Journal of Power Sources Submission Guide: What Editors Screen Before Review
Journal of Power Sources's submission process, first-decision timing, and the editorial checks that matter before peer review begins.
Readiness scan
Before you submit to Journal of Power Sources, pressure-test the manuscript.
Run the Free Readiness Scan to catch the issues most likely to stop the paper before peer review.
Key numbers before you submit to Journal of Power Sources
Acceptance rate, editorial speed, and cost context — the metrics that shape whether and how you submit.
What acceptance rate actually means here
- Journal of Power Sources accepts roughly ~30-40% of submissions — but desk rejection runs higher.
- Scope misfit and framing problems drive most early rejections, not weak methodology.
- Papers that reach peer review face a different bar: novelty, rigor, and fit with the journal's editorial identity.
What to check before you upload
- Scope fit — does your paper address the exact problem this journal publishes on?
- Desk decisions are fast; scope problems surface within days.
- Cover letter framing — editors use it to judge fit before reading the manuscript.
How to approach Journal of Power Sources
Use the submission guide like a working checklist. The goal is to make fit, package completeness, and cover-letter framing obvious before you open the portal.
Stage | What to check |
|---|---|
1. Scope | Manuscript preparation |
2. Package | Submission via Elsevier system |
3. Cover letter | Editorial assessment |
4. Final check | Peer review |
Quick answer: this Journal of Power Sources (Elsevier) submission guide is mainly a completeness test. JPS is not looking for promising battery or fuel-cell materials in isolation. The journal explicitly emphasizes the whole electrochemical value chain: materials electrochemistry, scalable components, advanced diagnostics, degradation and aging, system-level integration, and real-world performance validation. Submissions go through the Journal of Power Sources Editorial Manager portal at editorialmanager.com/jpowsour. Submission caps: Articles ~10,000 words main text, 12 figures or tables, per Elsevier JPS author guidelines.
How Journal of Power Sources Compares to Top Energy Materials Journals
Factor | Journal of Power Sources (IF 7.9) | Advanced Energy Materials (IF 26) | Energy & Environmental Science (IF 30.8) | ACS Energy Letters (IF 18.2) |
|---|---|---|---|---|
Core identity | Elsevier electrochemistry flagship; whole value-chain focus | Wiley energy materials flagship | RSC energy materials and environmental | ACS Letters-format energy chemistry |
Strongest paper type | Component + system integration; degradation studies | Materials advance with device validation | Energy materials with environmental relevance | Concise energy materials letters |
Editorial speed | 2 to 4 weeks desk, 8 to 12 weeks full review | 2 to 4 weeks desk, 8 to 14 weeks full review | 1 to 3 weeks desk, 8 to 12 weeks full review | 2 to 4 weeks desk, 6 to 10 weeks full review |
Reviewer model | Elsevier Associate Editor + 2-3 reviewers | Wiley professional editors + 2-3 reviewers | RSC professional editors + 2-3 reviewers | ACS Associate Editor + 2-3 reviewers |
What makes it unique | Whole-value-chain editorial scope; degradation/aging focus | Advanced family cascade; functional breakthrough bar | Environmental relevance required | ACS Letters short-format speed |
Journal of Power Sources Editorial Triage Timeline (Week-by-Week)
Week 1: Submission intake and editorial screen
The Elsevier submission system verifies template formatting, supplementary information completeness, and word/figure cap compliance. The handling Elsevier Associate Editor then reads the cover letter, abstract, and figure 1 to assess electrochemistry value-chain completeness. About 40 to 50 percent of submissions are desk-rejected at this stage.
Week 2: Editorial discussion + transfer offers
Borderline papers are discussed across the JPS editorial team. Some receive transfer offers to other Elsevier energy journals (Electrochimica Acta, Energy Storage Materials, Journal of Energy Storage) where reviewer reports can carry forward.
Weeks 3 to 4: Reviewer recruitment
For papers passing the editorial screen, 2 to 3 reviewers are recruited with electrochemistry subfield expertise (batteries, fuel cells, electrolyzers, or supercapacitors depending on paper focus).
Weeks 5 to 8: External peer review
Reviewers evaluate electrochemistry rigor, degradation/aging characterization, system-integration framing, and real-world performance validation.
Weeks 8 to 12: Reviewer-report synthesis and revision rounds
Handling editor integrates reports. Major-revision decisions specify the additional cycling, integration, or degradation studies required.
Run a Journal Of Power Sources pre-submission readiness check before clicking submit, or work through this guide manually.
What official pages do not answer
Elsevier's official pages answer where to submit, what article types exist, and which good-practice guides authors should consult. This official journal guidance does not tell authors whether the paper is operationally complete enough to look like a Journal of Power Sources manuscript. Public summaries mostly repeat the submission infrastructure instead of the decision standard.
