; sin embargo, no todo será bueno para ti. Para asegurarse de que está tomando la decisión correcta, considere la guía a continuación.
Luces
Cuando compre su mejor lámpara de jardinería, tenga en cuenta que hay dos tipos populares de luces. Estos son fluorescentes y LED. El LED le ofrece un color púrpura y consume poca energía. Por otro lado, los fluorescentes producen tonos blancos y tienen un precio razonable.
Sería útil si elige según dónde usará estas luces. Por ejemplo, si es en tu sala de estar, opta por fluorescentes para evitar distracciones con la luz violeta.
Tamaño de la lámpara de jardinería
Es crucial considerar el tamaño de su luz de crecimiento para asegurarse de que se ajuste a la región donde desea usarla. Tome medidas primero antes de hacer las compras reales.
Temporizador
Si buscas ser más flexible y disfrutar de la comodidad de tu lámpara de jardín, asegúrate de elegir una con un temporizador automático. Le ahorrará la molestia de encender y apagar regularmente, lo que significa que puede atender otros problemas.
Ajustabilidad
Debe optar por una unidad ajustable para que pueda maniobrarla según sea necesario. Esto es extremadamente importante ya que lo ayudará a iluminar una región más amplia al alterar la dirección de los faros.
Espectro de luz
Finalmente, ayudaría si pensaras en el espectro de luz de la lámpara de jardín que estás a punto de comprar. La gama diferente se adapta a las diferentes necesidades de las plantas. Asegúrese de que su unidad tenga un amplio espectro, ya que esto ofrecerá los máximos beneficios a las plantas.
Hay muchos tipos de luces de cultivo, y cuál es el mejor para ti depende de los tipos de plantas que elijas para cultivar en interiores.
¿Cuál de estas mejores luces de cultivo LED despertó su interés? Por favor comparte tus comentarios abajo.
During these shorter winter days, with less and less light coming through your windows, you may wonder if your plants are getting everything they need to thrive. While the weaker light this season may be enough for some houseplants, others need a boost for their growth. Still others, such as garden seedlings and flowering plants, may require brighter light than your home provides.
If you’re considering introducing artificial light into your home, here’s what you need to know.
All living things need energy to grow. Humans get energy from food. Plants obtain energy from light through a process called photosynthesis. The photosynthetic reaction can be explained as follows
Carbon dioxide + water + (light energy) -> glucose + oxygen
During this process, plants obtain light energy through the chlorophyll in their leaves. The energy is used to react carbon dioxide (from the air) with water (absorbed by the roots and transferred to the stems and leaves), producing a sugar called glucose. This sugar is consumed or converted to starch in the breath, which is then stored. Oxygen is a by-product of this process.
ECO Farm DBL3000 Full Spectrum LED Grow Light 320W
Features:
This ECO Farm led grow light is equipped with SAMSUNG LM281B diodes.It draws 320 watts achieving an impressive PPE of 2.5 umol/J, coverage for 3'x3′ of high-yielding full-cycle growth. Simple structure, no fan, no noise. Four aluminum light bars for better heat disappear and stay cool while enabling even light spread. Save you a lot at ventilation and exhaust. Proven high-yield full spectrum(3000K, 5000k, 660nmnm, 30nm) with enhanced deep red 660nm. Born for big buds, Rapid plant response from seed to flower speeds up flowering time and boosts yields. Easy dimming design meets the needs of indoor plants at different stages of growth. The most powerful daisy chain-max up to 15 DBL3000 growing light can be connected, controller available, especially beneficial for home, grow tent, grow room, greenhouse, garden.
Neocision Spectra Explorer 340W LED Grow Light-BVV
Features:
This BVV grow light is designed for a full grow cycle with maximized red for increased photosynthesis, and effectively promotes plant leaves, stem growth, and flower yield. The full spectrum, infinite close to natural sun light, is suitable for all stages of indoor growth of all plants, accelerating flowering time and increasing yield! Ideal for 2’ x 4’ tent environments for increased consistency and yield. Using the most advanced SMD LED technology, to provide high PAR output, high energy efficiency and long life while improving light transmission. Comparable to a traditional 300W HPS or CMH light. Save up to 70% on your electricity bill.
