This paper would provide answers to these questions, by proposing a new methodology for the evaluation of the cost-optimality, by means of the multi-objective optimization of energy performance of buildings and indoor thermal comfort.
Problem topics include optimization of energy investment, production, and transportation; uncertain and intermittent energy resources; energy storage; efficient energy production and conversion.
Optimization of energy supply systems usually considers energy demands as fixed constraints.
Then, a general approach for design optimization of energy efficient office buildings is presented.
Thus, DSM measures should be integrated into the optimization of energy systems.
Optimization of energy planning is therefore, key to achieving the overall planning goals.
This paper proposes a two-stage distributionally robust model for the optimization of energy and reserve under uncertain wind power.
This paper presents the use of green manufacturing methods for optimization of energy efficiency of air compressors.
The study started with the monocriterion optimization of energy consumption, cost, thermal comfort, and life-cycle environmental impact.
It is shown that the proposed equations allow thermal optimization of energy harvesters to reach their top performance characteristics.
Therefore, these data can be used for applications such as the spatial optimization of energy production infrastructure.
