this paper describes a study that starts with an analysis of typical energy demand profiles in a hospital setting followed by a case study of a combined cooling, heating, and power (cchp) generation system.cchp is an autonomous system that combines the generation of electrical, heating, and cooling energy.the driving units are two high-efficiency gas engines that produce electrical and heat ene...

In this work, we present a survey of residential load controlling techniques to implement demand side management in future smart grid. Power generation sector facing important challenges both in quality and quantity to meet the increasing requirements of consumers. Energy efficiency, reliability, economics and integration of new energy resources are important issues to enhance the stability of ...

Non-road electric vehicles (NREVs) such as forklifts and golf carts utilize grid power to charge batteries, and today much of this power is utilized on-peak. Estimates are as high as 100 MW in SCE service territory alone. Since batteries are by nature an energy storage technology, many customers find that charging can be easily shifted away from system peak hours, saving them money and enhancin...

A home automation system basically consists of household appliances linked via a communication network allowing interactions for control purposes (Palensky & Posta, 1997). Thanks to this network, a load management mechanism can be carried out: it is called distributed control in (Wacks, 1993). Load management allows inhabitants to adjust power consumption according to expected comfort, energy p...

The energy hub is considered one of the most important parts multi-carrier distribution systems. One major challenges facing idea optimal and management based on renewable non-renewable power generation resources in presence demand response programs uncertainties. This study aims to present an model uncertainties probability modelling resources, electrical loads (electric vehicles (EVs)), opera...