A blockchain consensus mechanism for real-time regulation of renewable energy power systems. [PDF]
Nat CommunYu Y, Liu GP, Huang Y, Chung CY, Li YZ.
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Dust-Free Sol-Gel Synthesis of Neodymium Oxide Microspheres as a Surrogate for Americium-241 Fueled Radioisotope Power Systems. [PDF]
ACS OmegaGranger-Jones JA, Finkeldei SC.
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A novel artificial intelligence based multistage controller for load frequency control in power systems. [PDF]
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Novel application of sinh cosh optimizer for robust controller design in hybrid photovoltaic-thermal power systems. [PDF]
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Assessing the sustainability of combined heat and power systems with renewable energy and storage systems: Economic insights under uncertainty of parameters. [PDF]
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Temperature-controlling system for high power LEDs based on semiconductor coolers
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A dataset of voltage and current waveforms in an electric arc under low pressure for aircraft power systems. [PDF]
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Abstract Power system monitoring is an essential prerequisite to the more complex tasks of security assessment, contingency analysis, restorative control and optimal operation. There exist three basic activities in this process: - determination of the electrical connectivity of the network based on a model of the substations and the telemetered ...
S. Saly, K. Signer, A. Sullivan
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The steady state load limits of a power network may be examined by familiar methods of analysis. However, the instability of a system with one or more elements working close to these limits sets lower values of power at which the system can be expected to give satisfactory operation under the sudden changes in load or connections which it must ...
V. Bush, R. D. Booth
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Understanding power system stability
58th Annual Conference for Protective Relay Engineers, 2005., 2005This paper discusses power system instability and the importance of fast fault clearing performance to aid in reliable production of power. Explanation is provided regarding small signal stability, high impedance transmission lines, line loading, and high gain, fast acting excitation systems.
Michael J. Basler, Richard C. Schaefer
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