Water distribution networks (WDNs) are significant users of energy and contributors to
greenhouse gas emissions. Energy recovery strategies (ERSs) have potential for switching …

In light of observed climate change dynamics, including intensified precipitation events,
prolonged arid spells, and elevating sea and ocean levels, water supply infrastructures face …

The best efficiency point prediction of the pump as turbine (PAT) is one of the key issues for
its application. In the present paper, a theoretical method based on the impeller-volute …

Abstract Water Distribution Networks (WDNs) represent a noteworthy field for possible
implementation of Small Hydropower (SHP), by replacing Pressure Reduction Valves (PRV) …

Pumps that function as turbines (PATs) are considered an economical solution to control
pressure in water distribution networks (WDNs) in place of pressure control valves (PCVs) …

Pumps as turbines play an important role in micro pumped hydro energy storage (PHES)
systems, which are widely applied in remote areas, and their operational safety can be …

Pumps as turbine can be utilized in water systems to convert waste energy into electricity
and reduce leakage rates, offering an effective and affordable solution. Accurately …

Hydropower is a well-known technology, applied worldwide for electricity generation from
renewable sources. Within the current framework, some studies have started to consider its …

In a historical context where renewable energy is increasingly being adopted, the
installation of Pumps as Turbines (PaTs) in Water Distribution Networks (WDNs) is gaining …

This work presents a model based on analytical equations to identify the Best Efficiency
Point (BEP) of Pumps-as-Turbines (PaTs). The equations are developed exploiting an …