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.
Research on the multi
Taking a residential building in Nanjing as a case study, a multi - objective optimization model is established based on the energy consumption and health performance of the indoor environment to attain the dual objectives of minimizing the EUI and maximizing the level of health and comfort.
This strategy underscores the synergistic effects of shape and layout in achieving multi-objective trade-offs, balancing energy efficiency, ice rink humidity control, and spectator thermal comfort.
PDF Multi objective design optimization of residential buildings
Abstract Enhancing energy efficiency in buildings has become a key global priority. In this paper, a multi-objective optimization methodology was implemented to enhance three key objectives : energy consumption , life cycle cost, and thermal comfort.
