EJSIR Journal of Energy and Power Engineering
Covers power generation, conversion, grids, storage and integrated energy systems. Technical, economic and system-level studies should define their boundaries and assumptions and present transparent evidence for comparisons of performance, reliability or cost.
Journal focus
Research topics and contribution standards
These subject areas and editorial expectations help authors judge fit and show readers how each contribution is supported.
Research and evidence
A suitable contribution makes its research question and methods clear, then supports its conclusions with evidence appropriate to the work.
Research with a clear disciplinary contribution
Journal of Energy and Power Engineering is a journal in the EJSIR Publisher programme, focused on Energy and Power Engineering. Its scope is organized into academic sections covering Power Systems, Power Electronics, Energy Conversion, Energy Storage, Grid Modernization, Thermal Power, Distributed Energy, Energy System Optimization, High-Voltage Engineering and Energy Reliability. This structure helps authors assess disciplinary fit and gives readers a clear route through the journal’s subject coverage.
Read the journal overview →Choose the section that fits the work
Section scopes describe the topics covered and the contribution expected from submissions.
Power Systems
This section covers power systems within energy and power engineering. It welcomes foundational questions, methodological contributions and well-supported applications that make a clear scholarly contribution. Authors should identify the problem, explain why the chosen approach is suitable, and report the sources, methods, assumptions or evidence needed for readers to assess the work.
View section scope →Power Electronics
This section covers power electronics within energy and power engineering. It welcomes foundational questions, methodological contributions and well-supported applications that make a clear scholarly contribution. Authors should identify the problem, explain why the chosen approach is suitable, and report the sources, methods, assumptions or evidence needed for readers to assess the work.
View section scope →Energy Conversion
This section covers energy conversion within energy and power engineering. It welcomes foundational questions, methodological contributions and well-supported applications that make a clear scholarly contribution. Authors should identify the problem, explain why the chosen approach is suitable, and report the sources, methods, assumptions or evidence needed for readers to assess the work.
View section scope →Energy Storage
This section covers energy storage within energy and power engineering. It welcomes foundational questions, methodological contributions and well-supported applications that make a clear scholarly contribution. Authors should identify the problem, explain why the chosen approach is suitable, and report the sources, methods, assumptions or evidence needed for readers to assess the work.
View section scope →Grid Modernization
This section covers grid modernization within energy and power engineering. It welcomes foundational questions, methodological contributions and well-supported applications that make a clear scholarly contribution. Authors should identify the problem, explain why the chosen approach is suitable, and report the sources, methods, assumptions or evidence needed for readers to assess the work.
View section scope →Thermal Power
This section covers thermal power within energy and power engineering. It welcomes foundational questions, methodological contributions and well-supported applications that make a clear scholarly contribution. Authors should identify the problem, explain why the chosen approach is suitable, and report the sources, methods, assumptions or evidence needed for readers to assess the work.
View section scope →Forms of scholarly contribution
The journal considers the following types when the manuscript is appropriate to the section and meets the relevant methodological, reporting and ethics requirements.
Presents a distinct scholarly question and original findings, with methods, analysis and evidence reported in enough detail for critical assessment.
Synthesizes relevant scholarship to clarify the state of knowledge, compare interpretations and identify well-supported questions for further study.
Uses a clearly defined question and reproducible search, selection and synthesis methods, with the evidence base and limitations reported transparently.
Reports a focused result, observation or method whose concise presentation is useful to the field and supported by appropriate evidence.
Describes a practical method, instrument, workflow or technical refinement, explaining its operation, context and performance or validation.
Develops a reasoned scholarly interpretation of an important topic, distinguishing evidence from opinion and acknowledging relevant uncertainty.
Introduces a research dataset, software or other scholarly resource, documenting its provenance, structure, access conditions and quality checks.