GrowLED lighting

CONCEPT

Special lights in the aid
germination and growth
of plants

TubeGrowLED


Tubular Lamps
for internal applications or
in fixtures

Cogu Lamp


Mushroom lamp for home use in pots, gardens or bibs.

GrowLED lighting

SUPPORT

Applications and information
to aid culture with
GrowLED

Light Quality

The spectral composition of light is shown through different regions of frequencies that comprise it: blue, green, yellow, red and also, frequencies invisible to the eyes.

The GrowLED technology allows supplementing natural light, managing to increase the levels of certain frequencies that enhance photosynthesis. Consequently, the growth and quality of plants increases.

seedling greenhouse

Flowers

GrowLED has three objectives:

1st) Extend the lighting period for the plants, collaborating to them, to have light as long as possible.

2nd) Control the exposure to certain frequencies that provide different reactions in photosynthesis.

3rd) Supplement the lack of certain frequencies of light, providing greater growth and flowering, by improving the process.

A controlled exposure. extending the light period and switching between its spectra, improves cultivation, minimizing the harmful external effects of the climate.

 The amount of light affects the photosynthesis plants process. This process is a photochemical reaction between the chloroplasts of the plant cell, where CO² is converted into carbohydrate.

Light Timing

The period of exposure of the plant to a certain frequency of light is controlled, impacting the qualitative production of flowers and fruits.

Benefits of Sunlab GrowLED:
- Simple installation;
- High quality of materials: durability and reliability;
- There is no "lamp" change.
- Fully electronic circuit and light emitters - LED.
- Very low consumption and maintenance;

GrowLED can be supplied in lamps, modules and fixtures, suitable for the environment and application.

They can be used from seed germination systems, ornamental pots, greenhouses, gardeners, sheds, to cultivation fields.

It is applied in sowing, growth and plant recovery.

The differences in absorption of light frequencies cause photochemical reactions that are also different between humans and plants.

Light generates a photochemical reaction in our vision photoreceptors causing different perceptions of S, M and L. hues. In plants, light reacts with chlorophylls a and b.