SideKing SK3000 300W Foldable LED Grow Light Bar
Features:
SideKing LED Grow Light, upgrade 300W Foldable Grow Light with OSRAM diodes & Sosen Driver Dimmable Lights Sunlike Full Spectrum for Indoor Plants Hydroponic Veg and Bloom (648pcs LEDs), has infinite close to natural sun light, full spectrum (3000K,5000K) + Red 660nm + IR 760nm. Excellent spectrum optimizes the whole stages of indoor growing plant from seed to flowering. Great blue light makes plants grow faster, and the Red light is more than other LED grow lights to enhance growth at the flowering stages and get higher yields.
When purchasing a 300 watt grow light, there may be a few things to consider. Where to buy the product, who made it, and the brand that sold it. However, there are more things to consider before you make your purchase. Here are some helpful tips to help you buy quality products at great prices.
Quality
The quality of a 300 watt grow light is one of the most important factors when buying a 300 watt grow light. It will determine if you get your money’s worth. You have to make sure that you are buying a high-quality product that will last long enough to get your money’s worth.
Durability
When shopping for 300-watt grow lights, it’s important to consider how durable they are so they last long enough that you don’t need to replace them every now and then. Durable 300 watt grow lights are more expensive than similar products, but are worth the money because they last longer and are worth the money in the long run.
Price
The price of different 300 watt grow lights depends on their quality and durability. You want to make sure you’re getting something affordable so that it fits your budget, but is durable and lasts long enough to still give you great value for your money before it needs to be replaced or repaired again.
Feature
There are many different 300 watt grow lights to choose from on the market today. It’s hard to decide which one to buy. An important factor to consider before purchasing is functionality. Function is the use effect of the product. There are many different products on the market, so it’s important to find out which one best suits your needs.
Value
There are several factors to consider before purchasing a 300W grow light, including its value. The value of a product is determined by its ability to solve a problem or meet a market need. Some factors to consider include: how much it will cost, how durable it will be, how often it will be used, and whether there are cheaper or more reliable similar products. When buying, it’s important to research and find the right product at the right cost.
Easy to Use
When looking for the best 300 watt grow lights, it can be difficult to decide which one is right for you. With so many options on the market, it’s easy to get overwhelmed. Still, if you’re looking for an easy-to-use 300-watt grow light, there are some great options. Here are ten of the best 300-watt grow lights available today.
Warranty
There are many types of warranties to choose from, so it’s important to choose the one that meets your needs. Depending on your needs, a warranty may be cheaper or more expensive than purchasing each 300W grow light individually. Also, read the fine print before signing anything, as some warranties may not apply if something goes wrong with the product.
With the above information in mind, you’ll know what the best LED grow lights are. Likewise, you know what to consider when making a purchase. What else do you need? Now it’s up to you to decide and choose what you think best suits your needs.
There is no doubt that LED grow lights are the best light source for indoor plant growth. But with so many styles and wattages of indoor garden lights, how do you choose the best LED grow lights for the plants in your home? Just because grow light systems are popular, doesn’t mean it’s right for you. That’s why I’ve put together my research to help you choose the best indoor grow lights for your unique growing situation.
Commercial growers use a wide variety of grow lights to produce high-quality crops. Full-spectrum LED grow lights are growing in popularity because they offer all the colors of the rainbow and can penetrate deep into a plant’s canopy to boost plant growth and yield.
There are a few main types of grow lights used in commercial agriculture — HID (high intensity discharge) lights, metal halide lights, and fluorescent lights. While each has its own pros and cons, full-spectrum LED grow lights outperform them both in terms of yield potential and overall performance.
