A strong heat-power coupling limitation, uncontrollable renewable energy, and the grid's
limited adjustment capacity deteriorate the operational performance and increase the …

In the face of unprecedented challenges in environmental sustainability and grid resilience,
there is an increasingly held consensus regarding the adoption of distributed and renewable …

In the face of unprecedented challenges of upcoming fossil fuel shortage and reliability and
security of the grid, there is an increasing interest in adopting distributed, renewable, energy …

In this paper, a combined cooling, heating and power (CCHP) system has been designed
under an electric charge supply strategy for a residential complex in Iran. The aim of this …

Generally, industrial gas turbines (IGT) face transient behavior during start-up, load change,
shutdown and variations in ambient conditions. These transient conditions shift engine …

Abstract Recently Micro Gas Turbines deployment in smart grids is growing, which increases
engine load change during its lifecycle; consequently, lifetime reduces faster, and …

Full utilization of the potential regulation ability of flexible loads in an integrated energy
system (IES) and expanding its structure for more flexibility via integrating auxiliary devices …

Efficient use of solar energy can alleviate the depletion of fossil energy and global warming.
In this paper, two solar-aided combined cooling, heating and power systems are proposed …

The market for the small-scale micro gas turbine is expected to grow rapidly in the coming
years. Especially, utilization of commercial off-the-shelf components is rapidly reducing the …

Microturbines can be used not only in models and education but also to propel UAVs.
However, their wider adoption is limited by their relatively low efficiency and durability …