Department for the organizing scientific researches of gifted students
Start-up projects
At present, our farmers may not know the exact time for how long to irrigate the field with drip irrigation, and as a result, they are losing 53,600 soums in 1 hour from 10 acres of land, it also leads to wastage of water. In addition, information about hydromodule areas in our republic is based on old and 1957 data. Also, accounting work is being carried out based on these old data when drawing up a plan for the use of water for irrigation. We want to update this data, not only update it but transfer it to a full-fledged digital system. As a result, the cost of manual labor is also reduced. The Hydrological module provides comfortable conditions for the plant by controlling the air humidity temperature and soil moisture depending on the needs of the plant. Also, analyzing the received data, the hydromodule divides it into regions and creates a database.
In this "Hydropower" project, we do not spend extra funds and land, that is, we do not build large dams with excess funds, but install them in ready-made water structures. We aim to generate cheap and efficient electricity through this project.
In this case, water energy rotates the propellers and drives the generator. The current from the generator is normalized through the stabilizer and delivered to the population.
We install "Hydropower" on dams or water distribution structures and put a barrier in an inclined position so that water passes only from the lower 30% of the sluices. This causes the water pressure to increase and the impeller to move continuously in one direction. Depending on the situation, we can install this project on the smallest dams and dams.
In this "Hydropower" project, we do not spend extra funds and land, that is, we do not build large dams with excess funds, but install them in ready-made water structures. We aim to generate cheap and efficient electricity through this project. In this case, water energy rotates the propellers and drives the generator. The current from the generator is normalized through the stabilizer and delivered to the population. We install "Hydropower" on dams or water distribution structures and put a barrier in an inclined position so that water passes only from the lower 30% of the sluices. This causes the water pressure to increase and the impeller to move continuously in one direction. Depending on the situation, we can install this project on the smallest dams and dams.
HETA has a lot of conveniences. It is driven primarily by electric power, it is possible to charge tractors at home, in addition, HETA has the ability to power itself.
Our HETA project is among the most advanced technologies because the control system is controlled by artificial intelligence and does not require a driver. In addition, the project will be equipped with special accumulators, which will allow it to run continuously for up to 6 hours with one charge. Our HETA project will be equipped with a 2 kW electric motor and it will have 35-40 horsepower.
Pressure delivery of water used in irrigation and agriculture.
An automated water storage and management facility that serves to supply water to households.
: A project to establish fish farming in order to effectively use the water consumed by plants through the efficient use of land and on the basis of efficient technologies.
A small-sized helicopter with automatic movement on a special electric drive, which can be widely used in the efficient fertilization of agricultural crops.
The device of the micro-hydroelectric power station intended for the waterfalls is designed to efficiently use the waterfalls existing in the mountain and sub-mountain regions and to obtain electricity from them.
Construction and operation of a wind power plant to provide energy to farms and settlements.
Automated growing of plants called “Grower-pro
Obtaining electricity using the water flow, that is, the pressure of small canals and ditches
This device, which is placed in the middle of the city streets, is mainly driven by the wind generated by the traffic and serves to illuminate the street lights.
Micro generators installed in special channels, which serve to provide electricity to the lighting parts of farms and structures that consume small amounts of electricity.
This device is very convenient during use and maintenance. Also, in emergency situations, human intelligence quickly responds to other buttons without thinking about other means of automation.
A Device for Automatic Protection of Vineyards from Birds is a specialized system designed to deter birds from damaging grapevines and their fruit. It typically incorporates various methods to discourage birds from entering the vineyard or eating the grapes. These systems help vineyard owners protect their crops from bird damage, reducing the economic losses associated with bird predation on grapes.