The Institute of Experimental Botany offers consumers services for the development of recommendations for the use of an experimental system for additional illumination of tall tomato varieties using LED emitters in greenhouse conditions on the basis of an outsourcing agreement and is looking for partners to conclude a distribution services agreement.

An experimental system for additional illumination of high-stemmed tomato varieties using LED emitters has been installed and is being used at a pilot production site (260 m2) of the Minsk Vegetable Factory, created in the course of a joint project with the Center for Environmental Protection of the National Academy of Sciences of Belarus. As a result of industrial tests, an increase in yield by an average of 15% was obtained, and in the first three months of fruiting - up to 50% compared with areas with traditional additional lighting with HPS lamps.

The economic effect is achieved by reducing the cost of electricity by 30..40%, increasing the yield of tomatoes by 20..30%, reducing the cost of reinstallation, replacement, and disposal of equipment.

Patent of the Republic of Belarus No. 19484 "Method of growing tomato plants in closed ground".

The Institute is the leading scientific institution coordinating botanical, physiological, and biochemical research in Belarus, provides scientific support for state regulation and management in the field of handling flora objects, entrusted to the National Academy of Sciences of Belarus in accordance with the Law of the Republic of Belarus "On the Flora".

The Institute takes part in international technical assistance projects, projects of the Belarusian Foundation for Fundamental Research within the framework of international competitions, projects of the UN Development Program, and others.

A Russian-Belarusian laboratory of innovative bioengineering technologies was created (partner organization - Institute of Biophysics of the Siberian Branch of the Russian Academy of Sciences, Krasnoyarsk, Russia) with the aim of conducting scientific research in the field of developing new principles for the formation of a phototrophic link of higher plants of closed ecosystems (ZES) for space and terrestrial purposes based on obtaining priority scientific data of innovative bioengineering technologies.

Consumers interested in services for the development of recommendations for the application of an experimental system for additional lighting of tall tomato varieties using LED emitters in greenhouse conditions based on an outsourcing agreement.

Partners to conclude a distribution services agreement.