The demand for agricultural products in the world is increasing day by day; the increase of production volumes is impossible only due to the increase of new agricultural lands, as it carries serious environmental risks. The latest technologies come to the rescue, which allows the organization of agricultural production in closed areas, ensuring the presence of "sun" around each point of the production area. Furthermore, the use of artificial "lights" - LED luminaires - allows you to get a wavelength of light of a spectrum that multiplies the amount of light used by the plant. However, the development of technologies brings with it new challenges and problems, the solutions of which lead to the development of the sphere.
One of these challenges is the overheating of LED luminaires under long-term use conditions, which results in inefficiency of the luminaires due to the extra energy consumed by both their energy-saving and cooling systems. As well as, the effective spectra for differen...
The demand for agricultural products in the world is increasing day by day; the increase of production volumes is impossible only due to the increase of new agricultural lands, as it carries serious environmental risks. The latest technologies come to the rescue, which allows the organization of agricultural production in closed areas, ensuring the presence of "sun" around each point of the production area. Furthermore, the use of artificial "lights" - LED luminaires - allows you to get a wavelength of light of a spectrum that multiplies the amount of light used by the plant. However, the development of technologies brings with it new challenges and problems, the solutions of which lead to the development of the sphere.
One of these challenges is the overheating of LED luminaires under long-term use conditions, which results in inefficiency of the luminaires due to the extra energy consumed by both their energy-saving and cooling systems. As well as, the effective spectra for different plants are different, which makes the use of light fixtures inefficient for different plants. The goal of our project is to create a special system for working with LED luminaires, which will be equipped with both an intelligent control system for efficient regulation of the luminaire, as well as a heat sink with high thermal conductivity specially designed for this purpose. In order to achieve the goal of the project, we have set the following tasks:
1. Design and production of LED luminaires
2. Design a special intelligent block for the control of LED luminaires.
3. Carrying out laboratory tests to determine the optimal growth spectrum of 5 plant species.
4. Marketing, Establishing market relations.
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