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La agricultura se ha convertido en una nueva forma para que la juventud urbana alivie la presión de la vida ajetreada, y el grupo de “agricultores urbanos” crece día a día. Para tener su propio pequeño jardín en una ciudad con alta densidad y poca luz, necesitan su propio pequeño ayudante: ¡Grow Light! Las luces de cultivo de interior imitan la luz solar natural, lo que las convierte en una excelente opción para cultivar o florecer plantas en interiores. El siguiente texto echa un vistazo a algunas de las mejores luces de cultivo de interior de 2023.
Detrás de la producción de luces de cultivo hay mucho trabajo de ingeniería complejo. Se ha realizado una amplia investigación y desarrollo para promover el crecimiento saludable de las plantas y el máximo rendimiento.
También es necesario utilizar materiales de alta calidad para que las luces de cultivo sean seguras y duraderas. Estos se suman a los costos de fabricación y hacen que las luces de cultivo LED sean tan caras.
ECO Farm 600W Barras de Luz LED Cultivo Plegables con Chips Samsung 301B
ECO Farm controla estrictamente la calidad, eficiencia y ahorro energético de cada lámpara.
Ofrezca a sus plantas todas las longitudes de onda que necesitan desde la plántula hasta la floración.
Se puede utilizar para cultivar plantas medicinales.
Ayude a las plantas a crecer mejor y más rápido, optimizando el retorno de la inversión de las plantas comerciales en crecimiento.
La luz de crecimiento LED ECO Farm 680W tiene dos canales regulables, material impermeable, puede elegir diferentes luces según la situación actual.
Con chip Samsung 301B, mejor calidad, alta eficiencia y larga vida útil.
Ideal para el cultivo de plantas de interior que proporcionan un amplio PAR para la floración.
ECO Farm 640W Barras de Luz LED Plegables Samsung para Invernadero
Las luces de cultivo LED ECO Farm Samsung con controladores Inventronics tienen un espectro equilibrado para una potencia de crecimiento excepcional de los mejores diodos LED.
Disipador de calor de aluminio y plástico o plástico
Los componentes que aseguran el funcionamiento de la luz de crecimiento tienen más probabilidades de fallar. El principal peligro para el chip es el sobrecalentamiento. La buena disipación de calor garantiza el funcionamiento prolongado y correcto del chip ligero de crecimiento.
Dado que la producción y el procesamiento de metal es una empresa relativamente costosa, ha habido un lanzamiento de radiadores de aluminio y plástico. La copa de aluminio se coloca dentro de la carcasa hecha de polvo de plástico prensado. Cuanto más potente sea la luz, más grueso debe ser este vidrio.
Los fabricantes sin escrúpulos ahorran en lo que no se ve a simple vista y hacen que la parte metálica no se corresponda con la potencia de la bombilla.
Puede determinar esto por peso: tome dos luces similares con una carcasa de aluminio y plástico y sosténgalas en su mano. La de mejor calidad es la más pesada.
Potencia
Hay algunas reglas para elegir la mejor bombilla de cultivo en función de la potencia. Consume de 8 a 10 veces menos que la luz incandescente y de 1,5 a 2 veces menos que una luz fluorescente.
Sin embargo, la fórmula 1:10, declarada por los fabricantes, es mañosa. Una luz de crecimiento de 6 W brillará peor que una luz incandescente de 60 W porque parte de la energía irá al disipador de calor.
Además, el brillo de la luz de cultivo se atenúa en un 20–30 % con una bombilla mate.
Para no equivocarnos al cambiar una luz normal a 60 W, tiene sentido tomar una luz de crecimiento y elegir la correspondencia no por vatios sino por lúmenes, en la que se mide el flujo luminoso.
Puede encontrar fácilmente la tabla de correspondencia para diferentes tipos de luces en la Web, y los indicadores de luz están en la caja.
Cuantos más lúmenes por vatio de salida, mejor. De media, 700 lm son suficientes para un dormitorio y unos 1000 para un salón.
Temperatura del color
Al comprar la mejor luz de crecimiento, tenga en cuenta la temperatura del color. Puedes buscarlo en el paquete. La temperatura del color se mide en grados Kelvin y divide condicionalmente la luz en cálida (hasta 3500 K), neutra (3500–4500 K) y fría (desde 4500 K).
¿Cuál es la temperatura de color de la luz de crecimiento? Cuanto mayor sea el número, más frío será el tono y más intenso será el brillo en el espectro azul. Este espectro es el más desagradable para la retina y puede causar problemas de visión con una exposición prolongada.
