Data comparing the yield of vegetable and green crops (tomatoes, cucumbers, salads, basil, dill, parsley, onions and berry crops) grown in autonomous phyto-plants, without access to sunlight, using technologies in lighting:

Research at the Agrophysical Research Institute in St. Petersburg shows the promise of Teslar solar light sources in terms of performance, with the added benefit that they:
1. More energy efficient and safe than outdated lighting solutions (Dnat, DRL, etc.)
2. More phyto-efficient and safer than traditional LED lighting with a red-blue spectrum for light irradiation of living organisms and for greenhouse production in particular.

The results of this test show that growers can grow fruit, vegetable and salad crops more efficiently using Teslar's stand-alone phytocomplex than outdoors, and in greenhouses with conventional LED lighting or composite lighting technologies, with higher yields and with planned harvests around year.

Modern practitioners use outdated technology as the sole source of supplemental lighting in greenhouses, posing a threat to the planet's ecology and public health. And tests of technologies at the Agrophysical Research Institute in St. Petersburg prove that this should not be the case. Agricultural producers and ordinary users were reluctant to switch to LEDs because they were unsure if LEDs could be as effective for irradiating living organisms and growing plants in particular, and the Agrophysical Research Institute test removes any doubts about the capabilities of LEDs, opening up new perspectives in them. using the technology of the real solar spectrum.

The results achieved answer a question that is becoming increasingly relevant among agronomists, food safety experts, climatologists and environmentalists around the world: how to feed the growing population of the planet without increasing the profits of pharmaceutical companies (we are talking about the production of exceptionally healthy and wholesome food) and without polluting the planet (existing methods of industrial production are recognized as the most toxic areas of human activity and the most destructive for ecosystems over the past 10 million years).

Scientific research was driven by a wide range of tasks, including the development and construction of regulated agroecosystems in a technogenic environment based on the principles of physical modeling of the conditions of their natural counterparts. Including full imitation of the solar spectrum of the sun, photoperiodicity and other modern methods of intensive year-round cultivation of plants. The studies were carried out in the testing laboratories of the Agrophysical Research Institute, in a regulated agroecosystem using vegetation plants of various types, including those provided by Teslar for the study of the growth processes and vital activity of living organisms.
The complex and long-term studies of the processes in the soil substitute - plant systems, while minimizing the influence of "environmental noise", made it possible to identify fundamental regularities.

Scientific activities were also aimed at:
- study of the interaction of the genotype with the habitat, assessment of the effect of light irradiation on the physiological status of living organisms (in this case, plants);
- development of methods for increasing the sustainability of agricultural crops;
- development of an ecologically harmonious system of plant cultivation with the most resource-efficient technologies and a complete absence of emissions and toxic waste;
- development of biotechnological complexes for the year-round intensive production of high-quality plant products with a controlled yield;
- development of strategies and methods for environmentally harmonious biological restoration of chemically contaminated and low-tech agricultural lands and industries.

The methods of light irradiation, as well as the control of the state of organic compounds and plant productivity, developed on the basis of these studies, showed the most impressive ecological, quantitative and qualitative results, with the widest field of practical application and highly appreciated by international colleagues of scientists, governments of different countries, industrial associations and private persons.