support@datacitex.io
DataCiteX Indexed Journal

Journal of Renewable Energy and Mechanics

eISSN: 2614-8315 Journal of Renewable Energy and Mechanics 2 issues per year

Explore the Journal of Renewable Energy and Mechanics journal profile, Energy research coverage, citation metrics and scholarly impact.

DataCiteX Citation Score Three-year citation performance metric
Latest DCS 8.04 2026
217 Citations 2024 – 2026
÷
27 Documents 2024 – 2026
Journal Profile

Journal Information

Core publishing, identification and journal profile details.

Journal Title Journal of Renewable Energy and Mechanics
eISSN 2614-8315
Publisher Journal of Renewable Energy and Mechanics
Frequency 2 issues per year
Start Year 2018
Editor in Chief Dedikarni
Research Performance

Journal Metrics

Citation performance, DataCiteX Citation Score, ranking and research impact indicators.

Live Metrics
Top Performing Year
2024
Avg Citations / Year
48.88
Citations / Article
4.34
Latest DCS
8.04
Zone Ranking
Z3
Impact Factor
4.000
Performance Summary

Smart Insight

Auto Summary

Top citation year was 2024 with 92 citations. Average citations per year stand at 48.88. Each indexed article contributes around 4.34 citations on average. Latest CiteScore for 2026 is 8.04, indicating a Upward trend. Based on 2025 CiteScore comparison across active journals, this journal falls in Z3. Most cited article currently has 46 citations.

DataCiteX Citation Score

DCS Trend

6 Years
Article Performance

Most Cited Article

46 Cites
2018

Finding the minimum distance from the national electricity grid for the cost-effective use of diesel generator-based hybrid renewable systems in Iran

M Moein, S Pahlavan, M Jahangiri, A Alidadi Shamsabadi
Journal of Renewable Energy and Environment 5 (1), 8-22, 2018
Citation Intelligence

Citation Snapshot

Current citation and indexing performance of this journal.

Last Updated 04 Jul 2026
Total Citations 395 All-time citation count
H-Index 9 Citation impact indicator
I10-Index 9 Articles with 10+ citations
Indexed Articles 92 Articles currently indexed
Citation History

Yearly Citation Performance

Review annual citation counts and citation growth trends over time.

Annual Data

Yearly Citations

Year Citations
2026
37
2025
88
2024
92
2023
59
2022
66
2021
29
2020
18
2019
2
Trend Analysis

Citation Trend

Journal Overview

About This Journal

Learn more about the journal, its editorial focus and research coverage.

UIR Press publishes the Journal of Renewable Energy and Mechanics. It is a medium provided by the Department of Mechanical and Materials Engineering, Faculty of Engineering, Universitas Islam Riau, to publish scholarly articles from the research community worldwide. It is a biannual peer-reviewed journal that provides a medium for researchers to publish their high-quality work in the fields of renewable energy, mechanical engineering, materials engineering, and technology. To increase citations, Start Publishing Vol. 2, No.2, 2024, Articles written in English.
Journal of Renewable Energy & Mechanics (REM), published the original research papers or reviews about the Mechanical and Material Science and Development of Technology related with Mechanical Engineering. The objective of this journal is to disseminate the results of research faculty, and scientific studies which contributed to the understanding, development theories, and concepts of science and its application to the mechanical engineering and science field. Terms of publishing the manuscript were never published or not being filed in other journals, manuscripts originating from local and International. Managed by the Department of Mechanical Engineering, Faculty of Engineering, Universitas Islam Riau.
Research Output

Indexed Articles

Explore journal articles ordered by citation performance, with available Scholar, DOI, Crossref and PDF resources.

91 Articles Page 5 of 5
Showing 81 to 91 of 91 articles
Explore DataCiteX

Explore the Global Research Landscape

Discover journals, researchers, scholarly metrics, citation activity, and connected research records across the DataCiteX ecosystem.