El cristalino del ojo de un niño es aún más susceptible al azul, por lo que es mejor no usar luces de cultivo blancas frías en un vivero. El óptimo es de 2700 a 3000K, correspondiente a una luz incandescente convencional o luz solar. La ubicación de la lámpara también es esencial, y debe asegurarse de que no entre luz directa en los ojos.
La luz fría es buena en la calle y neutra en la oficina. Esto se debe a que vigoriza y moviliza los recursos cerebrales. La temperatura de color superior a 4000K es ideal para edificios públicos y educativos.
Factor de ondulación
Este es el factor crucial a considerar al comprar el grow light. Una luz de crecimiento blanca cálida puede ser una molestia si tiene un factor de ondulación alto (más del 20%).
Los trucos de la vida ayudarán a determinar el nivel de pulsación. Primero, mueva el lápiz de un lado a otro frente a la lámpara. Si la pulsación es alta, la silueta se deshará, y si es baja, se manchará.
El segundo método parece aún más sencillo. Apunte su teléfono inteligente a la lámpara con la cámara encendida; la ondulación será visible en la imagen: cuantos más parpadeos y más rayas, peor.
Sin embargo, hay matices aquí. Después de un segundo de operación de la cámara, muchos teléfonos inteligentes compensan las pulsaciones mediante programación al iniciar la función antiparpadeo. Además, los circuitos y el firmware que procesan las pulsaciones de luz serán diferentes en las diferentes cámaras.
Como resultado, puede pasar por alto ondas fuertes y entrar en pánico debido a parpadeos muy fuertes, aunque serán de alta frecuencia e inofensivos para los ojos.
Desafortunadamente, el precio de las luces de cultivo LED sigue siendo muy alto. Estos dispositivos son rentables a largo plazo, por lo que debe comprender que habrá un costo inicial significativo al comprar nuevas luces de cultivo LED.
Al igual que en la industria solar, los costos iniciales asustan a mucha gente, pero los ahorros a largo plazo son más que suficientes para cubrir el costo del equipo, y puede ahorrar algo de dinero usándolo solo durante un año.
It is simply impossible to grow plants without sunlight. But grow lights have changed that concept. LED lights are the most efficient and easiest process for growing plants at home with less chemical usage. They produce less carbon and can control light spectra unimaginable with high-pressure sodium vapor (HPS) lamps.
For higher yields, you need better quality grow lights. They may be too expensive. But you don’t have to go for the expensive ones, because cheap LED grow lights can also ensure you better yields. You just have to find the right one.
However, you may not know which cheap LED grow lights are of good quality. But because we’re here, you don’t have to worry.
Here we recommend the best LED grow lights on the market.
The grow lights you use for your houseplants will determine their growth rate and health. In addition to meeting the requirements of plants for light and having an ideal spectrum, the best plant growth lights should also meet some conditions.
For example, the best LED grow lights should be of high quality. The quality of grow lights is related to design and type. High quality grow lights will not break or fall off the stand easily. Also, it passes without issue.
The price of grow lights is also an important consideration. While some lights may be too expensive, don’t rush into cheap ones. In some cases, cheap grow lights can also be of poor quality. So choose grow lights that you can afford, but don’t compromise on quality.
The durability of grow lights is also important. You don’t want to buy grow lights that won’t last until you harvest your plants. The durability of a grow light is closely related to its quality. You should consider it for the best LED grow lights. High-quality grow lights last longer than low-quality grow lights. Perhaps, you should look for grow lights whose durability matches your growing plans.
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.
Spider Farmer SE1000W Dimmable Full Spectrum CO2 LED Grow Light
Features:
Spider Farmer LED Grow Lights feature a uniquely designed extension of 10 to provide more even and complete canopy coverage, especially in exterior growing areas. With 3710 SAMSUNG LM301B diodes, the SE1000W Led Grow Light consumes 1000 watts at 2955 umol/s, achieving an impressive PPE of 2.9 umol/J, covering a high yield full cycle growth of 4'x4'. The dimmer knob is ideal for growers to adjust light intensity for different growth stages. The SE1000W grow light comes with a detachable driver and long power cord to reduce ambient heat in the grow space and extend its lifespan. The LED diodes are coated with water repellent, so there is no need to worry about wet environment.