Full Spectrum LED Grow Lights are unique in that they emit a wide range of colors including blue, yellow, red, orange, green and white. This allows plants to absorb more light energy than other types of grow lights, resulting in healthier plants and stronger root systems.
Another advantage of using full-spectrum LED grow lights is that they don’t generate as much heat as traditional HID lights or metal halide lights. This is important because excessive heat can cause plants to fight thrips infestation or fungal growth.
In addition to producing higher-quality crops, full-spectrum LED grow lights are also more affordable than other types of lighting technologies. So if you’re looking for increased yield performance or a less expensive option for your gardening needs, look no further than full-spectrum LED grow lights!
ECO Farm Z8–800 Samsung LM301B LED Grow Light
Features:
The ECO Farm LED grow light is equipped with SAMSUNG LM301B chip and 8 high-efficiency aluminum rods to ensure high-efficiency PPE 2.7umol/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%. 8 LED growth lights, each rod is covered with high-grade glue, waterproof and easy to clean, not easy to be filled with dust. 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: excellent full-spectrum mixing of white, blue, red, and ultraviolet light, IR LED (3500K, 660nm and IR 760nm & 396nm UV), close to natural sunlight. The spectrum applies to the entire stage of indoor planting.
Spectrum King Phoenix 840W LED Grow Light
Features:
Spectrum King’s Phoenix 840W is ideal for photon-hungry crops that can handle strong light. With 16% less wall power than standard HPS fixtures, the 840 provides some decent output compared to other fixtures while still saving electricity and heat. Spectrum King’s custom spectrum is tested and customized to maximize plant and flowering cycle growth. The intensity of this dimmable light can be as low as 10%, enabling growers to simulate a sunrise/sunset effect. Spectrum King’s innovative Cryo-Therm cooling technology features an ultra-thin profile that maximizes airflow and minimizes microclimates. The Phoenix 840 grow light is optimized for single or multi-level planting close to the canopy.
Grow Light Science PROGROW 850 850W LED Grow Light
Features:
Grow Light Science LED grow light is a full cycle overhead lighting solution for commercial or residential plants cultivation. The 850’s form factor allows for expandability and multiple grow room and grow tent configurations where photosynthesis and yield maximization are the goals. PROGROW 850 provides high PPFD levels and can be used with CO2 supplements. Top light output (PPF), spectral distribution and efficacy will deliver amazing results with little impact on your wallet. PROGROW 850 will deliver PPFD levels of over 1,400 umols/m2/s, either individually or in arrays of multiple cells. We recommend that all growers conduct research and trials within their growing space to design the best combination of inputs.
Durability — Obviously you want your LED grow light panels to be well constructed and sturdy. You want to make sure they are made of the best materials and that the wiring will last over time. Incorrect wiring can generate excess heat, which is not only harmful to your plants, but can also be a fire hazard. This is another great reason to buy the best quality grow lights you can afford.
Cooling System — LED lights are cooler than HID and HPS lights. However, they should still contain a high-quality cooling system. A heat sink within the system should dissipate the heat generated by the lights and move it away from the lighting system and plants.
Color Spectrum — Plants primarily use red and blue spectrum light to complete their growth stages. While HID and HPS systems use full spectrum light to target plant growth, a good LED system will include red and blue light for the perfect blend to help your plants grow. Some growers say that white LED grow lights are the closest to natural sunlight, so the effect is better. However, white LEDs contain yellow and green light that plants cannot use, so it is wasted, reducing the efficiency of the grow light.
PAR — PAR stands for Photosynthetically Active Radiation. In simple terms, this is the emitted light that plants can actually use. While many manufacturers provide details on lumen output (light visible to humans), for grow lights it is even more important to know the PAR output. If your plant doesn’t use it, it’s wasting energy. Manufacturers’ PAR data can be misleading because the value often varies from the center to the edge of the light. Plants down the middle of the light will get the full PAR value, while plants on the edges may get less light. Higher PAR is not necessarily better. In fact, the best LED grow lights will have a lower PAR value because the power will not be concentrated in the center but distributed evenly.
