This paper presents the energy audit of a water network, which is obtained from the energy equation in integral form, and its time integration extended over a given period (day, month, or year). The analysis allows accounting for all the energy in the system, showing that the energy balance is maintained. This balance can be used to obtain performance indicators to assess the system from the energetic point of view. From these indicators, it is possible to identify the improvement actions that will make the system more efficient. This energy audit requires a previous water balance and the mathematical model of the network, both of which are necessary to know the energy flows through the system’s boundaries.The writers would also like to tha...
Water losses are responsible for increased energy consumption in water supply systems (WSS). The ene...
Keeping in mind the short-term and long-term aims of cost depletion and sustainable development resp...
[EN] Energy intensity, I-e (kWh/m(3)) is the most popular indicator when characterizing the energy r...
This software presents the energy audit of a water network, which is obtained from the energy equati...
This paper presents the energy audit of a water network, which is obtained from the energy equation ...
This paper presents a matlab-based educational software (UAenergy) developed to compute the energy a...
This document aims on presentation of energy audit of water networks. Its focus is to introduce the ...
AbstractThe application of a novel energy auditing scheme in a real water supply system and its sub-...
The government of Spain has developed an energy strategy that includes a campaign of energy audits i...
AbstractThe current paper aims at presenting a standardized auditing scheme for assessing energy eff...
The government of Spain has developed an energy strategy that includes a campaign of energy audits i...
The collection and distribution of drinking water resources generally require large quantities of en...
The relationship between water and energy in water distribution systems (WDS) has been a growing con...
Purpose. Increase the efficiency of the water supply system by automating the energy audit, which wi...
This Disertation deals with energetical audit of aqueduct. First part is dedicated to the current st...
Water losses are responsible for increased energy consumption in water supply systems (WSS). The ene...
Keeping in mind the short-term and long-term aims of cost depletion and sustainable development resp...
[EN] Energy intensity, I-e (kWh/m(3)) is the most popular indicator when characterizing the energy r...
This software presents the energy audit of a water network, which is obtained from the energy equati...
This paper presents the energy audit of a water network, which is obtained from the energy equation ...
This paper presents a matlab-based educational software (UAenergy) developed to compute the energy a...
This document aims on presentation of energy audit of water networks. Its focus is to introduce the ...
AbstractThe application of a novel energy auditing scheme in a real water supply system and its sub-...
The government of Spain has developed an energy strategy that includes a campaign of energy audits i...
AbstractThe current paper aims at presenting a standardized auditing scheme for assessing energy eff...
The government of Spain has developed an energy strategy that includes a campaign of energy audits i...
The collection and distribution of drinking water resources generally require large quantities of en...
The relationship between water and energy in water distribution systems (WDS) has been a growing con...
Purpose. Increase the efficiency of the water supply system by automating the energy audit, which wi...
This Disertation deals with energetical audit of aqueduct. First part is dedicated to the current st...
Water losses are responsible for increased energy consumption in water supply systems (WSS). The ene...
Keeping in mind the short-term and long-term aims of cost depletion and sustainable development resp...
[EN] Energy intensity, I-e (kWh/m(3)) is the most popular indicator when characterizing the energy r...