2003· Electrochemical Energetics· Vol 3, pp. 179-183· 0 citations
Abstract
Examined is the model of electrolytic produced hydrogen application as an option for peak loads smoothing out in power generating systems. The described model was developed for the case of simultaneous, implementation of several energy accumulation methods. Economic apprisal for expediency of hydrogen introduction to and integration into conventional power generating systems of the nearest future is investigated.
The article proposes a method through which a differentiated consideration of active power losses in electric power systems (EPS) is formulated. Its applicability and efficiency in the study and operation of real electric power systems are substantiated.
Iliyan Iliev, Rumen Kirov· Proceedings of the Bulgarian...· 0 citations
This monograph examines the current challenges of optimising the equipment configuration of distributed generation power stations and energy storage facilities to minimise the cost of electricity production and enhance the economic efficiency of their operation in the electricity market.
For research staff, engineers,...
In semi-isolated power systems, in other words, power systems, which have limited and strictly
scheduled interconnection capabilities, non-dispatchable energy sources occasionally cause excess generation in the
system, in case of which, it is impossible to acquire it sue to either low electricity demand or dispatchable...
David Tkeshelashvili· Works of Georgian Technical...· 0 citations
In the 21st century, electricity storage systems are essential for the transition to sustainable energy. The existing
model of the domestic electric power industry, shaped in the 2000s, today does not fully enable economic entities
to adopt new technical solutions without legal complications. This article examines both...
As the goals of peak carbon emissions and carbon neutrality continue to progress, the power system is rapidly evolving toward a cleaner, low-carbon, and more efficient structure with increasing integration of renewable generation, which brings new research concerns regarding low-inertia operational characteristics and...
Bo Yang, Guo Zhou, Lin Jiang· Energies· 0 citations
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