Xenon lamp is very effective in photovoltaic greenhouse.
First, in terms of promoting plant growth, experiments have proved that xenon lamp has a better role in promoting the shape and physiological indicators of pepper in photovoltaic greenhouse, and at the same time, under the same power density, the role of promoting pepper growth is significantly better than fluorescent lamp. Second, in terms of practical production adaptability and cheapness, photovoltaic greenhouse, as a new modern greenhouse, is mostly multi span, with large greenhouse area, high eaves and ridge height. If traditional light compensating lamps are used for light compensating, it will increase costs and bring inconvenience to production and labor. However, the xenon lamp has the characteristics of high light intensity and large light compensation area for a single lamp, which is very suitable for light compensation in large multi span greenhouses such as photovoltaic greenhouses. Third, in other aspects, xenon lamps can be combined to obtain pure monochromatic light and composite spectrum as required, which can focus light of specific wavelengths on crops evenly. At the same time, the service life of xenon lamps is longer than that of other traditional light sources, reducing the use cost.
To sum up, the characteristics of xenon lamps are very suitable for the actual needs of large multi span greenhouses such as photovoltaic greenhouses. With the rapid development of modern agriculture, there will be more and more large multi span greenhouses represented by photovoltaic multi span greenhouses, and more and more people will understand and apply environmental control measures such as greenhouse lighting. Therefore, xenon lamps will have great application prospects in the field of plant lighting, especially in large multi span greenhouses.
Xenon lamp is very effective in photovoltaic greenhouse.
First, in terms of promoting plant growth, experiments have proved that xenon lamp has a better role in promoting the shape and physiological indicators of pepper in photovoltaic greenhouse, and at the same time, under the same power density, the role of promoting pepper growth is significantly better than fluorescent lamp. Second, in terms of practical production adaptability and cheapness, photovoltaic greenhouse, as a new modern greenhouse, is mostly multi span, with large greenhouse area, high eaves and ridge height. If traditional light compensating lamps are used for light compensating, it will increase costs and bring inconvenience to production and labor. However, the xenon lamp has the characteristics of high light intensity and large light compensation area for a single lamp, which is very suitable for light compensation in large multi span greenhouses such as photovoltaic greenhouses. Third, in other aspects, xenon lamps can be combined to obtain pure monochromatic light and composite spectrum as required, which can focus light of specific wavelengths on crops evenly. At the same time, the service life of xenon lamps is longer than that of other traditional light sources, reducing the use cost.
To sum up, the characteristics of xenon lamps are very suitable for the actual needs of large multi span greenhouses such as photovoltaic greenhouses. With the rapid development of modern agriculture, there will be more and more large multi span greenhouses represented by photovoltaic multi span greenhouses, and more and more people will understand and apply environmental control measures such as greenhouse lighting. Therefore, xenon lamps will have great application prospects in the field of plant lighting, especially in large multi span greenhouses.
