Hydrogen Energy and Development Prospects

The synthesis of control algorithm over a technical condition of the hydrogen generators based on hydro­reactive compositions

“…With respect to expressions (1) and 17, expression (24) takes the form This expression describes a reaction of the hydrogen generator to a test influence in the form of a jump change in the area of its outlet opening by the magnitude B. It follows from an analysis of dependences shown in Fig.…”

“…The use of hydrogen as a working body is one of the promising directions for improving energy systems [1]. A special role among such energy systems belongs to onboard power plants for which it is essential to ensure prolonged functioning under autonomous mode at minimal weight and size characteristics.…”

“…Under conditions of intensification, maximization of profitability and ensuring technological safety of production, certain problems emerge related to the adjustment, optimization and improvement of the structure of automated control systems. Despite the emergence and gaining popularity of advanced control methods, such as Model Predictive Control, Fuzzy Logic, controllers based on the proportional-integral-differential (PID) law of regulation are the most popular at present, with a share of up to 90 % [1].…”

Determining the source data to form a control algorithm for hydrogen generators

“…Improvements in energy systems can be achieved by using hydrogen as a working body [1]. The utilization of hydrogen in the on-board energy systems becomes particularly relevant in this case.…”

Design of control algorithm over technical condition of hydrogen generators based on hydro-reactive compositions

“…One of the promising directions when creating high-efficiency power plants is to employ hydrogen as their working body [1]. Requirements to maximum autonomy and long-lasting operation of such systems at their minimal dimensions necessitated the use of systems for hydrogen storage in the chemically bound state.…”