Journal of Power Sources Submission Guide: What Editors Screen Before Review

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.

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.

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.

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.

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.