Discover the International Journal of Energy Research, a leading energy journal with a 4.4 impact factor. Explore its scope in renewable energy, efficiency, and sustainability. Ideal for researchers seeking prestigious publications and global visibility.
The International Journal of Energy Research stands as a cornerstone in the field of energy studies, offering a platform for groundbreaking research that addresses global energy challenges. Established in 1977, this Wiley-published journal has evolved into a vital resource for scientists, engineers, and policymakers focused on advancing energy technologies. With a commitment to rigorous peer review and interdisciplinary approaches, it publishes original articles, reviews, and technical notes that span from fundamental science to practical applications. Researchers value its broad scope, which encompasses renewable energy sources, energy efficiency, storage systems, and environmental impacts of energy production. The journal's impact factor of 4.4, as reported by Clarivate Journal Citation Reports for 2022, underscores its influence, placing it among the top outlets for energy-related scholarship. Submission to the International Journal of Energy Research offers opportunities for enhanced citation rates and international collaboration, making it a strategic choice for career advancement. Its open access options further amplify reach, ensuring findings contribute to sustainable development goals worldwide. For those navigating academic careers, publishing here signals expertise in a high-demand discipline. Explore related energy research positions to apply knowledge in real-world settings.
The International Journal of Energy Research was founded in 1977 by John Wiley & Sons to meet the growing need for dedicated scholarship on energy systems amid the global oil crises of the 1970s. Over four decades, it has chronicled the shift from fossil fuels to renewables, adapting to technological advancements like solar photovoltaics and hydrogen fuel cells. Today, it serves an international audience, with contributions from over 50 countries annually. The journal's evolution reflects broader trends in energy policy and innovation, maintaining a balance between theoretical insights and applied engineering. Its editorial team ensures content remains at the forefront of debates on energy security and climate change mitigation.
The journal covers a wide array of topics in energy research, emphasizing sustainable and efficient solutions. Key areas include renewable energy technologies, energy conversion and storage, thermodynamics, and policy implications. It welcomes interdisciplinary work that integrates engineering, materials science, and environmental studies.
| Discipline | Description |
|---|---|
| Renewable Energy | Solar, wind, biomass, and geothermal systems |
| Energy Efficiency | Optimization in buildings, industry, and transportation |
| Energy Storage | Batteries, supercapacitors, and hydrogen technologies |
| Environmental Impact | Life-cycle assessments and emissions reduction |
| Policy and Economics | Energy markets, regulations, and sustainability strategies |
| Metric | Value | Source |
|---|---|---|
| Impact Factor (2022) | 4.4 | Clarivate JCR |
| 5-Year Impact Factor | 4.1 | Clarivate JCR |
| CiteScore | 7.8 | Scopus |
| h-Index | 112 | Scopus |
| Acceptance Rate | 25% | Publisher Data |
| Average Review Time | 60 days | Publisher Data |
The International Journal of Energy Research is indexed in major databases, ensuring wide discoverability. It appears in Scopus, Web of Science, and Google Scholar, with full abstracts available through PubMed for relevant health-energy intersections. DOAJ lists it for open access articles, while Sherpa/RoMEO confirms self-archiving policies. This indexing supports high visibility, with articles averaging 500 downloads in the first year.
As a hybrid journal, it offers both subscription-based and open access publication. Authors can choose gold open access under Wiley's agreement, with Article Processing Charges (APCs) at $3,500 for non-subscriber institutions. Discounts apply for society members and low-income countries. Page charges are not imposed, focusing instead on accessibility. The model promotes rapid dissemination while maintaining quality through double-blind peer review.
Submissions are handled via Wiley's ScholarOne platform, requiring original, unpublished work formatted in double-spaced Word or LaTeX. Manuscripts should include abstracts under 250 words, keywords, and figures in high resolution. Ethical standards follow COPE guidelines, with plagiarism checks mandatory. Reviewers provide feedback within 60 days, leading to revisions or acceptance. Detailed guidelines are available on the official journal homepage.
The board comprises experts from leading institutions worldwide. Editor-in-Chief Ibrahim Dincer from the University of Ontario Institute of Technology specializes in sustainable energy systems. Associate editors include specialists in photovoltaics from NREL and policy experts from Imperial College London. Their diverse backgrounds ensure balanced, innovative content selection.
Publishing here elevates research profiles through association with a respected Wiley title. Benefits include global exposure, networking opportunities at conferences, and integration into energy policy discussions. With a focus on practical impacts, articles often influence industry standards and funding decisions. For early-career researchers, it provides mentorship via reviewer feedback. Check Rate My Professor for insights from energy academics.
| Journal | Impact Factor | Publisher | Focus |
|---|---|---|---|
| Energy | 9.0 | Elsevier | Broad energy engineering |
| Applied Energy | 11.2 | Elsevier | Applications and policy |
| Renewable Energy | 8.7 | Elsevier | Renewables only |
| Journal of Energy Resources Technology | 2.5 | ASME | Resources and tech |
This journal offers a balanced alternative with strong interdisciplinary appeal.
To succeed, align submissions with current calls on hydrogen or carbon capture. Use clear visuals and quantify impacts. Engage with recent issues for trends. Leverage academic calendar for deadlines. Network via faculty positions in energy. Revise based on feedback promptly.