… energy generation; on the other hand, the optimal design and operation is complicated by
the large number of decision variables, due to the required length and resolution of the time …

Given the aging of greenhouse facility, there is a need for investigating the transformation of
existing greenhouses to maximize solar energy utilization. In this study, Chinese solar …

… In addition to these comprehensive publications on the optimal design of energy systems,
there … The choice of the best algorithm for optimal design is also hotly debated (eg [48], [49]), …

… The four standard steps for microgrid planning in MDSTool were followed in this study:
optimal sizing, energy analysis, financial analysis, and uncertainty analysis. In the uncertainty …

… power are available. The present study focuses on the techno-economic optimum design of
a small hybrid renewable energy system (HRES) consisting of wind-solar as primary energy …

… The design and operation optimization of microgrids, considered the main … a design and
assessment of the microgrid using a statistical methodology that calculates the effect of energy …

… providing decision-makers with optimal design (ie technology selection and capacity) and
operation assessments for such systems along with energy security, resource efficiency and …

… the possibility of installing multiple energy conversion units of … /or poor energy performances
of the units, the optimal design … the operation of the energy conversion units (Yokoyama et al.…

… a method for the optimal design of a WDN considering energy recovery. The use of Pumps
as Turbines (PATs) is considered for energy production. The optimal design is obtained using …

… energy source from wind waves. To achieve financial sustainability of this technology, most
of the research has focused on analyzing facilities composed of several wave energy … energy …