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Application of Plant Growth Lamp Method

2021-08-05

Plant growth lamps are mainly used for greenhouse seedling, greenhouse vegetables, indoor horticulture, plant reproduction, food production, including indoor hydroponics and aquatic plants. Although most plant growth lamps are used for water in agriculture and industry, they can also be used for households.
 
According to the law of inverse square ratio, the intensity of light radiated from a point source (in this case, a light bulb) to a surface is the source (the square of the distance from the surface is inversely proportional, if an object is two times as far apart, it receives only a quarter of the light), which is a serious obstacle to indoor growers. Many technologies use mirrors that are as efficient as possible, so often used lamps maximize light efficiency. Plants or lights are moved together to give them equal lighting and surrounding plants as much as possible, rather than all light from the lights falling on them.


 
As a plant growth lamp, HID lamp and rare earth tricolor fluorescent lamp are widely used for professional purposes. Rare earth tricolor fluorescent lamps and metal halide (MH) HID lamps are commonly used by indoor flower and vegetable growers, but metal halide of rare earth tricolor fluorescent lamps is due to their efficiency and economy.
 
Sometimes used for metal halide lamps (or nutrition) in the first phase of growth, because they have some blue light, but they have surrounding yellow spectral peak intensity. Blue spectral light may trigger greater nutrient responses in plants. High-pressure sodium lamps are used in the second (or reproductive) growth stage because they have a red light. Light in the red spectrum may trigger greater responses from flowering plants. If the high-pressure sodium lamp is used in the vegetative growth stage, the plant will grow a little faster, but there will be longer stem nodes, and the whole may be longer.
 
In addition, red spectrum and blue spectrum MH bulbs were added to provide more comprehensive spectrum, which increased flexibility in vegetative growth and flowering stages.
 
LED technology has been introduced into the plant growth lamp Market in recent years. By using a diode to design an indoor plant growth lamp, the exact wavelength required for photosynthesis is used to create an LED plant growth lamp for the first (or nutritional) and second (or reproductive) growth stages.

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Application of Plant Growth Lamp Method

Plant growth lamps are mainly used for greenhouse seedling, greenhouse vegetables, indoor horticulture, plant reproduction, food production, including indoor hydroponics and aquatic plants. Although most plant growth lamps are used for water in agriculture and industry, they can also be used for households.
 
According to the law of inverse square ratio, the intensity of light radiated from a point source (in this case, a light bulb) to a surface is the source (the square of the distance from the surface is inversely proportional, if an object is two times as far apart, it receives only a quarter of the light), which is a serious obstacle to indoor growers. Many technologies use mirrors that are as efficient as possible, so often used lamps maximize light efficiency. Plants or lights are moved together to give them equal lighting and surrounding plants as much as possible, rather than all light from the lights falling on them.


 
As a plant growth lamp, HID lamp and rare earth tricolor fluorescent lamp are widely used for professional purposes. Rare earth tricolor fluorescent lamps and metal halide (MH) HID lamps are commonly used by indoor flower and vegetable growers, but metal halide of rare earth tricolor fluorescent lamps is due to their efficiency and economy.
 
Sometimes used for metal halide lamps (or nutrition) in the first phase of growth, because they have some blue light, but they have surrounding yellow spectral peak intensity. Blue spectral light may trigger greater nutrient responses in plants. High-pressure sodium lamps are used in the second (or reproductive) growth stage because they have a red light. Light in the red spectrum may trigger greater responses from flowering plants. If the high-pressure sodium lamp is used in the vegetative growth stage, the plant will grow a little faster, but there will be longer stem nodes, and the whole may be longer.
 
In addition, red spectrum and blue spectrum MH bulbs were added to provide more comprehensive spectrum, which increased flexibility in vegetative growth and flowering stages.
 
LED technology has been introduced into the plant growth lamp Market in recent years. By using a diode to design an indoor plant growth lamp, the exact wavelength required for photosynthesis is used to create an LED plant growth lamp for the first (or nutritional) and second (or reproductive) growth stages.

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