Iluminar 1000W iLogic™9 Full Spectrum LED Grow Light
Features:
The Iluminar Grow Light is the go-to high-efficiency lighting fixture for sealed grow rooms enhanced with CO2 supplementation. Nine light bars deliver extremely high light intensity and uniformity across a 4’ x 4’ footprint to drive unbeatable growth rates and flower production. Delivering an incredible 2800 μmol/s PPF, the iLogic™9 Full Spectrum fixture has the power to penetrate more deeply into the densest indoor plantations, giving lower growth tips the intensity they need to reach the canopy, resulting in more viable flower sites per plant. Cultivators enjoy bigger yields, higher quality, and more overall crop homogeneity. The enhanced canopy penetration frees growers from the chore of remedial foliage stripping in order to promote the development of lower and mid-tier flower sites.
Before you put a grow light in your cart, you shouldn’t ignore the fact that not all products are the same. In this case, it’s worth taking note of some things on how you can choose the best LED grow lights. So, read on and see how each item matters.
Coverage Area
Unless you are fine with purchasing another unit again, you better consider the amount of area it needs to cover. Clearly, each unit has a limited range of areas to cover which is why its measurement matters a lot. Depending on the size of your unit, your plants may be covered by a narrow or wide light coverage area. Of course, you need to consider the amount of area that your plants cover in your grow room.
This will help you consider the best unit that can match your plants’ needed light coverage. Regardless, be sure to double-check its features and specifications as well as its customer reviews. Some may not provide a wide coverage area as advertised.
Spectrum
An LED grow light that can provide a full spectrum can be a great help to your plants. Whatever type of plant you have there; a full spectrum with balanced red and blue spectrums can be a deal maker. In some cases, your plants may also need balanced infrared and ultraviolet light to grow healthier. If your unit can emit a full range of the spectrum, it can boost your plants’ growth better and last longer. It may also include some IR and/or UV lights depending on your plants’ requirements.
Light Control
Depending on your plants’ current growth stage, your plants should receive an exact amount of lighting every day. Thus, your unit should have user-friendly controls for adjusting its lighting whether your plants are on a seedling, vegetative, or flowering stage.
With the right LED grow lights, your indoor garden will be healthy, happy and productive. Keep all of these points in mind as you weigh your options. The good news is that modern LED grow lights are affordable and great for indoor plants.
For many novice growers, one of the most difficult aspects of gardening is directly related to the process of starting seeds indoors in late winter to early spring. Vegetable garden favorites, like tomatoes and peppers, will require (in most cases) growers to seed and grow transplants indoors until the last chance of frost has passed. This process is often very challenging without implementing a grow light system. It is for this reason that many people start thinking about buying grow lights.
Plants need blue and red light for photosynthesis. Light is a key factor in plant development and growth. LED grow lights are mainly based on the photosynthetic curve that plants need to thrive. Grow lights were developed to simulate the environment plants receive from natural light.
After testing, the wavelength of light emitted by LED plant lights is suitable for growth, flowering and fruiting. Without LED grow lights, indoor plants would be starved of light.
Using LED grow lights can support plant growth, but the lights have other benefits as well. It can prolong flowering period and improve plant quality.
Other benefits of LED grow lights include,
In the case of insufficient external light, it provides supplementary light for plants to ensure that plants have sufficient light for growth.
Extend the exposure time. For plants that need medium and long days, natural light cannot provide enough light time. LED plant growth lights can extend the light time to achieve the best photoperiod for plants.
Make the most of your indoor greenhouse or plant lab to boost plant growth.
ECO Farm FLD 320W Full Spectrum Dimmable LED Grow Lights
Features:
Equipped with SMD 3030 chip, this ECO Farm LED grow light has a maximum yield of 2.5 grams per watt, 30% higher average PPFD, and 50% higher yield and quality compared to other similar lights. Consumes only 320W. This LED grow light has a Yield Max spectrum (3000k, 6000k, 660nm red, 730nm IR LED), which can make the light more uniform, truly simulate the sunlight, and perfectly meet the entire growth cycle of all plants from seed to harvest, including Medicinal plants, flowers, vegetables, etc. Newly designed fast heat dissipation material aluminium with 4 slim cooling strips, produces less heat and saves 50% energy than other old grow lights! The whole plant grow lights are waterproof. No need to worry about wet growing conditions. LED grow lights can be folded 180°, easy to install and move.
