Micro gas turbines (mGTs) offer several advantages for small-scale combined heat and
power (CHP) production compared to their main competitors, the internal combustion …

This paper shows a new advanced control approach for operations in hybrid systems
equipped with solid oxide fuel cell technology. This new tool, which combines feed-forward …

Despite appearing as a promising technology for distributed generation, micro Gas Turbines
(mGTs) have not yet managed to penetrate the small-scale Combined Heat and Power …

Considering the limited turndown potential of gasification technologies, supplementing a
fuel cell turbine hybrid power system with natural gas provides flexibility that could improve …

To fully embrace its opportunities in future decentralized power production, the current mGT
has to become more flexible in terms of operation, ie decoupling heat and power production …

Fuel cell gas turbine hybrids present significant challenges in terms of system control
because of the coupling of different time-scale phenomena. Hence, the importance of …

A gas turbine trip is an unplanned shutdown, of which the most relevant consequences are
business interruption and a reduction of equipment remaining useful life. Thus …

This paper presents a dynamic study of fuel cell gas turbine (SOFC/GT) hybrid systems,
focusing on the response to a drastic transient in anode fuel composition for constant turbine …

Operating regime detection plays a pivotal role not only in modeling and control, but also in
performance monitoring of gas turbines. In this paper, an expert system is designed and …

This paper shows experimental results obtained from a T100 microturbine connected with
different volume sizes. The activity was carried out with the test rig developed at the …