What are some of the most important considerations when selecting LED Grow Lights for indoor plants? Full-spectrum, adjustable colors, long lifespan, and cost are just a few. We’ve broken down each of these aspects into manageable sections so you can choose the perfect light for your indoor plants. Read on to discover the advantages of LED Grow Lights for indoor plants. Let’s begin! Using a full-spectrum LED grow light will ensure the best possible growth for your plants.
Full-spectrum
Among the advantages of full-spectrum LED grow lights for indoor plants is their low energy consumption. While many growers are required to heat their rooms during the colder months, full-spectrum LEDs do not produce heat. They are also more energy efficient than many other lighting options. Read on to find out how to select the right full-spectrum grow light for your plants. Here are the key benefits of full-spectrum LED grow lights.
The highest PPFD of this light is 1385 umol/s at 12 inches. It is sufficient to boost plant yield. However, if you want to lower the PPFD, you can adjust the light’s brightness by dimming it to forty percent. Dimming the light is also possible, which allows you to adjust the amount of light depending on your plant’s growth phase.
Adjustable colors
Adjustable colors for LED grow lights for indoors plants offer greater flexibility. Full spectrum lights, or full spectrum LEDs, produce light with both visible and invisible wavelengths. LED grow lights with adjustable colors allow growers to isolate certain spectrum colors for a variety of purposes. Full spectrum lights improve plant growth, encourage root development, and provide improved nutrition. Here are a few reasons why growers should consider full spectrum LEDs for indoor plants.
High-pressure sodium vapor lamps provide light in the red and yellow spectrums, whereas LEDs produce light that is closer to the spectrum of the sun. HAPS bulbs are generally used for bloom set and are a good choice for large-scale growers. Adjustable LED grow lights for indoor plants use half the power of traditional bulbs and produce almost no heat. Full spectrum LEDs have been developed to mimic the full spectrum of sunlight.
Long lifespan
While many people prefer LED grow lights for their indoor plants because of their low power consumption and long lifespan, these lights do not last forever. Like any other light source, they will lose their quality over time. While most conventional light fixtures depreciate in the first six to nine months, LED grow lights can last for 10 to 20 years! Nevertheless, there are some factors to consider when choosing an LED grow light for your indoor plants.
While LEDs produce less heat than other light sources, they are much cooler. Heat can cause damage to your plants’ foliage and moisture levels, and can even burn their leaves. LEDs are also long-lasting, lasting up to 50,000 hours, a five-times longer lifespan than their fluorescent counterparts. Additionally, LED grow lights are less expensive and save growers money. They are also eco-friendly and will reduce waste and energy consumption.
Cost
Growing indoor plants requires proper light, but not the sunlight. LED grow lights provide the necessary light indoor plants need to grow. Since they are energy efficient, they are more affordable than traditional lights. There are some factors you should keep in mind when determining the cost of LED grow lights for indoor plants. Listed below are some of the most important factors to consider before you make a purchase. While you should purchase a light that is compatible with the size and type of indoor plants you are growing.
First, consider the cost of electricity. A high-quality LED grow light will reduce your electricity costs. Most LED grow lights use a lot of electricity, but you can easily cut down on the cost by switching to more efficient bulbs. The cost of electricity is typically expressed in cents per kWhr, which you can find from your electricity provider. Remember to include fees and taxes in the price of electricity. If you’re using LEDs for indoor plants, the cost per kWhr will be approximately $0.08, and after tax, it will cost about $0.12.