Fluence SPYDR 2x 345W LED Grow Light
Features:
SPYDR 2x is an early development overhead lighting solution for commercial cultivation, or a full cycle overhead lighting solution for home hobbyists growing without supplemental CO2 at ambient conditions around 400 ppm. The SPYDR 2x is comparable to the previous generation SPYDRx, delivering an average of 550 µmol/m2/s of highly uniform light just 6”–12” above the canopy in a 4'x4' area. Fluence recommends mounting SPYDR 2x luminaires 6"–12" above the canopy to ensure optimal light uniformity, penetration, and flux density above the 4'x4' canopy. Fluence recommends an airflow of at least 1 ft3/S to ensure effective cooling. Proper airflow will also increase the maximum suitable operating temperature and help extend the life of the system.
Spectrum King Phoenix 340W LED Grow light
Features:
Spectrum King grow light is the most efficient LED light fixture on the market with a dedicated plant spectrum. SK Cryo-Therm cooling technology enables ultra-thin profiles, maximizes airflow and minimizes microclimates. It has unmatched performance and reliability in its class. It is optimized for single or multi-level planting near the canopy. The Spectrum King Phoenix 340W Veg sets a new benchmark for what’s possible with grow lights. The full spectrum is ideal for most light-loving plant seedlings, vegetation and the entire flowering growth stage. IP65 waterproof horticultural lighting system, can be used in humid or water vapor environment, easy to use, plug and play.
When choosing a grow light, there are some factors to consider when deciding which is best for you.
Power
The amount of power consumed by your grow lights is one consideration to factor. Grow lights have different wattages, which equate to the amount of electricity you consume. And while LED grow lights are still energy efficient, this should still be a consideration. You would want to consume less while growing in a small footprint.
Footprint
Another thing to look for is a footprint or the area that a grow light can cover. Measure how big your grow area is to get an idea of which grow light works best for you. Take note that some grow lights cover a rectangular footprint, another consideration. You want to maximize the light, so you should look for something that matches your existing space.
Spectrum
There are grow lights that work for a particular stage of plant growth. You’ll see grow lights classified for vegetation and flowering. If you’re growing herbs or any other leafy plant, you won’t need a grow light with a spectrum meant for flowering.
Now, if you’re growing crops, that’s where you’ll need the flowering spectrum. That would mean having vegetation and flowering grow lights in your grow space. The good news is that many grow lights offer a full spectrum to handle both stages of plant development.
PPF and PPFD
When checking the product specifications of grow lights, you will encounter the terms PPF and PPFD.
PPF, or Photosynthetic Photon Flux, refers to how much light comes from a source per second, measured in umol/S. To be clear, PPF doesn’t automatically mean a plant receives X amount of light per second. It just means the grow light produces that amount of light every second. Getting the right amount of light per second need not be done with a single light. You can combine grow lights to get the right amount needed by your plants.
PPFD, or Photosynthetic Photon Flux Density, refers to the amount of light your plant receives. Technically, the values listed are the amounts it receives when the grow light is set at the ideal height. Putting it higher will, of course, lessen the PPFD. Commercial-sized operations will benefit significantly with a PPFD range of 1,500–2,000 umol/S for every square foot. CO2 enrichment systems then supplement these. For smaller spaces, you won’t need as much.
To help your indoor and temporary houseplants survive, provide them with the right conditions to help them thrive:
proper humidity level
Adjusted Seasonal Watering Schedule
Placement without airflow
Ample natural lighting, supplemented by grow lights if necessary
Energy-efficient, sustainable, and backed by a long-term warranty, these LED grow lights are perfect for indoor growers. We’ll provide detailed information on each product, so you can make an informed decision on which light is best for your specific needs. So, let’s take a closer look at these top LED grow lights!
LED stands for Light Emitting Diode.
An LED light is a solid-state light with a semiconductor chip called an LED chip.
The chip converts electrical current into photons by electroluminescence.
LED lights are configured as a single-chip emitter mounted on a circuit board or as multiple chips mounted directly on a circuit board called a chip-on-board (COB).
Currently, LED lights produce wavelengths that create natural light effects.
You can tune them to produce the ideal wavelength for different plants with different needs.
LED lights also offer an additional cooling system to increase their capabilities.
Gavita Pro RS 2400e 800W LED Grow Light
Features:
Gavita LED grow lights produce 2400 μmol/s at an impressive 3.0 μmol/J efficiency and provide a broad spectrum of white light and enhanced blue light to help enhance flavor and aroma. This powerful full-spectrum light source is designed for all aspects of plant growth — from the vegetative stage to the end of flowering and when higher light levels are required. Using the Gavita Master EL3 controller, the luminaire can be dimmed by up to 10% without any loss of efficiency. The RS 2400e is built with high quality components including Gavita drivers and custom Gavita branded diodes to deliver the performance and longevity you’ve come to expect from a trusted brand.
