Estimating the Geoelectric Field and Electric Power Transmission Line Voltage During a Geomagnetic Storm in Alberta, Canada Using Measured Magnetotelluric Impedance Data: The Influence of Three‐Dimensional Electrical Structures in the Lithosphere by Darcy Cordell, Martyn J. Unsworth, Benjamin Lee, Cedar Hanneson, David K. Milling, Ian R. Mann

“…Abstract Estimating the effect of geomagnetic disturbances on power grid infrastructure is an important problem since they can induce damaging currents in electric power transmission lines. In this study, an array of magnetotelluric (MT) impedance measurements in Alberta and southeastern British Columbia are used to estimate the geoelectric field resulting from a magnetic storm on September 8, 2017. …”
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A 100‐year Geoelectric Hazard Analysis for the U.S. High‐Voltage Power Grid by G. M. Lucas, J. J. Love, A. Kelbert, P. A. Bedrosian, E. J. Rigler

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COST OF ELECTRIC POWER SUPPLY AND ECONOMY CONDITIONS OF ITS TRANSMISSION IN POWER SYSTEM by G. E. Pospelov

“…The paper considers dependences of electric power supply cost on transferred power and reveals conditions of economical efficiency of electric power transmission in power system.…”
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Design and Research of the Test Platform for Differential Type Stepless Speed Coupling Transmission by Liu Kai, Li Yumin, Yang Zhijun, Yin Wenqing

“…Aiming at the research of pure electric power transmission,the single low-power motor has the problems of low power,small speed range which can cause motor damage and the single high-power motor has the problem of large own load,large energy loss and other issues. …”
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ON THE MANAGEMENT OF URBAN ELECTRIC NETWORKS IN THE CONDITIONS OF THE SMART GRID by M. А. Fursanov, A. A. Zalotoy

“…With this regard the following criteria are recommended: in a particular case – the optimal (minimal) technological electric power consumption (losses), while in general – economically reasonable (minimal) cost value of electric power transmission. It should be also borne in mind that contemporary urban networks are actively saturated with distributed sources of small generation that have radically changed the structure of electrical networks; therefore, account for such sources is an absolutely necessary objective of management regimes of urban electric networks, both traditional and in associated with the SMART GRID. …”
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Induction of Cell Activation Processes by Low Frequency Electromagnetic Fields by Myrtill Simkó

“…Electromagnetic fields (EMF) such as those from electric power transmission and distribution lines (50/60 Hz) have been associated with increased risk of childhood leukemia, cancer of the nervous system, and lymphomas. …”
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A Survey of Open-Source Tools for Transmission and Distribution Systems Research by Jennifer Appiah-Kubi, Alexander A. Anderson, Hayden M. Reeve

“…This work presents a review of open-source electric power transmission and distribution systems analysis tools suitable for use by industry professionals and academic researchers. …”
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Evaluating the use of blockchain technology and identifying critical success factors for the successful implementation of renewable energy projects in sub-Saharan Africa by Love Opeyemi David, Nnamdi Ikechi Nwulu, Clinton Ohis Aigbavboa, Adeyemi Adepoju, Omoseni Oyindamola Adepoju

“…The bibliometric analysis on blockchain technology and renewable energy systems was tailored towards different dimensions of energy security while establishing two clusters: the potential of blockchain technology's application in renewable energy and its application in electric power transmission. Furthermore, the study highlights social factors, particularly social sustainability, as the most influential CSF for the success of renewable energy projects. …”
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Occurrence of Large Geomagnetically Induced Currents Within the EPRI SUNBURST Monitoring Network by Chigomezyo M. Ngwira, Robert Arritt, Charles Perry, James M. Weygand, Rishi Sharma

“…High‐voltage electric power transmission grids constitute one of the most critical technological systems vulnerable to space weather driven geomagnetically induced currents (GICs). …”
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The March 1940 Superstorm: Geoelectromagnetic Hazards and Impacts on American Communication and Power Systems by Jeffrey J. Love, E. Joshua Rigler, Michael D. Hartinger, Greg M. Lucas, Anna Kelbert, Paul A. Bedrosian

“…Although modern communication systems are now much less dependent on long electrically conducting transmission lines, modern electric‐power‐transmission systems are more dependent on such lines, and they, thus, might experience interference with the future occurrence of a storm as effective as that of March 1940.…”
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Model Predictive Control for an Aerial Tree-Pruning Robot Based on Alternating Direction Method of Multipliers by Changliang Xu, Zhong Yang, Hao Xu, Qiuyan Zhang, Dongsheng Zhou, Kaiwen Lu, Jiaming Han, Luwei Liao

“…Obstacles of some trees within the electric power transmission line channel are of great threat to the electricity supply. …”
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Geomagnetically Induced Current Modeling in New Zealand: Extreme Storm Analysis Using Multiple Disturbance Scenarios and Industry Provided Hazard Magnitudes by D. H. Mac Manus, C. J. Rodger, M. Dalzell, A. Renton, G. S. Richardson, T. Petersen, M. A. Clilverd

“…Abstract Geomagnetically induced currents (GICs) are induced in electrical power transmission networks during geomagnetic disturbances. …”
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