in this research the simulation of an air independent proton exchange membrane fuel cell (pemfc) propulsion system was taken into consideration. the system consists of several parts including pem fuel cell stack, metal hydride and liquid oxygen (lox) tanks, and also pre-heaters of oxygen and hydrogen gases along with other heat exchangers, to ensure proper operation of system. the heat recovery...

This paper presents a Smart Storage System able to manage the energy and the smart home devices of a house for optimizing the local consumption of energy, even if there is not renewable generation. The proposed system is composed by two main systems. On the one hand, the Local Energy Management units that will be located in the houses, which are able to maintain the power consumption under a ma...

Due to continuous increase of population, this century the old system unfortunately suffers from many problems i-e limited production of electricity, while demand is going to be higher side on daily bases. To resolve this and similar other problems a quantum leap is required to connect communication via information technology. This dive towards a new efficient technology is called Smart Grid. T...

The indoor thermal comfort and energy efficiency are the main design criteria for modern home energy systems (HES). In this work, simulation assisted development process of the home energy management system (HEMS) in a typical singlefamily house (SFH), equipped with a heat pump (HP) system, is depicted. By using the Software-in-theLoop (SiL) approach, the controller is configured and optimized ...

Being sustainable and producing little waste products, the renewable energy knows a rapid deployment. Unfortunately, the intermittent characteristic of these energies makes them difficult to control. The influence of this aleatory character can be reduced with the coupling of two or more sources of renewable energy and secondly with a sound management of storage systems. This new configuration ...