Hospitals are among the most energy-intensive commercial buildings in the service industry.
Their energy demand is characterized by specific features, being operative 24 ha day, 365 …

Gas turbine-based power plants generate a significant portion of world's electricity. This
paper presents the modeling of a gas turbine-based cogeneration cycle. One of the reasons …

The objective of the present work is to investigate whether a Hospital named “Tzaneio”,
located in Piraeus, Greece, is a potential candidate for the implementation of a cogeneration …

The feasibility study of a trigeneration plant intended to integrate the existing natural gas
fired-boiler central plant serving a 714 bed hospital located in Parma, North of Italy, is …

The aim of the proposed work is to investigate the technical and economic suitability of a gas
turbine combined heat and power system in commercial buildings. These systems are …

With the encouragement of LNG (liquefied natural gas) application in China, CCHP
(combined cooling heating and power) system fueled by natural gas has been receiving …

This paper describes a study starting from an analysis of typical energy demand profiles in a
hospital setting followed by the feasibility study of a cogeneration system (CGS). The …

Energy efficiency applications have great importance for facilities that utilize large amount of
electrical and heat energy. Cogeneration (so called Combined Heat and Power; abbreviated …

One of the novel applications of gas turbine technology is the integration of combined heat
and power (CHP) system with micro-gas turbine which is spreading widely in the field of …

Combined Heat and Power (CHP) systems have attracted substantial interest in the past
decades as they offer higher thermal efficiency than single power generation systems …