Energy-saving tools for adjusting plant growth status, flowering period and growth cycle, and adjusting vegetable taste and fruit size

Heliospectra's plant LED light culture system can adjust the growth status and growth cycle of plants by setting the light intensity of light of different wavelengths and light quality.For example, by adjusting different light quality and intensity, the flowering period of flowers can be adjusted; in the vegetable cultivation experiment, the taste of vegetables can be improved; for the cultivation of tobacco, the tobacco plants can be grown larger through induction;In the experiment of rice cultivation, the speed of rice growth can be adjusted through different settings to meet special experimental needs.At the same time, compared with traditional lighting methods, Heliospecttra's LED lighting system can save the most50%energy.

helio spectral X601C

The LX601C has a 450nm blue band, a 660nm red band, an infrared band of 735nm and a 5700K full-wavelength white band.The recommended irradiation distance is 0.5m and the irradiation area is 1.44m2.

helio spectral X602G

The LX602G has a 450nm blue band, a 660nm red band and a 5700K full-wavelength white band. The recommended irradiation distance is 2m and the irradiation area is 4m2.

helio spectra Rx30

RX30 is a multispectral plant LED lighting system, which has 9 bands: 380nm, 400nm, 420nm, 450nm, 520nm, 630nm, 660nm, 735nm and 5700K, which can meet your various experimental needs.

Heliospecttra control software

The Heliospectra plant LED lighting system uses web-based control software, and connects the operating end (computer, Android phone, iPhone, iPad, Mac Book, UMPC, etc.) to the network through its own wireless router, and can set up and monitor the entire lighting system online.

Heliospectra Plant LED Lighting System Application

Case 1: Comparison of Heliospectra plant LED lighting system with traditional high-pressure sodium lampComparative

Traditional plant cultivation uses high-pressure sodium lamp (HPS) to provide light. This case compares HPS and Heliospectra LED light sources.

As shown in the spectrum in the figure below, the horizontal axis is the wavelength, unit nm; the purple line represents the high-pressure sodium lighting spectrum; the white line represents the Heliospectra LED spectrum; and the green curve represents the photosynthesis activity of plants in different bands of light quality.As can be seen from the figure, the spectrum of the high-pressure sodium lamp does not match the photosynthetic activity of plants in different light qualities, and its spectrum is fixed and cannot change the intensity of the corresponding wavelength light qualities.Moreover, high-pressure sodium lamps have huge heat and are not an ideal environmentally friendly lighting equipment.Compared with high-pressure sodium lamps, the spectrum provided by the Heliospectra plant LED lighting system is very consistent with the photosynthetic activity curve of the plant, indicating that this spectrum is very suitable for the growth needs of plants and can effectively adjust the growth status of the plant according to experimental needs.Moreover, in the spectral thermal zone, Heliospectra does not have any band, which means that while Heliospectra provides light energy to plants, it will not cause excessive heat dissipation, which is energy-saving and environmentally friendly.

Case 2: Simulating the external lighting environment

With the development of plant science, more and more research on various physiological changes in plants is becoming more and more systematic, but the physiological changes caused by plants with daily changes have always been the focus of people.However, the problem is that for indoor-cultivated plants, it is very difficult to simulate the changes in the light quality of the external environment to the greatest extent.Now, Heliospectra provides a solution to this problem, which can simulate the changes in the light quality of the outside world to the greatest extent, making the experimental conditions for studying daily changes more accurate.

As shown in the figure below, the upper half of the figure below is the light quality of the natural environment, while the lower half is the light quality simulated by the Heliospectra plant LED lighting system. Heliospectra can simulate the light quality changes at different times in a day, providing reliable experimentsAssure.

Origin: Heliospecttra, Sweden