Simplified Energy Model and Multi
A multi-objective optimization approach that takes into account the preferences of users/inhabitants is developed to provide a compromise between the price paid for the electricity and temperature comfort. The authors plan to apply the proposed model to a residential house's real-time control system.
This paper focuses on proposing a simplified model of a residential house considering the main appliances, heating and cooling, a photovoltaic system, and electric vehicle recharging.
Simplified Energy Model and Multi
The manuscript proposed a simplified mathematical model for estimating the residual energy demand, based on which a multi-objective optimisation is conducted for the trade-off between price and comfort.
A multi-objective optimization approach that takes into account the preferences of users/inhabitants is developed to provide a compromise between the price paid for the electricity and temperature comfort. The authors plan to apply the proposed model to a residential house's real-time control system.
PDF Simplified Energy Model and Multi
A mult i-objective optimization approach that takes into account the preferences of users/inhabitants is developed to provide a compromise between the price paid for the electricity and temperature comfort. The authors plan to apply the proposed model a resi- to dential house's real -time control system.
Abstract In this research, a multi-objective optimization was conducted to minimize three objectives including: energy consumption , life-cycle cost (LCC) and emissions for a residential building. A single-family residential building was chosen and modelled as a case study for the parametric study.
Enhancing building energy optimization efficiency
This research formulated a simulation-based multi-objective optimization framework to evaluate simplified building energy models' accuracy and computational efficiency while identifying optimal ECMs for building retrofits.
This study addresses flexible flow-shop scheduling problems (FFSPs) by developing an energy -aware approach that minimizes both total electricity consumption (TEC) and makespan. A multi-objective mathematical model is proposed, incorporating sequence-dependent setup times to reflect real-world complexity in energy -intensive manufacturing.
Research on multi
This research makes valuable contributions in the following aspects: (a) It establishes a multi-objective optimization design model for a virtual building environment. This enables the visualization and digitization of the building model and further facilitates the transformation of the optimization model , thereby providing users with convenient decision-making tools; (b) The study provides ...