This guide separates materials novelty from power-source readiness. The practical test is whether the abstract, benchmark table, methods, diagnostics, and degradation evidence all support the same device or component claim.
How this page was created: we reviewed the 100 most recent journal papers used when this guide was built, then compared those patterns with recent Manusights pre-submission reviews from authors considering Journal of Power Sources. The repeated failure pattern was not weak science. It was an evidence stack that looked optimized for a headline number rather than for realistic electrochemical interpretation.
Source limitations: Elsevier's public pages do not publish the editor's internal triage notes, live desk-rejection reasons, or manuscript-level benchmark expectations. Treat the patterns below as pre-submission decision support rather than a prediction of the journal's final decision.
What this Journal of Power Sources submission guide should help you decide
The real question is not "can I submit an electrochemistry paper here?" It is whether the paper behaves like a power-sources paper instead of a materials paper, a methods paper, or a fundamental electrochemistry paper.
That distinction matters because the journal now states its scope in practical terms:
- advanced characterization and diagnostics of materials and interfaces
- mechanistic studies of degradation and aging
- system-level integration and real-world validation
- experimentally validated theoretical and computational work
- circular-economy and lifecycle questions, but only when they directly involve electrochemistry of materials and components
So the editorial test is not simply novelty. It is whether the manuscript connects electrochemical science to a serious power-source problem in a way that looks complete and usable.
What editors actually want from a JPS submission
Screen | What passes | What gets returned |
|---|---|---|
Device or component centrality | The manuscript clearly advances a battery, fuel cell, supercapacitor, electrolysis cell, or closely related component problem | The work is mainly materials synthesis with a thin electrochemical add-on |
Realistic testing | Conditions, loadings, cycling, and benchmarks support practical interpretation | Testing looks optimized for a headline number rather than a believable device case |
Mechanistic credibility | The paper explains degradation, transport, interface behavior, or another operational mechanism | Performance is reported without enough evidence for why it happens |
Evidence completeness | The dataset is strong enough to support the editorial claim without obvious missing pieces | The manuscript feels like an early-stage proof of concept |
Scope discipline | Sector or deployment claims remain tied to electrochemistry of materials and components | The paper drifts into general systems analysis or broad application language without electrochemical substance |
What the official package and journal surface imply
Element | Official or practical expectation | Why it matters |
|---|---|---|
Journal scope | Elsevier's current scope highlights diagnostics, degradation, system-level integration, validation, and experimentally validated theory | Pure materials novelty is not enough |
Good-practice guides | The guide for authors directs researchers to specific good-practice guides for batteries, supercapacitors, and fuel cells or electrolysis cells | Editors expect authors to know the testing standards before submission |
Article types | Research papers up to 8,000 words, reviews at least 10,000 words, perspectives 2,000-4,000 words | The article type has to match the evidence density and claim size |
Figure limits | Research papers and reviews are limited to 8 figures in the main manuscript | The paper needs a disciplined evidence architecture |
Short communications | The journal no longer considers short communications and routes those to Journal of Power Sources Advances | Thin stories do not belong here |
The journal page also currently shows fast early editorial handling relative to the depth of the field. That raises the commercial risk of a weak submission: if the package looks incomplete, the decision is likely to arrive quickly.
Failure patterns that waste a JPS submission
Before submitting to Journal of Power Sources, a Journal of Power Sources submission readiness check identifies whether the package meets the editorial bar before you commit to the submission.
Readiness check
Run the scan while Journal of Power Sources's requirements are in front of you.
See how this manuscript scores against Journal of Power Sources's requirements before you submit.
Failure Patterns That Make a Power-Source Paper Feel Premature
The materials paper pretending to be a battery or fuel-cell paper. This is the classic miss. The manuscript has synthesis, microscopy, and maybe half-cell or single-point performance, but it still does not show a convincing device-level argument.
A benchmark built on unrealistic conditions. The paper may report excellent capacity, durability, or power density, but the loading, balancing, rate, humidity, or testing window is so favorable that the practical claim becomes hard to trust.
A mechanism section that is weaker than the headline result. JPS explicitly values diagnostics, degradation studies, and validated explanations. If the discussion about why the device behaves well is thin, reviewers will push hard.
A sector or application story that outruns the electrochemistry. The scope page is careful here: sector-specific applications are in scope only when they directly advance the electrochemistry of materials and components. A manuscript about electric mobility or grid use without serious electrochemical evidence is too far downstream.
A paper that ignores the journal's own good-practice framing. If the submission does not behave like it was designed with battery, supercapacitor, or fuel-cell good-practice expectations in mind, the editorial read becomes much less generous.
Start with the official rules for upload mechanics, then judge the draft itself. The review tells you whether YOUR paper passes the Journal of Power Sources fit screen before upload, especially around editors actually screen for whether the paper is operationally complete enough to matter, benchmark quality is one of the clearest hidden filters, and strong submissions make one practical electrochemical claim and then defend it with the right validation stack. Paid Manusights reviews include a 60-day money-back guarantee, and we do not train models on submitted manuscripts.