Maxibright JUNO PRO — 720W LED Grow Light
Features:
The Maxibright LED Grow Light is an affordable and powerful 720 watts, has an output of 1800 micromoles per second (PPF), and is optimized to cover an area of 1.5 m x 1.5 m. 6 LED strips to provide uniform full spectrum light with added red spectrum for enhanced blooming. The whole luminaire folds in half, is very easy to transport, and unlike other LED units on the market, it is truly plug-and-play and requires zero assemblies of any kind. At only 40mm high, it maximizes the usable height in any growing space. Juno uses all-new MaxiLED chips. These high-quality chips are hand-picked by Maxirow and will provide the perfect spectral output for high-yielding plants. Each unit comes with a remote dimmer that allows you to adjust the light from 25% — 50% — 75% — 100% power. This is especially useful for growing young plants that don’t require as much light as more mature flowering plants.
Wattage
The wattage that you will need from your LED grow light largely depends on the size of your growing space. Some plants, namely flowering plants and vegetables, will need higher wattage per square foot of growing area, while low-light plants will require less.
Semiconductor chips
The semiconductor chip is what converts electricity into the light that your plants need. Without this vital component, your LED grow light simply won’t work. Because of this, be sure and pick out a LED grow light that has a quality semiconductor chip. LED grow lights with a good semiconductor chip will outlive those that lack one and save you money in the long run.
User-friendly LED grow lights
Aside from considering which grow light will work best for your indoor gardening space, consider how user-friendly the grow light is. Most LED grow lights have a few different settings and features that you should be able to switch between with ease.
Some LED grow lights can also be difficult to position or to keep in place. Be sure to assess if your space can accommodate a grow light before buying, especially if you are in the market for a larger LED grow light.
There are a lot of factors to consider when looking for the best grow lights, which is why we’re here to help point you in the right direction.
They can be a handy solution for growing houseplants, especially if you don’t have as much sunlight where you live, and during winter when light levels naturally decrease.
Cultivar plantas de interior debería ser pan comido, después de todo, no tienes que luchar contra la sequía o las heladas. Pero puede tener un gran factor limitante: la falta de luz solar de calidad. Afortunadamente, agregar algunas luces de cultivo a sus plantas de interior puede resolver este problema, permitiendo que las plantas prosperen incluso en los rincones más oscuros de su hogar.
Si se pregunta cómo usar luces de crecimiento para sus plantas de interior, está en el lugar correcto. Estamos desentrañando cómo maximizar la salud y la productividad de las plantas de interior para una vegetación hogareña próspera y vibrante.
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
Características:
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.
Características:
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.
Usar luces de crecimiento es divertido y, en esencia, una tarea muy simple. Hay algunos problemas menores que debe considerar antes de profundizar demasiado.
Que tipo de planta cultivas
Esto se ha mencionado muchas veces, pero es muy bueno conocer las necesidades individuales de cada planta. Algunas plantas funcionan mejor que otras con menos luz, duraciones más cortas, etc. Una búsqueda rápida en Google debería ayudarlo a descubrir lo que necesita.
¿Qué altura crecerá la planta?
Un error de aficionado es olvidar que ciertas plantas crecen altas y necesitan mucho espacio. Por ejemplo, sería un error ver una planta larga y alta parecida a una enredadera completamente desarrollada en toda la instalación, más allá de las luces.
Planifique siempre su espacio e intente imaginar cómo se verán las plantas cuando crezcan.
Configura tu área interior
Hay algunas cosas a tener en cuenta al configurar una zona de plantas de interior. Lo primero es lo primero: ¿es lo suficientemente grande? Siempre tenga en cuenta si su espacio proporciona suficiente espacio para que las plantas crezcan hacia los lados y hacia arriba.
Un lugar popular que muchos principiantes deciden usar son lugares como armarios o incluso armarios. Ni siquiera son malas ideas.
No hay una curva de aprendizaje para construir su propio sistema de luces de crecimiento, pero solo necesita estar familiarizado con las especificaciones de las luces disponibles para usted, ya que esto lo ayudará a determinar qué limitaciones tiene y cómo afectan sus plantas en crecimiento.
Dado que no todas las luces son iguales, sus consideraciones principales siempre serán la combinación de colores y las plantas que está cultivando. Dicho esto, una vez que entiendas las necesidades, estarás cultivando en interior en muy poco tiempo.