… derive a method for distributed optimal design. Each component design team is provided with
… finds the best design solution to their problem, the teams together design the best system. …

… In this study, optimal sizing and design of hybrid energy system in off-grid mode is presented
for a house in Hamadan city based on economic performance of energy resources. The …

… This paper investigated economic performances of microgrids with SS-PVs specifically for
industries by comprehensively considering three indexes of LEC, ERB, and PBP and using …

… economic performance are quantified separately as two different objectives, and the final
result is given by a set of Pareto optimal … economic performance assessment. Hence, a unique …

… This study aims to analyze the flexibility and techno-economic feasibility of a HRES which can
… We elaborated the method for optimal design and techno-economic analysis of the hybrid …

… techno-economic parameters (eg, capacity limitations of utility supply and CO 2 mitigation,
and prices of external utility supply) to minimize the total cost for an optimal design of the …

… Each point on the Pareto front represents a design with a specific design parameter and
objective functions. Accordingly, to compare optimal design related to both scenarios given the …

… that the DES has better economic performance. It can be seen … which indicates that the
economic performance of these two DESs is … design method is able to maintain higher economic …

… The present study proposes a mathematical approach for the integrated optimal design,
synthesis, and operation of polygeneration energy systems with application to the residential …

… In this section, the proposed model for optimal design and dispatch of SOFC based
CCHP system is applied to a case study of a hospital located in Shanghai, which is in the ‘hot …