Energy efficiency performance-based prognostics for aided maintenance decision-making: Application to a manufacturing platform

Hoang, Anh; Van, Phuc Do; Iung, Benoît

doi:10.1016/j.jclepro.2016.10.185

Cited by 45 publications

(30 citation statements)

References 46 publications

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“…Therefore, Hoang et al [6] presented an optimization model for the CBM strategy in 2016 based on the stochastic process theory. This model assumes that the degradation increment is subject to the Gamma process and that the deterioration state, along with available output, determines the Energy Efficiency Index (EEI).…”

Section: Literature Reviewmentioning

confidence: 99%

“…Moreover, the total cost is divided into maintenance cost and energy consumption cost so that both of them are considered when making maintenance decisions. Compared with the traditional CBM strategy based on the deterioration of the system, the CBM strategy based on EEI proposed by the literature [6] can more efficiently reduce costs and save energy.…”

Section: Literature Reviewmentioning

confidence: 99%

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Development and Optimization of a Condition-Based Maintenance Policy with Sustainability Requirements for Production System

Jiang

Tam

Lyu

2018

Mathematical Problems in Engineering

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In the field of condition-based maintenance, maintenance costs and system reliability criteria are the primary considerations for traditional maintenance management. These methods lack consideration of the environmental impact caused by equipment degradation, such as excessive emissions and energy consumption. In addition, because equipment degradation has various impacts on the ecological environment, companies with excessive emissions and energy consumption can receive huge fines, making it of great value to study ecoconscious maintenance strategies. In this paper, we propose a condition-based maintenance strategy considering energy consumption and carbon dioxide emissions. The major objective of the research is to extend a model which integrates ecological aspects with maintenance decision-making and optimization. The simulation and sensitivity analyses conducted verify that the model proposed can minimize total costs, as well as the environmental impact.

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Section: Literature Reviewmentioning

confidence: 99%

Section: Literature Reviewmentioning

confidence: 99%

Development and Optimization of a Condition-Based Maintenance Policy with Sustainability Requirements for Production System

Jiang

Tam

Lyu

2018

Mathematical Problems in Engineering

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“…Indeed, with several industrial projects, this renewable energy source has been widely installed. The latter remains surrounded by several disadvantages, even in its interest, the most important being its inability to fed the required energy (such as at night) [12]. Various alternative energy sources and storage technology are included in the treatment of current energy problems such as fuel cell, electrolyte, Super-Capacitor, and hydrogen storage tank.…”

Section: Introductionmentioning

confidence: 99%

Intelligent Energy Management for Off-Grid Renewable Hybrid System Using Multi-Agent Approach

Sami

2020

IEEE Access

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Smart Hybrid Home Power Systems are interested in studying power issues for isolated customers who have an off-grid power connection. The establishment of independent hybrid power systems has seen as a method of improving energy security. Our main goal is to ensure that energy is produced efficiently. To accomplish this objective, we have suggested a detailed simulation system in which the solar energy factor is considered as the main source. The system also incorporates energy storage devices to ensure safe energy distribution and recovery (Fuel Cell/Ultra-Capacitor). An Intelligent Energy Management System is developed and discussed to ensure that the system operates properly using a precise multi-agent system. The recommended power management system is designed to identify Multi-Agent tasks and to understand possible scenarios by the energy characteristics and energy demands. The reached results proved that the proposed system reaches the goals defined for Intelligent Energy Management System about an experimental database extracted from Tunisian climate services using Matlab/Simulink Software.

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“…fficient use of energy becomes more important daily in industries [1]- [3]. , as several devices (or arrays of them) are implemented in processes, looking for better energy use.…”

Section: Introductionmentioning

confidence: 99%

Indicators for maintenance planning based on energy efficiency in heat exchanger networks

Yabrudy-Mercado¹,

López-Sarria²,

Fajardo³

et al. 2020

Sci. tech

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Thanks to the asset management regulations, modern maintenance practices are rapidly getting a more managerial role, and is used to achieve savings and optimize energy use. Therefore, knowing at all times the status of the equipment allows for timely and necessary interventions that generate value to the company, and recover the initial conditions of them. Heat exchanger networks, rather than a productive asset, constitute an energy-saving strategy, to have lower fuel costs, emission control, rational use of energy, etc. in the atmospheric furnaces of the crude distillation units, and other units that perform similar processes. Thus, keeping them in their best conditions, most of the time is necessary. In this paper, we propose a methodology for the diagnosis of the equipment of the network, and the maintenance planning justified by the energy efficiency of them and the economic impact of the intervention. In addition, an indicator is presented to provide an economic justification for maintenance interventions, as well as for briefly showing the results of the application of maintenance mainly on efficiency and the use of the KPI J proposed for programming the maintenance schedule of some of the equipment (pilot test) of the heat exchanger network under study. The methodology developed uses real operation values, and its results provided savings up to USD 150,000.

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Energy efficiency performance-based prognostics for aided maintenance decision-making: Application to a manufacturing platform

Cited by 45 publications

References 46 publications

Development and Optimization of a Condition-Based Maintenance Policy with Sustainability Requirements for Production System

Development and Optimization of a Condition-Based Maintenance Policy with Sustainability Requirements for Production System

Intelligent Energy Management for Off-Grid Renewable Hybrid System Using Multi-Agent Approach

Indicators for maintenance planning based on energy efficiency in heat exchanger networks

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