Increasing energy efficiency in water distribution systems is one of the most important
aspects of a sustainable water infrastructure. Additionally, providing this energy from …

In some countries and regions, water distribution and treatment consume a considerable
amount of electric energy. This paper investigates the water network's potential ability to …

A sustainable water infrastructure cannot be made possible without improving its energy
efficiency in terms of the consumption value and the type of supplying resources. One …

Water and energy systems are interdependent. However, at national and international
levels, energy and water systems have been designed individually. To optimize the use of …

There is no doubt that energy and water are cornerstones of life and that they are closely
related to one another. Climate change, population growth, and urbanization rates are …

This paper aims to develop, in a case of multiple water sources, an optimal operational
strategy that can be used in arid/semiarid regions by water decision-makers to schedule the …

In small communities, such as small islands, campuses of universities/industrial parks/lab
facilities, and remote villages/cities, the Water-Energy Nexus (WEN) operators generally …

Integrating renewable energy resources (RES) is a challenge for power system operators
due to their fluctuations and unpredictability. At the same time, the water shortage problem …

Demand forecasting is an essential stage in the plan and management of resources for
water and electrical utilities. With the emerging of the concept of water–energy nexus and …

Building water-energy systems is a promising trend of the developed policies. Based on this
assumption, energetic perspectives of an energy-water system are investigated in this …