Light intensity varies in every place, generally decreasing with latitude and altitude, and varying with slope angle and gradient due to the Earth's rotation. For example, in temperate regions of the Northern Hemisphere, plants on south-facing slopes receive more sunlight than those on north-facing slopes. Thus, the south-facing slope has a higher light intensity than the north-facing slope, and the difference becomes more significant with steeper slopes. On south-facing slopes, the maximum solar radiation slopes increase with increasing latitude, while on north-facing slopes, smaller slopes receive more sunlight regardless of latitude. Plants that thrive in warmer climates can be transplanted to south-facing slopes in colder regions to receive more sunlight and grow better.
Plants grow lights are lighting fixtures that supplement plants with light according to the principle of sunlight. During the growth process, the activation of photosynthesis relies mainly on the addition of light. When selecting plants grow lights, the power should be chosen based on the degree of demand for photosynthesis. Unlike animals, plants do not have a digestive system and must rely on other ways to obtain nutrients. In particular, green plants need sufficient sunlight during the day to carry out photosynthesis to obtain the necessary nutrients for growth and development.
Indoor plants are hindered by lack of light, especially for plants with higher light requirements. Using plant lamps to provide the necessary light energy for photosynthesis is an ideal solution. High-pressure sodium lamps consume high power and have low light utilization efficiency, and shorter life span, making them less ideal for plant growth.
Plants grow lights break through the limitations of traditional plant lamps, but they are relatively expensive. Compared with other similar products, LED lamps are lower in cost and more energy-efficient, and therefore LED lighting is rapidly being adopted. LED plants grow lights are widely used worldwide because they effectively promote plant growth.
LED plants grow lights provide the necessary light conditions for photosynthesis and are artificial light sources for plant lighting. They belong to the third generation of plant lighting fixtures. In environments lacking natural light, these lamps can serve as a substitute for sunlight so plants can grow and develop normally or better. LED plants grow lights have various functions such as promoting root development, accelerating growth, regulating flowering periods, colors and fruit ripening, and coloring.
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