AbstractA significant percentage of Water Distribution Systems’ operation costs is due to energy consumption on pumping systems as well as lost water due to leakages. The main reason of these high costs is a non-optimized pumping pattern that leads to excessive overall pressure on the network. This study presents a methodology that permits to find what would be the optimal pumping patter in order to minimize the operation costs. The optimization is done through a GA-EPANET combined process and includes Unique Speed Pumps and Variable Speed Pumps as possible solution for the system
16th Water Distribution System Analysis Conference, WDSA2014 — Urban Water Hydroinformatics and Stra...
Greenhouse gas emission is one of the main environmental issues of today, and energy savings in all ...
AbstractThe economic crisis of recent years has refocused interest in minimizing energy consumption ...
Optimal pump scheduling has been applying to decrease operating costs of water distribution systems ...
Large amount of water is lost every day in water distribution networks (WDN) through leakage. Pressu...
Large amount of water is lost every day in water distribution networks (WDN) through leakage. Pressu...
Nowadays, the major expenses in water supply systems (WSSs) are related to energy consumption. Pump ...
Large amount of water is lost every day in water distribution networks (WDN) through leakage. Pressu...
AbstractA genetic algorithm (GA) model for water distribution system (WDS) operation has been develo...
Large amount of water is lost every day in water distribution networks (WDN) through leakage. Pressu...
Since the majority of energy consumed by water supply systems is used in transporting and distributi...
AbstractIn WDS characterized by significant variation in elevation, the necessity of pumping water t...
Due to its practical importance and inherent complexity, the optimisation of distribution networks f...
Due to pervasive deployment of electricity-propelled water-pumps, water distribution systems (WDSs) ...
Greenhouse gas emission is one of the main environmental issues of today, and energy savings in all ...
16th Water Distribution System Analysis Conference, WDSA2014 — Urban Water Hydroinformatics and Stra...
Greenhouse gas emission is one of the main environmental issues of today, and energy savings in all ...
AbstractThe economic crisis of recent years has refocused interest in minimizing energy consumption ...
Optimal pump scheduling has been applying to decrease operating costs of water distribution systems ...
Large amount of water is lost every day in water distribution networks (WDN) through leakage. Pressu...
Large amount of water is lost every day in water distribution networks (WDN) through leakage. Pressu...
Nowadays, the major expenses in water supply systems (WSSs) are related to energy consumption. Pump ...
Large amount of water is lost every day in water distribution networks (WDN) through leakage. Pressu...
AbstractA genetic algorithm (GA) model for water distribution system (WDS) operation has been develo...
Large amount of water is lost every day in water distribution networks (WDN) through leakage. Pressu...
Since the majority of energy consumed by water supply systems is used in transporting and distributi...
AbstractIn WDS characterized by significant variation in elevation, the necessity of pumping water t...
Due to its practical importance and inherent complexity, the optimisation of distribution networks f...
Due to pervasive deployment of electricity-propelled water-pumps, water distribution systems (WDSs) ...
Greenhouse gas emission is one of the main environmental issues of today, and energy savings in all ...
16th Water Distribution System Analysis Conference, WDSA2014 — Urban Water Hydroinformatics and Stra...
Greenhouse gas emission is one of the main environmental issues of today, and energy savings in all ...
AbstractThe economic crisis of recent years has refocused interest in minimizing energy consumption ...