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Lawn Planting Experiments

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The purpose of the experiment is:
 
Study on Spectra Suitable for Lawn Light Supplement
 
 
 
Planting equipment:
 
Product Type: Lamps
 
 
 
Model: 15W Waterproof Lamp Tube and T8 Lamp Tube Full Spectrum
 
 
 
At present, most lawn lamps use LED as light source, which has long life and low voltage. It is very suitable for solar lawn lamps. In particular, led skills have achieved a critical breakthrough, while the cost-effective ratio has also been greatly improved.
 
 
LED is powered by low-voltage dc, its light source control cost is low, light and dark regulation, frequency switch is approximate, and will not have a negative impact on the performance of led. It is possible to control color, change light distribution and generate dynamic illusions, so it is especially suitable for solar lawn lamps.
 
 
 
The results are as follows:
 
By comparing the grouping experiments, it was concluded that different spectra correspond to different turf growth characteristics.
 
 
 
Significance of the study:
 
Different spectra can be selected to supplement the light according to the use environment and needs of the lawn. For example, football turf needs properties such as hard texture, trampling resistance, strong resilience and short growth, which can be met by specific spectra.

Related tags:

Lawn Planting Experiments

The purpose of the experiment is:
 
Study on Spectra Suitable for Lawn Light Supplement
 
 
 
Planting equipment:
 
Product Type: Lamps
 
 
 
Model: 15W Waterproof Lamp Tube and T8 Lamp Tube Full Spectrum
 
 
 
At present, most lawn lamps use LED as light source, which has long life and low voltage. It is very suitable for solar lawn lamps. In particular, led skills have achieved a critical breakthrough, while the cost-effective ratio has also been greatly improved.
 
 
LED is powered by low-voltage dc, its light source control cost is low, light and dark regulation, frequency switch is approximate, and will not have a negative impact on the performance of led. It is possible to control color, change light distribution and generate dynamic illusions, so it is especially suitable for solar lawn lamps.
 
 
 
The results are as follows:
 
By comparing the grouping experiments, it was concluded that different spectra correspond to different turf growth characteristics.
 
 
 
Significance of the study:
 
Different spectra can be selected to supplement the light according to the use environment and needs of the lawn. For example, football turf needs properties such as hard texture, trampling resistance, strong resilience and short growth, which can be met by specific spectra.

Related tags:

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