In our pre-submission review work with manuscripts targeting Journal of Power Sources
Editors actually screen for whether the paper is operationally complete enough to matter
In our pre-submission review work on JPS-targeting manuscripts, we repeatedly see that editors actually screen for whether the paper is operationally complete enough to matter. Authors often focus on whether the result looks impressive, but JPS is usually asking whether the result would still look convincing under more realistic device logic.
Benchmark quality is one of the clearest hidden filters
We also see that benchmark quality is one of the clearest hidden filters. Teams often compare to literature values obtained under incompatible protocols, lighter loadings, or different device assumptions. That makes the manuscript look less careful, not more competitive.
Strong submissions make one practical electrochemical claim and then defend it with the right validation stack
Our analysis of manuscripts targeting Journal of Power Sources shows that the strongest submissions make one practical electrochemical claim and then defend it with the right validation stack. We have found that editors specifically screen for whether cycling, diagnostics, and degradation logic all support the same story. When the paper reports performance on one axis and only speculation on the others, it feels incomplete.
The current guide reinforces that posture. Elsevier does not just define broad scope; it points authors to discipline-specific good-practice guides before submission. That is usually a sign that the journal has become less tolerant of casual or under-normalized electrochemical reporting.
JPS versus a broader materials or electrochemistry venue
Use JPS when:
- the manuscript is really about a working electrochemical device or a component whose device relevance is already demonstrated
- the evidence includes realistic performance conditions and mechanism-aware diagnostics
- the practical problem is central, not decorative
- experimentally validated computation or modeling genuinely helps explain device behavior
Use a different venue when:
- the paper is mostly about synthesizing or characterizing a material
- the device story is too early, too incomplete, or too weakly benchmarked
- the main contribution is fundamental electrochemistry without a strong power-source frame
Submit If
- the paper advances a battery, fuel cell, supercapacitor, electrolysis, or similar electrochemical system in a way that looks complete
- the testing conditions support a practical interpretation rather than only a best-case result
- the degradation or mechanism story is credible enough to survive specialist review
- the article type and figure plan match the real size of the paper
Journal of Power Sources pre-submission checklist
- the abstract names the exact device, component, or electrochemical problem and states the practical consequence of the result
- the benchmark table compares against papers with compatible loadings, rates, electrolytes, operating windows, and device assumptions
- the methods specify cycling, balancing, humidity, temperature, mass loading, or test conditions clearly enough for the claim being made
- the diagnostics or degradation data explain why the result persists rather than only showing that it occurred
- the cover letter explains why the manuscript is a power-source paper instead of a materials, catalysis, or fundamental electrochemistry paper
Think Twice If
- the abstract promises battery, fuel-cell, supercapacitor, or electrolysis relevance, but the strongest evidence remains half-cell or component-only performance with limited device proof
- the benchmark table depends on unlike-for-unlike comparisons, such as lighter loadings, different electrolytes, incompatible cycling windows, or missing normalization
- the methods leave out test conditions that determine interpretation, such as mass loading, rate protocol, balancing, humidity, temperature, or durability window
- the degradation or diagnostic section is too thin to explain why the headline performance should be trusted beyond a best-case protocol
- the manuscript is mostly synthesis or microscopy with electrochemistry added late, so the practical relevance only appears in the conclusion
What to fix before you submit
If the paper is close but not ready, work through the package in this order:
- rewrite the abstract around the real electrochemical problem and device consequence
- tighten the benchmark set so comparisons are honest and protocol-compatible
- add the missing degradation, interface, or diagnostic evidence the main claim depends on
- align the paper with the JPS cover letter guide, JPS acceptance-rate page, and JPS desk-rejection page
- check the relevant good-practice guide before the manuscript goes into the queue
A targeted JPS submission readiness review is most useful when the problem is not the science itself but whether the evidence package is complete enough for this journal's current editorial posture.
Related manuscript-status resources
Frequently asked questions
It helps you decide whether the manuscript is complete enough for a device-focused electrochemical journal, with the right level of benchmarking, realistic testing, degradation analysis, and practical relevance.
The common problems are incomplete device-level validation, unrealistic electrochemical testing conditions, weak or incomparable benchmarks, and papers that are really materials studies rather than power-source studies.
The current guide expects a full research paper package with the right article type, figures disciplined enough to fit the journal limits, and a manuscript that follows the relevant good-practice guide for batteries, supercapacitors, or fuel cells and electrolysis cells.
Use JPS when the electrochemical device or component performance is central and the manuscript explains practical behavior with serious evidence. If the work is mostly fundamental electrochemistry or mostly materials synthesis, a different journal is often the better first target.
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