ISSN Print: 2321-7499
ISSN Online: 2322-0376 Impact Factor 2017
(Based on Google scholar citation)
0.190

i-manager's Journal on Power Systems Engineering (JPS)

Fostering new thinking and research for newer Technologies of Power
Total Resolution : 274
Unique DOIs : 98
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i-manager’s Journal on Power Systems is to bring out the latest research trends in the power sector that combines academia and industry alike. The objective of the Journal on Power Systems is to provide a forum for the exchange of scientific and technical information related to electric power systems, power systems monitoring, automatic control, power electronics, high-voltage engineering, conventional operation and digital communication systems, that address researchers, Industrial Engineers, Lecturers and senior students in Electrical Engineering.

Publication Ethics and Malpractice Statement

We follow stringent publication ethics, and plagiarized papers are not published, and are withdrawn at any stage of the publishing process. Plagiarism is not limited to the Results and Discussion sections; it can involve any part of the manuscript, including figures and tables, in which material is copied from another publication without attestation, reference, or permission.

Publication Ethics and Malpractice Statement

We do not charge any publication fee to publish in i-manager's Journal on Power Systems Engineering.

Review Procedure

The Journal follows a double blind peer-review process. The submitted articles / research papers are reviewed by Professors / Educators in Electrical field.

Click here to know more about Review procedure

Abstracting/Indexing

Proquest
  1. ProQuest Engineering Collection
  2. Materials Science and Engineering Database
  3. ProQuest Engineering Journals
Ulrich’s Periodicals Directory
Google Scholar
h5-index: 4, h5-median: 8
World Cat
www.worldcat.org/title/i-managers-journal-on-power-systems-engineering/oclc/958663815&referer=brief_results

Overall Topics Covered

  • Power System analysis and computing

  • Power system static and dynamic models and performance

  • Power system control and Operation

  • Power system planning

  • Flexible Alternating Current Transmission System & High Voltage Direct Current

  • Power transmission and distribution

  • Power system protection/ relaying

  • Portable Power Systems

  • Applications of power electronics to power systems

  • Power quality and Grounding

  • Distributed generation systems, micro grid operation and wind power systems

  • Power system optimization

  • Power system communication

  • Power system instrumentation

  • Computer Applications in Power Systems

  • Fuel Cells and Batteries

  • Analog & Digital Design

  • Synchrophasors in Power Systems

  • Advanced Distribution and Supervisory Control And Data Acquisition Technologies

  • Control Strategies for Modern Power System Stability

  • Electromagnetic Analysis in Power Systems

  • Over-voltage, Lightning Protection and Grounding

  • Power System Management Technologies

  • Power System Monitoring and Mitigation Technologies

  • Electromagnetic Compatibility in Power Systems

  • Processes & Materials

  • Fault Detection and Diagnosis

  • Power Electronics & Power Systems

  • Soft computing applications in power systems

  • SCADA ( Supervisory Control And Data Acquisition) Systems