engleski

Functional Dependencies of the Size of Certain Parts of the Energetically and Hydraulically Sustainable Urban Water Supply System Driven by Solar Photovoltaic Energy

The use of solar photovoltaic cells in electric energy production for the operation of pumping stations that pump water is a well known and established technology. However, their use and integration into the work of urban water supply system has not been fully explored. So far, simplified procedures and methodologies have been used that partially solved the issues of reliability and efficiency of such systems, where ultimately such systems were not energetically and hydraulically sustainable. This paper describes the Critical Period Method which eliminates these deficiencies, where functional dependences of the size of certain parts of hydraulically and energetically sustainable urban water supply system will be explored and defined. This will give a more detailed insight into the work of this system.

solar photovoltaic energy ; water supply system ; energetic and hydraulic sustainability ; Critical Period Method ; functional dependencies

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