/fields/electrical-systems
Electrical Systems & Control
Power conversion, grids, and the electrons that move the energy transition.
30 papers from your field · Snapshot from gxceed corpus on 2026-08-24
Why this field matters in GX
Doctoral training in electrical engineering plugs directly into how renewables integrate with the grid, how electrolyzers and EV chargers shape demand, and how semiconductor power devices set the efficiency floor of the transition. Many GX implementation problems are control-theoretic: stability under high renewable share, frequency regulation in islanded systems, optimal power flow with carbon constraints.
GX implementation map
Top results from your field, clustered by GX implementation theme. Each cluster shows where doctoral methods from your field actually meet decarbonization work.
Energy transition
13 papers in this clusterHybrid Systems for Smart Grids
Devanshi Datta, Subhasis Roy
This chapter covers hybrid systems for smart grids, focusing on their role in the renewable energy transition. It discusses design components, materials like Li-ion batteries and wide-bandgap semiconductors, and IoT-based communication. Case studies from Mali and Pakistan…
Energy Storage and Electric Power Systems
This reprint provides a comprehensive overview of energy storage technologies for carbon neutrality, from pumped-hydro to hydrogen and redox flow batteries. It focuses on grid stability, hybrid system optimization, and off-grid solutions, emphasizing the synergy of control…
System integration solutions for urban, industrial, and renewable energy transitions
Vladimir Z. Gjorgievski, Natasa Markovska, Benedetto Nastasi, …
This paper explores system integration solutions for enabling energy transitions across urban, industrial, and renewable sectors. It provides insights into technical and systemic approaches, focusing on the coordination and optimization of multiple energy systems.
via Renewable and Sustainable Energy Reviews
Renewables
11 papers in this clusterRENEWABLE ENERGY INTEGRATION IN SMART ELECTRICAL NETWORKS: ADVANCED POWER SYSTEM STRATEGIES FOR SUSTAINABLE ENERGY TRANSITION
1Yash Pal, 2Ghasharib Naved, 3Usman Maqsood, 4Rameez Shaikh
This paper reviews advanced power system strategies for integrating renewable energy into smart electrical networks. It discusses technical approaches and system designs to facilitate the sustainable energy transition.
via Zenodo (CERN European Organization for Nuclear Research)
GRID INTEGRATION OF RENEWABLE ENERGY SOURCES
Dr JOHN DE BRITTO C, Dr MAMIDALA VIJAY KARTHIK, Dr S KUMARAVEL, …
A comprehensive monograph on renewable energy grid integration, covering smart grids, power electronics, microgrids, storage, stability, optimization, AI, cybersecurity, policies, and industrial cases. It presents challenges and solutions for reliable, efficient, and sustainable…
via Zenodo
Technology Review of Renewable Grid Integration Challenges and Potential Solutions
Al-Shammari, Faisal
This review systematically evaluates challenges and solutions for large-scale renewable integration, including variability, stability, protection, transmission constraints, and cybersecurity. It assesses technologies like battery storage, demand response, smart grids, and HVDC,…
via Zenodo
Hydrogen
5 papers in this clusterA systematic review on the optimal planning and performance assessment of hydrogen-integrated renewable energy systems
Saleh Ba-swaimi, Renuga Verayiah, Vigna K. Ramachandaramurthy, …
This systematic review synthesizes existing research on optimal planning and performance assessment of hydrogen-integrated renewable energy systems, identifying technical and economic challenges and future research directions.
via Computers & Electrical Engineering
Large-scale hydrogen energy system using renewable energy
This paper discusses a large-scale hydrogen energy system powered by renewable energy. It likely covers system design, economic feasibility, and technical challenges for scaling up.
via J-STAGE
Reliable and Economically Viable Green Hydrogen Infrastructures—Challenges and Applications
P. Komarnicki
This paper proposes a unified modeling framework for green hydrogen infrastructures that integrates technical and economic aspects. Using the German energy system as a case, it discusses the transition to a hydrogen economy, including infrastructure requirements such as…
via Hydrogen
Electric vehicles
1 papers in this clusterIntegration of Electric Vehicles in Renewable Energy Systems as an Energy Storage and Load Management Solution
S S
This study proposes a model integrating electric vehicles (EVs) into a hybrid renewable energy system, using multi-objective optimization to balance energy cost, carbon emissions, and load stability. Simulations show EV integration reduces power fluctuations by up to 35%,…
via Research Square
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