An Experimental Study of Laboratory Hybrid Power System with the Hydrogen Technologies

La-Ni based Alloys Preparation for Hydrogen Reversible Sorption and their Application for Renewable Energy Storage

“…Such hybrid power systems were also examined and tested by the authors in other studies [22 -24]. Experimental independent stand-alone energetic system with implemented hydrogen technologies was developed and realized in Laboratory of Hydrogen Technologies at VSB-Technical University of Ostrava [25], located at the Technology Centre of Ostrava (TCO), established within the project ENET -Energy Units for Utilization of Non-traditional Energy Sources. This project focuses on both the practical implementation of means designed for processing and utilisation of alternative fuels for energy production as well as to enhance their conversions into electric power and heat as well as the supporting electric power technologies, designed mainly for storage of electric power either from the distribution grid or from the internal production facilities at TCO.…”

A Heuristic Algorithm to Compute Multimodal Criterial Function Weights for Demand Management in Residential Areas

“…In this context, let us note that energy storage within EMSs can be performed not only via batteries but also using other means, including, for example, fuel cells (as proposed in articles [43,44]). By extension, paper [45] outlines the connection of electric vehicles to the grid (V2G), and article [46] then examines, within the V2G problem, the planning of simultaneous charging in a large group of electromobiles from the perspective of cost optimization.…”