Extensive measures are being taken to reduce labor and energy consumption in agricultural production, save resources, grow crops on the basis of advanced technologies and develop high-efficiency
environmentally natural electrotechnological devices. The Action Strategy for the further development of the Republic of Uzbekistan for 2017-2021, including “... more than doubling the GDP by 2030, ...
optimization of arable land for 2017-2020, land and rational use of water resources, introduction of modern intensive agro-technologies”. One of the important issues in the implementation of these
tasks, including the development and implementation of electric pulse treatment against nematodes that damage plant roots.
The goal is to obtain efficient electricity by modifying the components of autonomous power sources and to reduce the amount of electricity generated by thermal energy, and to identify renewable energy sources.
Today, solar panels are the most important source of solar energy. They are widely used in the power supply of various equipment and devices. In the not-too-distant future, an increase in electricity
consumption should lead to a reduction in conventional energy sources (various types of fossil fuels) around the world. Therefore, we need to develop and use alternative energy sources, especially from our only and inexhaustible natural energy source - the sun.
In the future, solar panels will be the main suppliers of solar energy, as they convert solar energy directly into electricity with a high coefficient, low operating costs, not enough constant power and do not pollute
the environment. Recently, there has been extensive research on the development of low-cost flat-panel and thin-film solar panels, concentrator systems, and many other ideas. In the future, it can be expected that the cost of a separate solar cell and the large solar panels that build on them will be so low that it will be economically viable to use solar energy on a large scale. Usually, the principle of operation of a solar cell (r-p conductivity of matter) has only one characteristic energy - for example, the band gap.
Read the complete research at www.researchgate.net
Baizakov, T & Yunusov, R & Yusupov, Sh & Kilichev, Z & Xasanova, Yu. (2021). Methods of using ecological sources of clean energy in the cultivation of bell pepper seedlings. IOP Conference Series: Earth and Environmental Science. 939. 012007. 10.1088/1755-1315/939/1/012007.