Nexo agua-energía: optimización energética en sistemas de distribución. Aplicación ‘Postrasvase Júcar-Vinalopó’ (España)

Sánchez, Modesto Pérez; Romero, Francisco Javier Sánchez; Jiménez, Petra Amparo López

doi:10.24850/j-tyca-2017-04-02

Cited by 5 publications

(3 citation statements)

References 7 publications

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“…Así pues, la distribución se llega a realizar en bloques concentrados grandes, plantas de una gran capacidad y su propia distribución, en territorios grandes con cargas de diversas magnitudes". Son detalles que debemos tener en cuenta al planear un galpón" [25].…”

Section: Fuentes De Energías Renovablesunclassified

Arquitectura bioclimática como potenciador de galpones de cuyes 2023

Pérez Rodríguez,

Rodriguez Gonzales,

Tejada Mejía

et al. 2023

Proceedings of the 3rd LACCEI International Multiconference on Entrepreneurship, Innovation and Regional Development (LEIRD 202

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This article arises from the analysis that was carried out, with the aim of contributing to economic development, employment and entrepreneurship. After analyzing strategies, we decided to take the theme of bioclimatic architecture as an enhancer for guinea pig sheds. This theme was chosen because it is a particular economic development model, which is not commonly observed, which serves as an indicator, to confirm that it is a subject of study, which needs to be deepened from the perspective of an architect, in addition to the study developed, it can be replicated depending on the context and the criteria used. Thus, the possibility that the principles of bioclimatic architecture can achieve the efficient development of guinea pig sheds is evaluated, evidenced by the comfort conditions typical of bioclimatic architecture, such as hygrothermal, light, and acoustic, which will help to generate the adequate habitat for raising guinea pigs, it is also beneficial for the construction costs, since the materials used are mostly from the area itself. The methodology used was the collection of citations through theory tables, and the collection sources were reliable virtual repositories (EBSCO, ALICIA, y ProQuest). It was found in the analysis, favorable results in the potentiation of the comfort of the guinea pig sheds, concluding that the principles of bioclimatic architecture contribute economically in their construction and functionally to the development of their activities.

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Section: Fuentes De Energías Renovablesunclassified

Arquitectura bioclimática como potenciador de galpones de cuyes 2023

Pérez Rodríguez,

Rodriguez Gonzales,

Tejada Mejía

et al. 2023

Proceedings of the 3rd LACCEI International Multiconference on Entrepreneurship, Innovation and Regional Development (LEIRD 202

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“…Innovative technologies, such as information and control technologies, are used to carry out this exploitation [65]. Thus, water management contributes to leakage reduction, water quality assurance, improved customer experience, and operational optimisation, among other benefits [66,67].…”

Section: Asset Management and Infrastructure Monitoringmentioning

confidence: 99%

Development of an Intelligent Urban Water Network System

Joseph

Sharma

Staden

2022

Water

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Water and wastewater services have been provided through centralised systems for more than a century. The operational and management approaches of the water systems face challenges induced by population growth, urbanisation, and ageing infrastructure. Recent advancements in water system engineering include the development of intelligent water networks. These intelligent networks address management and operational challenges associated with pressure and flow variations in the water network and it reduces the time for identification of pipe bursts and leakages. Research is required into the development of intelligent water networks to ensure consistent data collection and analysis that can filter and aggregate into actionable events to reduce water leakage, leakage cost, customer disruptions, and damages. Implementation of an intelligent algorithm with an integrated Supervisory Control and Data Acquisition (SCADA) system, high-efficiency smart sensors, and flow meters, including a tracking mechanism, will significantly reduce system management and operational issues and ensure improved service delivery for the community. This paper discusses the history of water systems, traditional water supply systems, need for intelligent water network, and design/development of the intelligent water networks. A framework for the intelligent water network has also been presented in this paper.

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“…Since the pressure control is one of the main issues for the reduction of leakage, an estimation of energy production for Portugal is also presented.Water 2020, 12, 58 2 of 13 water plays in sustainable development has become increasingly recognized; the management of water resources and the provision of services related to water continues to be minor in the scale of public perception and government priorities of several countries [4]. This lack of water resources is currently satisfied by the water transfer between basins, the desalinization, the regeneration of waste water, and the exploration of wells [5]. The implementation of more efficiency, the water and energy nexus, as well as the water loss control by the best pressure management and smart device implementation, would conduct a sustainable water sector.…”

mentioning

confidence: 99%

Smart Water Management towards Future Water Sustainable Networks

Ramos

McNabola

Jiménez

et al. 2019

Water

Self Cite

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Water management towards smart cities is an issue increasingly appreciated under financial and environmental sustainability focus in any water sector. The main objective of this research is to disclose the technological breakthroughs associated with water and energy use. A methodology is proposed and applied in a case study to analyze the benefits to develop smart water grids, showing the advantages offered by the development of control measures. The case study showed the positive results, particularly savings of 57 GWh and 100 Mm 3 in a period of twelve years when different measures from the common ones were developed for the monitoring and control of water losses in smart water management. These savings contributed to reducing the CO 2 emissions to 47,385 t CO 2-eq . Finally, in order to evaluate the financial effort and savings obtained in this reference systems (RS) network, the investment required in the monitoring and water losses control in a correlation model case (CMC) was estimated, and, as a consequence, the losses level presented a significant reduction towards sustainable values in the next nine years. Since the pressure control is one of the main issues for the reduction of leakage, an estimation of energy production for Portugal is also presented.Water 2020, 12, 58 2 of 13 water plays in sustainable development has become increasingly recognized; the management of water resources and the provision of services related to water continues to be minor in the scale of public perception and government priorities of several countries [4]. This lack of water resources is currently satisfied by the water transfer between basins, the desalinization, the regeneration of waste water, and the exploration of wells [5]. The implementation of more efficiency, the water and energy nexus, as well as the water loss control by the best pressure management and smart device implementation, would conduct a sustainable water sector. Smart Water ManagementSmart water management aims at the exploitation of water, at the regional or city level, on the basis of sustainability and self-sufficiency. This exploitation is carried out through the use of innovative technologies, such as information and control technologies and monitoring [6]. Hence, water management contributes to leakage reduction, water quality assurance, improved customer experience, and operational optimization, amongst other key performance benefits [7,8]. A smart city can be defined as the city in which an investment in human and social capital is performed, by encouraging the use of "Information and Communication Technology" (ICT) as an enabler of sustainable economic growth, providing improvements in the quality of life of consumers, and consequently, allowing better management of water resources and energy [9]. It is important to recognize that the concept of a smart city is not limited only to technological advances, but aims to promote socioeconomic development [10,11]. Through this model, a city can examine its current state and, in turn, identify the a...

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Nexo agua-energía: optimización energética en sistemas de distribución. Aplicación ‘Postrasvase Júcar-Vinalopó’ (España)

Cited by 5 publications

References 7 publications

Arquitectura bioclimática como potenciador de galpones de cuyes 2023

Arquitectura bioclimática como potenciador de galpones de cuyes 2023

Development of an Intelligent Urban Water Network System

Smart Water Management towards Future Water Sustainable Networks

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