SUSTAINABLE WATER SOLUTIONS FOR RURAL AREAS USING SOLAR HYBRID SYSTEMS

Аннотация

The issue of water supply in rural areas has remained a pressing problem for many years. The limited availability of Water Resources and their uneven distribution, as well as natural disasters and climate changes, make it difficult to ensure the stability of the water supply. These problems limit the ability of the villagers to obtain sufficient water needed for health, agriculture and daily life. Therefore, the creation and application of sustainable and environmentally friendly water supply systems is important for the development of rural areas. Solar hybrid systems are seen as an effective solution for precisely these purposes. Key words: solar hybrid systems, problems, agriculture, water supply, solar panels, generators. Solar hybrid systems are complex systems that combine solar energy with other energy sources to ensure continuity and stability of energy supply. These systems typically include elements such as solar panels, batteries, generators, or wind turbines. For water supply in rural areas, such systems are used in water pumping, treatment, storage and distribution processes. Their main task is to get the energy necessary for the water supply from an environmentally friendly and reliable source. One of the greatest advantages of solar hybrid systems is that they do not harm the environment. Energy obtained by activating conventional energy sources, such as fuels, pollutes the air, reduces natural resources, and negatively affects the global warming process. Solar energy, on the other hand, is a source of clean, unlimited and renewable energy, and https://scientific-jl.org/obr Выпуск журнала №-71 9 Часть–4_ июня–2025 ОБРАЗОВАНИЕ НАУКА И ИННОВАЦИОННЫЕ ИДЕИ В МИРЕ 2181- 3187 its use helps to maintain an ecological balance. This is especially important in rural areas, close to the natural environment.[1] The use of solar hybrid systems to ensure the stability of water supply in rural areas is widely used in the efficient use of water pumps. Electricity generated by solar panels is used to power water pumps. This is especially important in cases of non-availability or unreliability of electrical networks. With the help of acumulators, solar energy is stored, and water pumps can work even at night or at times when there is not enough sun. These systems provide continuity of water supply and provide comfort for the villagers. In addition, solar hybrid systems are also widely used in water treatment processes. In rural areas, water sources are often contaminated, necessitating their treatment for use as drinking water. Water treatment equipment that uses solar energy, such as ultraviolet radiation, membrane filtration, or other environmentally friendly technologies, can be effectively treated. This serves to improve health and sanitation, preventing water-borne diseases. Another important aspect of solar hybrid systems is the possibility of their modularity and expansion. Depending on the needs and conditions of rural areas, the size and composition of the system can be easily changed. For example, if a small-scale system is sufficient for a small village, it is possible to increase the system elements for large areas. This makes it a great convenience for the implementation of water supply projects in different regions of different scale. Also, the installation and maintenance of solar hybrid systems is simple and relatively inexpensive, and local residents can participate in these processes. This will help create jobs in rural areas and promote the local economy. For long-term operation of systems, regular technical control and repair is necessary, these processes can be carried out by local specialists. In this way, the systems not only improve the water supply, but also strengthen the socio-economic situation of rural areas.[2] The use of solar hybrid systems in rural water supply is also of great social importance. As a result of the satisfaction of the need for water, the quality of life of the population improves, the level of health increases, and favorable conditions for Education, Labor activity are created. Especially for women and children, the need to https://scientific-jl.org/obr Выпуск журнала №-71 10 Часть–4_ июня–2025 ОБРАЗОВАНИЕ НАУКА И ИННОВАЦИОННЫЕ ИДЕИ В МИРЕ 2181- 3187 go long distances to get water is reduced, which allows them to focus their time and energy on other important activities. At the same time, the improvement in water supply will contribute to the development of agricultural activities, since there will be a sufficient supply of water for irrigation. However, there are also some limitations of solar hybrid systems. For example, the dependence of solar energy on daytime and weather conditions can reduce the efficiency of the system. The inability of solar panels to generate enough energy on cloudy or rainy days affects the operation of the system. There may also be high initial investment costs, causing financial difficulties for some rural areas. However, in the long