Combined technological, economic, sociological, and environmental (TESE) models can
play a unique role in leveraging renewable energies and supporting sustainable …

Sustainable energy production has been one of the contemporary concerns of society. In
order to mitigate carbon dioxide emissions while generating the required demand for …

Due to high consumption of energy, its associated concerns such as energy security and
demand, wastage of resources, and material-energy recovery are leading to the importance …

The complexity in the design of sustainable microgrids based on renewable energy sources
have increased recently due to the involvement of multiple performance indices, scenarios …

In this study, a multi-level interval fuzzy credibility-constrained programming (MIFCP)
method is developed for planning the regional-scale water-energy-food nexus (WEFN) …

Excessive stress on fossil resources has deteriorated energy crisis and environmental
problem, such that introducing renewable energies and electric vehicles (EVs) has become …

Microgrids that enable peer-to-peer energy exchange represent an important enabling
technology for scaling renewable energy. Furthermore, peer-to-peer microgrids are an …

In alignment with climate change mitigation plans, renewable and sustainable energy
integration into the industrial sector should be investigated for decarbonization purposes by …

In this study, a copula-based flexible-stochastic programming (CFSP) method is developed
for planning regional energy system (RES). CFSP can deal with multiple uncertainties …

In this study, an IROM-ES (inexact regional optimization model for energy systems) is
developed with considering NESs (new energy sources) under uncertainty. The IROM-ES …