LED plant grow lights generate little heat and can be placed close to plants for supplementary lighting without causing burns. They can be arranged between plant rows or ridges to minimize light leakage loss to the greatest extent and improve light efficiency. According to the different growth periods of plants, the LED spectrum can be combined to obtain pure monochromatic light or composite wavelengths for supplementary lighting, promoting the growth, flowering, and fruiting of plants. With small size, long lifespan, high biological energy efficiency, energy conservation, environmental protection, and no heavy metal pollution after damage, they are green lighting sources and are very suitable for green production.
The physiological effective radiant energy of 300W LED plant light is equivalent to that of an 800W High-Pressure Sodium (HPS) lamp, saving about 80% of the electrical energy compared with traditional lighting fixtures, reducing the cost of supplementary lighting, and bringing significant economic benefits.
Applicable environment: -40°C to 70°C. Applicable plants: Universal supplementary lighting lamps. It is most suitable for small-leaved plants that like light and can flower and bear fruit, aquatic plants, etc. It is applicable to places such as flower cultivation, vegetable planting, and aquatic plant (aquarium) cultivation where there is a lack of light or the growth period needs to be adjusted, and is used for supplementary lighting, promoting growth, and adjusting the growth period of plants. The LED plant growth lamp is a great helper for promoting agriculture through science and technology! It can replace sunlight to provide supplementary lighting for flowers, fruits, vegetables, aquatic plants, etc., to promote the sprouting of leaves, the growth of stems, flowering, and fruiting of plants; promote the photosynthesis and nutrient absorption of plants; adjust the flowering period and color of plants; enhance the nutrient absorption of fruits, and improve the yield and quality of crops; maintain the healthy growth of plants and avoid excessive growth or stunted growth due to nutrient deficiency.
Note:
1. The installation height distance between the LED plant light and the illuminated plants is preferably between 2.5m ± 1.5m. The lower the height, the stronger the light radiant energy. The height can be adjusted according to the lighting needs of different growth periods of plants to regulate the intensity of different light radiant energies.
2. The installation spacing between plant lights is preferably between 4m ± 2m. The closer the installation distance, the stronger the light radiant energy. The spacing can be adjusted according to the growth needs of different crops to regulate different light radiant energies.
3.The supplementary lighting time plus the sunlight exposure time should be 10 to 16 hours. If the lighting time is too long, the growth of plants will slow down. Because when the dark period of plant growth is short, plants do not have enough time to rest and digest.
