Energy Storage Materials impact factor and ranking
This profile summarizes the journal metrics and publication information available in the current directory record.
Energy Storage Materials metric snapshot
Energy Storage Materials has a bibliometric profile in this directory for 2025. The publisher recorded for the journal is ELSEVIER. Its listed Clarivate Journal Citation Reports (JCR)-based Journal Impact Factor is 20.2. The five-year Journal Impact Factor is 20.2, giving a second citation window for comparison. The journal is recorded in quartile Q1 for its listed JCR category.
Category position and quartile
The recorded JCR category position is 22 out of 460 journals. Based on that rank position, the journal sits within approximately the top 4.8% of the listed category. Its listed quartile is Q1. Category ranks and quartiles are field-specific and are not measures of the quality of an individual article.
How the citation indicators compare
The standard and five-year Journal Impact Factors are both 20.2 in this record. Without journal self-citations, the Impact Factor is 18.8, a difference of 1.4 points from the listed standard value. The Journal Citation Indicator (JCI) is recorded as 2.95. These measures use different definitions or citation windows, so they are most useful when read together rather than treated as interchangeable scores.
Citation and publication counts
For 2025, the directory record for Energy Storage Materials lists total cites: 63,242; total articles: 797; citable items: 803. These fields describe different parts of the JCR record and should not be combined into an article-level quality score.
Citation half-life profile
The cited half-life is 3.3 years, indicating the median age of items that contributed citations to the journal in the reporting framework. The citing half-life is 3.8 years, indicating the median age of references used by the journal’s articles.
Identifiers and verification
Energy Storage Materials is identified in this directory by print ISSN 2405-8297 and electronic ISSN 2405-8289. The publisher is recorded as ELSEVIER. When making submission, library, or research-evaluation decisions, verify the title and identifiers against the journal publisher and the official Clarivate Journal Citation Reports record.
Complete journal information
Use this table to verify the individual metric values, identifiers and publication details stored for this journal.
| Journal name | Energy Storage Materials |
|---|---|
| Abbreviated journal | ENERGY STORAGE MATER |
| Publisher | ELSEVIER |
| Metric year | 2025 |
| Overall rank | 160 |
| ISSN | 2405-8297 |
| eISSN | 2405-8289 |
| Total cites | 63,242 |
| Total articles | 797 |
| Citable items | 803 |
| Cited half-life | 3.3 years |
| Citing half-life | 3.8 years |
| JCR-based Journal Impact Factor | 20.2 |
| 5-Year Impact Factor | 20.2 |
| Impact Factor without journal self-cites | 18.8 |
| Journal Citation Indicator | 2.95 |
| JCR Impact Factor quartile | Q1 |
| JCR category rank | 22/460 |
| Database record updated |
Frequently asked questions
What is the 2025 JCR-based Journal Impact Factor of Energy Storage Materials?
The Journal Impact Factor recorded in this directory as a Clarivate Journal Citation Reports (JCR)-based value for Energy Storage Materials is 20.2 for the 2025 metric year.
What are the JCR quartile and category rank of Energy Storage Materials?
Energy Storage Materials is listed with quartile Q1 and category rank 22/460. These values are category-specific and should be verified against the official JCR record when used for formal assessment.
What is the five-year Journal Impact Factor of Energy Storage Materials?
The five-year Journal Impact Factor recorded for Energy Storage Materials is 20.2. It uses a longer citation window than the standard Journal Impact Factor.
Who publishes Energy Storage Materials?
Energy Storage Materials is listed in this directory as being published by ELSEVIER.
Related journal profiles
Journals in the same approved specialty or subject are shown first, followed by same-publisher or similar-metric records when needed.