… The simple but efficient SAHS algorithm therefore could be a good candidate for optimum
design of hybrid renewable energy systems. Moreover, among the PV/WT/FC, WT/FC and PV/…

… The contribution of this work is the proposed Artificial Neural Network to Predict optimal
green energy systems. Designed an optimized ANN network and evaluated the ANN compared …

… of Energy (ELCOE) index as the core of the proposed design algorithm. ELCOE is an improved
index based on conventional LCOE that includes the availability of … Yu, “Optimal design of …

… The present study focuses on optimal sizing and operation of a recently designed CSP
receiver and thermal energy storage known as the CSPonD [(16)]. Figure 1 depicts the schematic …

… and the total energy consumed by the network. This work investigates the optimal design of
… linear programming model, the Energy-Aware WBAN Design model, which optimizes the …

… storage, compressed air energy storage and lead acid … air energy storage, while making
possible to store energy on longer … to determine an optimal design of the energy storage system …

… Under these circumstances much breakage takes place before there is a possibility for the
structure to be overstressed and so the seismic energy available for damage other then due to …

… energy supply may occur if the uncertainties are not handled properly. This study focuses on
the optimal design … demands, energy prices, and renewable energy intensity separately and …

… In this article, we present an optimal design and environmental evaluation of an off-grid
hybrid energy system meant to power a rural village in Nigeria. The HOMER analysis tool was …

… , and transportation energy could exploit the benefits of multi-energy sources. Further studies
are required to fully comprehend the optimal design and operation of multi-energy systems …