Several factors such as climate change, increment in fuel cost and digital technology era
have lead to transformation of conventional grid into smart grid. Existing microgrid can be …

A growing body of research shows that retrofitting practices can potentially reduce energy
demand in hospital buildings and enhance indoor air quality. Yet, there is a lack of …

This paper is part 1 of the study on the energy, exergy, and exergoeconomic analysis of
diesel engine powered cogeneration (DEPC). Part 1 presents the formulation developed for …

A combined cooling, heating, and power generation system is proposed for the recovery of
exhaust waste heat of the diesel engine. The engine rejected heat recovery system …

Trigeneration systems, also known as Combined Heat, Cooling and Power (CHCP) systems,
are interesting alternatives to supply different energy services in urban districts and in large …

In complex multi-energy systems, one of the main goals is that combining optimal
circumstances to acquire minimum system cost as decreasing energy consumption without …

A zero-dimensional simulation model is developed for a four-stroke turbocharged Diesel
engine. In order to utilize the waste heat of exhaust and cooling water of the engine, a …

The purpose of this article is to estimate the economic and environmental impacts of energy
consumption derived from healthcare buildings and proposes several energy-saving options …

The accurate identification of the final energy consumption in hospitals is a key task to
determine potential savings and therefore to set appropriate design criteria. However …

The study investigates a critical application in the field of energy demand for air-
conditioning: the health care facilities. These buildings are quite energy-intensive, because …