Full-spectrum led grow light is the best way to accelerate plant growth. Full-wavelength plant grow light is more natural than specific spectrum plant grow light, so it has better effect in family, greenhouse, commercial or industrial use. Compared with fluorescent lamp or metal halide plant lamp, LED has higher energy efficiency and can be used as a growth light source. There are many factors to consider before choosing the full-spectrum grow light. LED can provide huge energy for the growth chamber, making it an ideal space for cultivating and accelerating plant growth.
Traditional LED lamps are not designed for plants because they only emit spectra, which are activated after photorespiration. For this reason, traditional LED lights are only used to grow low-light plants, such as lettuce and herbs, and some plants need full-spectrum LED plant growth lights so that they can produce better and healthier products.
It is not enough to provide these plants with some useful spectra, such as pink light. Because just providing pink, blue or red is not all plants need, and the spectrum containing full wavelengths can provide more light, allowing plants to grow in a better way.
The best thing about full-spectrum LED lights for plant growth is that they can bring you huge gains and reduce electricity bills. If you want higher crop yields, lower heat output and higher efficiency, you must consider full-wavelength LED growth lights. Similar to the real spectrum, LED full-spectrum plant growth lights simulate the wavelength distribution of real light, so they provide a broad spectrum for plant growth.
These LED are very suitable for indoor growth environment, such as greenhouse, because the traditional LED can only provide limited spectrum, which is not enough for plant growth. These types of LED lights also provide a sense of balance, and some are even designed to switch between the flowering cycle and the vegetative growth cycle.
What should be considered before choosing full-spectrum LED growth light?
First, the heat generated by light-emitting diodes.
The first thing to consider is the amount of heat plants get. Plants will be damaged if they get too much heat, so it is necessary to plan accordingly. Therefore, the best solution is to choose high quality LED plant growth light with higher luminous efficiency and lower heat output.
II. Crop types and growth space.
The growing space helps to determine the number of LED plant growth lights and the number of watts required. Plants that need sufficient light to grow need a higher wattage per square meter of growth space. This is because taking into account the different growth needs of different plants, the selection of limited spectral LED lights may lead to slow growth and overgrowth of plants.