• 2(9), 720-728 (2022) 3. N.R. Avezova, et.al, Appl. Sol. Energy 58
  • Development of an combined energy complex consisting of a micro-hydroelectric power plant and a solar photoelectric plant for the conditions of Uzbekistan




    Download 3,13 Mb.
    Pdf ko'rish
    bet6/7
    Sana29.05.2024
    Hajmi3,13 Mb.
    #256807
    1   2   3   4   5   6   7
    Bog'liq
    Development of an combined energy complex consisti

    P
    o
    w
    e
    r,
     W
    Time, h
    SE
    Micro hydroelectric power station
    Combined energy device
    , 05027 (2024)
    BIO Web of Conferences
    AQUACULTURE 2023
    https://doi.org/10.1051/bioconf/20248405027
    84
    8


    4 Conclusion 
    An Archimedes screw turbine was chosen for a low-pressure microhydroelectric power 
    station, and experimental studies were carried out at the Sokchilik family enterprise 
    “Akbarzhon korki” in the Tashlok region. A block diagram of an energy device has been 
    developed that serves as the embodiment of a solar photovoltaic installation and a 
    microhydroelectric power station. Based on this block diagram, a combined power plant was 
    developed, consisting of a 4 kW solar photovoltaic plant and a 0.7 kW microhydroelectric 
    power plant. Based on the needs of the family business, loads such as lighting system, CCTV 
    system, modem device, electric cooking stove and refrigerator were connected and 
    uninterrupted power supply was achieved for the family business. 
    References 
    1.
    T. Nosirov, et.al, Prospects for the development of renewable energy in Uzbekistan 
    (Tashkent 2007) 
    2.
    O.O. Bozarov, et.al,
    Oriental Renaissance: Innovative, educational, natural and social 
    sciences 
    2(9),
    720-728 (2022) 
    3.
    N.R. Avezova, et.al,
    Appl. Sol. Energy 
    58,
    697

    707 (2022) 
    https://doi.org/10.3103/S0003701X22600977 
    4.
    M.R. Qariyev, A.A. Abdujabbarov, Scientific newsletter of NamSU-2022, special 
    issue, pp 1012-1022 (2022) 
    5.
    F.T. Yusupova, 
    Assessing the environmental performance of a combined microhydro-
    solar photovoltaic power plant
    . Proceedings of the international scientific and practical 
    conference: “Engineering research, innovation and investment in the field of energy 
    and industry” 
    (Institute of Energy of Tajikistan, 2023) 
    6.
    A. Hizkiel Nebey, Renewables 
    8(4) 
    213-23 (2021) https://doi.org/10.1186/s40807-021-
    00067-w 
    7.
    Bayu Endeshaw Solomon Etal, Wind, mdpi, pp.68-86 (2022) 
    https://doi.org/10.3390/wind2010005
    8.
    S. F. Ergasheva, U. R. Salomova, D. R. Otamirzaeva, A. A. Kuchkarova, and A. M. 
    Abdullaeva, Applied Solar Energy 
    59(4), 
    519

    524 (2023) 
    9.
    Resolution of the President of the Republic of Uzbekistan dated February 16, 2023 No. 
    PQ-
    57 “On measures to accelerate the implementation of renewable energy sources 
    and energy-saving techn
    ologies”
    10.
    A.V. Akkuratov, S.N. Kuznetsov, V.B. Glikin, V.L. Shilin, Sposob bespereboynogo 
    elektrosnabzheniya potrebiteley elektronericheskoy sistemy, rabotayushchey na 
    vozobnovlyaemyx istochnikakh energii. Patent RU No. 2153752, S1 H02 J 3/28, 3/32 
    dated 07.27.2000, BI No. 21 
    11.
    A.M. Kasimakhunova, et.al,
    Official Bulletin #10. Utility model patent FAR 02108, 
    31.10.2022 
    12.
    Mahouton 
    Justine Carine Adjassa, Gabin Koto N’Gobi, Hagninou Elagnon Venance 
    Donnou, Cleґment Adeґye`mi Kou
    chade, Basile Bruno Kounouhewa, Journal of the 
    nigerian society of physical sciences 

    Download 3,13 Mb.
    1   2   3   4   5   6   7




    Download 3,13 Mb.
    Pdf ko'rish

    Bosh sahifa
    Aloqalar

        Bosh sahifa



    Development of an combined energy complex consisting of a micro-hydroelectric power plant and a solar photoelectric plant for the conditions of Uzbekistan

    Download 3,13 Mb.
    Pdf ko'rish