As many countries increase their investment in the field of renewable energy, technological
research and development has increased on establishing biogas–solar–wind battery …

The emergence of Distributed Generation (DG) in distribution network has changed the
configuration of this century's power system in terms of power flow. The reason for this is that …

This paper deals with the development of an on-line identification method for deriving
simplified dynamic models. The practical applicability of the derived algorithm has been …

Battery, as an energy storage system, plays an important role in operation of micro-grids
(MG). This paper presents a new analytical cost-based approach to optimal sizing of battery …

In dispersed power generation, low power devices are used for local combined generating
of heat end electric power. There are developing concepts of micropower plants with electric …

This paper reports an entirely new simulation tool for a hybrid system emulator facility built
by the Thermochemical Power Group (TPG) at the University of Genoa, Italy. This new …

The current paper explores a solar and wind energy system that is capable of operating in
both: on-grid and off-grid regimes. The system contains two on-grid and one off-grid inverter …

Vapour microturbines with permanent magnet synchronous generators are implemented in
micropower plants for dispersed power generation systems. The dynamic model of such a …

A distributed-power-generating source (DPGS) is intended to locally supply the increased
power demand at a load bus. When applied in small amounts, a DPGS offers many technical …

The vapour microturbine set's mathematical model has been updated to consider the partial
admission of turbine stages. Experimental data from two distinct microturbine sets were used …