Wattage — When you look at the wattage associated with an LED grow light, it is usually the same equivalent wattage you would need to get the same results in a HID or HPS light. So, an LED grow light listed as 400W can replace a 400W HID or HPS light, but the actual wattage of the LED will be much less. This is how LED grow lights are more energy efficient. First-time buyers often assume that the more wattage a grow light offers, the better. But bigger isn’t always better. As a rule of thumb, you need 32 watts per square foot of growing space for flowering and light-loving plants. Low-light plants like lettuce and herbs only need about 11–18 watts per square foot.
Programmability — If you’re serious about growing, you’ll want to automate as many processes as possible, not just to reduce your workload, but more importantly, to reduce the possibility of human error. The best grow lights on the market offer a full range of programmability, including setting light schedules, changing intensity, and customizing the light spectrum to best suit individual plants.
With all the grow light options on the market today, it can be difficult to knock out the best and stay within your budget. Luckily, we’ve looked at some options that might work in your favor and budget without going overboard. There are many others besides the ones we have listed. But you now know the features to check out before buying. When it comes to choosing the best cheap grow lights online, all is well.
Las luces de cultivo se están convirtiendo rápidamente en una parte esencial de la jardinería de interior. Pueden ayudarlo a cultivar plantas que normalmente no crecerían en su hogar. Primero debe comprender cómo usar las luces de cultivo LED para sus plantas de interior para obtener los mejores resultados. Con ese fin, compartimos el proceso de uso de luces de cultivo LED para plantas de interior. ¡Sigue leyendo hasta el final para aprender todo sobre el proceso!
Facturas de electricidad más bajas. Las luces LED son una excelente manera de reducir las facturas de electricidad de su tienda de cultivo porque usan menos energía que otros tipos de luces. Esto se debe a que las luces LED producen una firma de calor más pequeña, lo que significa que no tienen que trabajar tanto para producir la misma cantidad de luz.
Sin peligro de incendio. Las luces LED son una opción más resistente al fuego para cultivar plantas en tiendas de campaña porque generan menos calor que otras bombillas. Esto significa que hay menos riesgo de que se inicien incendios dentro de la tienda debido a problemas relacionados con el calor.
Vida más larga. Las luces LED duran más que otros tipos de luces, lo que significa que no es necesario reemplazarlas con tanta frecuencia.
A diferencia de las bombillas HID, las luces LED no hacen ruido ni hacen que toda la unidad vibre porque son luces de corriente continua (CC). Esto significa que la corriente no alterna de un lado a otro como la corriente alterna (CA), por lo que hay menos ruido y vibración.
Menores emisiones de calor. Los LED generan menos calor que las bombillas HID.
Fácil de configurar y cambiar entre diferentes colores. Las luces LED son fáciles de configurar porque no requieren balastos, que a menudo se requieren para otros tipos de luces de cultivo. Además, vienen en una variedad de colores y se pueden usar para promover el crecimiento de las plantas en armarios de cultivo. Por ejemplo, se sabe que la luz roja promueve el crecimiento vegetativo, mientras que la luz azul estimula la floración y la fructificación.
ECO Farm Serie UI2 690W Barras de Luz LED Cultivo con Regulación de Tres Canales para Invernadero
Características:
Esta luz de cultivo LED ECO Farm adopta una alta eficiencia con 2,8 umol/j y consume solo 690 vatios. Una luz adecuada y similar a la del sol puede evitar que el crecimiento de las plantas se vuelva larguirucho y mohoso. La mejor solución de iluminación para hidroponía interior y cultivo en tierra. Cobertura más uniforme. Perfecto para 5x5 con un máximo de 6x6 de espacio. En un armario de cultivo, las plantas pueden absorber más del 90 % de la luz reflejada. El nuevo material de aluminio diseñado dispersa rápidamente el calor sin un ventilador ruidoso. La intensidad de la luz se puede cambiar con un regulador de intensidad según las diferentes etapas de crecimiento de las plantas. Ahorro de hasta un 50 % de energía y un 30 % más frío que otras lámparas de cultivo.
