Solar energy exploitation is an important weapon for facing critical problems such as fossil
fuel depletion, global warming and the increasing energy demand due to the new lifestyle …

Integrating multiple utility outputs to obtain better efficient system has been a good option.
After cogeneration and trigeneration, polygeneration emerges as a possible sustainable …

Power grids coordinate a diverse set of energy systems (generators, loads, storage devices)
to ensure that supply and demands are matched at multiple timescales (from hours to …

Future electricity generation systems must be optimized to provide flexibility that counteracts
the variability of non-dispatchable renewable energy sources and ensures the reliability and …

This study aims to evaluate the feasibility of solid oxide fuel cell based combined cooling
heating and power (SOFC-CCHP) applications in public buildings of China from different …

Accelerating the deep decarbonization of the world's electric grids requires the coordination
of complex energy systems and infrastructures across timescales from seconds to decades …

The optimization of a multi-generation system which represents the integrated dual-purpose
desalination plant and a low-scale absorption refrigeration system is addressed. A nonlinear …

Shale gas is revolutionizing the US energy and chemical commodity landscape and can
ease the transition to a sustainable decarbonized economy. This work develops an equation …

Building energy systems, particularly large public ones, are major energy consumers and
pollutant emission contributors. In this study, a superstructure of large-scale combined …

With the increasing penetration of variable renewable energy, integrated energy systems
(IES) have become increasingly complex. Unfortunately, the widely used constant efficiency …