Keywords
Abstract
This article presents a scientific model for the optimal placement of small hydropower systems based on the hydrodynamic characteristics of natural and artificial water bodies. Key parameters such as flow velocity, depth, water level fluctuations, and hydrostatic pressure were measured and analyzed. The research was conducted in selected collector-drainage systems in the Khorezm region of Uzbekistan. The results highlight the energetic potential of various sites and offer a GIS-based placement strategy for small hydropower stations while considering ecological sustainability.
References
1. Matyoqubov, F. O. (2024). Hydrobiological Conditions of Natural Water Bodies in the Khorezm Region. Journal of Ecological Research.
2. Jumaniyozov, B. (2023). Small Hydropower and Uzbekistan’s Energy Security. Energy and Resources Journal.
3. Ministry of Energy of Uzbekistan (2022). National Program for Hydropower Development.
4. Li, J., et al. (2021). Smart Water Systems in Arid Regions: Applications and Challenges. Journal of Hydrology.
5. Müller, H., & Becker, M. (2020). GIS-Based Site Selection for Small Hydropower Plants. Renewable Energy Journal.
6. Jumaniyazova, S., Sattarova, F., & Mambetullaeva, S. (2024, November). Assessment of the ecological state of lakes. Gaukkul on the simulation model. In AIP Conference Proceedings (Vol. 3244, No. 1, p. 040015). AIP Publishing LLC.
7. Жуманиязова, ш., комилжонова, с., розметова, б., & уринбоева, м. Формирование и динамика природных водных объектов в хорезме.
8. Matyoqubov F.O., “Kichik GESlarning investitsiyaviy salohiyati”, 2024.
9. Jumaniyazova Sh.I., & F.O. Matyokubov. (2025). The Ecological Role Of Hydropower In Sustainable Development. International Conference on Global Trends and Innovations in Multidisciplinary Research, 1(1), 163-165