ECO Farm ECOZ Pro 700W Barras de Luz LED Cultivo con Chips Samsung 301H y UV+IR
La luz de cultivo LED ECO Farm con un diseño exclusivo de 8 barras LED extendidas proporciona una cobertura de dosel más uniforme y completa, especialmente en las áreas de cultivo de los bordes exteriores. Con 2784 piezas SAMSUNG LM301H y chip Os-ram, estas luces de cultivo LED consumen 700 vatios con 1960 umol/s, logrando un impresionante PPE de 2,85 umol/J, cobertura para 4'x4' de crecimiento de ciclo completo de alto rendimiento. Full-spectrum es perfecto para que las verduras florezcan, para adaptarse a cada fase del ciclo de la planta. La perilla de atenuación es ideal para que los cultivadores ajusten la intensidad de la luz según las diferentes etapas de crecimiento.
Esta lámpara de cultivo LED ECO Farm proporciona una alta eficiencia energética de 2,7umol/J. La mejor solución para conseguir más frutos y de mejor calidad. La intensidad de la luz se puede cambiar con un regulador de intensidad según las diferentes etapas de crecimiento de las plantas. En un armario de cultivo, las plantas pueden absorber más del 90 % de la luz reflejada. Una luz adecuada y similar a la del sol puede evitar que el crecimiento de las plantas se vuelva larguirucho y mohoso. La mejor solución de iluminación para hidroponía interior y cultivo en suelo. La potencia real es de 700w.
¿Qué hace que una luz sea de alta calidad? Deberá utilizar varios factores para encontrar la mejor luz para su configuración de cultivo, que incluyen:
eficiencia. Los LED usan menos electricidad para funcionar, lo que reduce los costos.
Consumo de energía. Parte de lo que determina la eficiencia de una lámpara es el consumo de energía que requiere para funcionar. Las luces de alta eficiencia usan menos energía que las luces tradicionales, y las luces LED son más eficientes energéticamente que las luces de cultivo más antiguas, como las luces de sodio de alta presión.
longevidad. ¿Cuántas horas durarán las luces? No querrás invertir en una lámpara costosa, solo para que se queme después de tu primer cultivo.
asequibilidad Cada productor tiene un presupuesto, y elegir las mejores luces para su tienda de cultivo no arruinará su banco.
iluminación máxima. ¿Qué tan poderosa es la luz? ¿Siempre funciona a plena potencia o se puede atenuar para diferentes etapas de crecimiento?
sistema de refrigeración. Al final del crecimiento, las luces deben funcionar durante 12 horas seguidas, lo que puede provocar fácilmente un sobrecalentamiento. ¿Su luz tiene un sistema de enfriamiento para evitar que se caliente demasiado y se queme?
Tu espacio para crecer. ¿Estás construyendo una tienda de campaña o trabajando en una habitación remodelada? Los espacios grandes necesitan más luz que los espacios pequeños, y algunas áreas de plantación pueden necesitar más calor que otras.
Tarjeta. Todos queremos que las cosas funcionen como deberían. La lealtad a la marca es importante para que los cultivadores experimentados mantengan la coherencia de los elementos.
Por supuesto, todas las plantas necesitan luz, pero la cantidad de luz que necesitan varía mucho. Un espacio con ventanas soleadas puede ser donde todas sus plantas de interior con poca luz necesitan crecer bien, pero otras plantas de interior necesitan una luz más brillante y constante para crecer correctamente. Por ejemplo, si está cultivando plántulas de vegetales para su jardín de primavera, dejando florecer las plantas de interior con flores o incluso cultivando hierbas frescas en las encimeras de su cocina, entonces la luz de cultivo adecuada es su amiga. Espero que este artículo te ayude a conseguir una luz de cultivo adecuada.