Rejected from Energy? The 6 Best Journals to Submit Next

Source: Elsevier journal pages and Guide for Authors (accessed June 2026); Clarivate JCR 2024; SciRev community timelines. Selectivity bands are author-reported estimates because most of these titles do not publish an official acceptance rate.

The figures above are planning ranges, not contractual promises. Energy and its Elsevier siblings share reviewers, so a paper that fails for genuine soundness reasons will likely fail again unless you fix the underlying issue first. For the journal hub and current metrics, see the Energy journal page.

Energy sits inside the Elsevier energy-and-power portfolio, which means the most efficient post-rejection move is usually a controlled step within Elsevier rather than a cold submission elsewhere. Elsevier's Article Transfer Service connects more than 2,300 journals. After a rejection you may receive a transfer offer email with tailored journal recommendations.

One click moves your files, and in many cases your completed reviews, to the next journal, and it cuts time to publication because you avoid starting a new submission from scratch.

Map the rejection reason to the tier:

• Tier 1 (same systems lane): If the rejection was a near-miss on novelty or fit, stay close. Energy Conversion and Management is the cleanest sibling for conversion-and-storage engineering; Applied Energy is the reach target if the systems consequence is genuinely stronger than Energy's bar.

• Tier 2 (scope redirect): If editors said the work is sound but outside Energy's systems remit, step to a more specialized venue.

Renewable Energy for renewable-technology papers, Applied Thermal Engineering for thermal-component and device work that Energy excludes by scope, or Energy and Buildings if the real story is building energy use.

• Tier 3 (sound but lower selectivity): If you need a fast, indexed home for technically solid work, Energy Reports is fully open access and reviews on soundness rather than systems-level novelty.

If Energy itself offered a transfer to one of these titles, the cover letter and any reviewer reports already travel with the paper, so that is almost always the next venue to accept. If no transfer was offered, you can still name your preferred next journal and pre-request the routing logic in your next cover letter.

In our pre-submission review work with Energy submissions, the rejections we see most often are not about bad science. They are about a mismatch between what the manuscript proves and what Energy's editors are screening for in the 1 to 2 week desk window. Four patterns account for most of them, and each maps to a specific manuscript component you can check before you resubmit anywhere.

Pure process-level work that Energy's scope statement explicitly excludes. This is the single most common Energy desk rejection we review, and it is also the most avoidable. Energy's own aims-and-scope language rules out pure transfer or process-level research such as combustion, fuels, heat transfer, fluid flow, wind turbine, and hydro pump studies.

Across our Energy pre-submission reviews, manuscripts whose central result is a heat-transfer coefficient, a combustion mechanism, or a single-device fuel characterization are returned within days because the contribution never rises to the integrated-energy-system level Energy requires. The check is concrete: read your own abstract and ask whether the headline finding is about a process or a system.

If Figure 1 is a component or test-rig schematic rather than a system diagram, the paper is in scope-redirect territory.

A component result presented without a system-integration section. Even when the topic is in scope, Energy rejects papers that stop at the component metric. The methods and results report a conversion efficiency, a specific capacity, or a thermal performance number without modeling how that metric changes overall system efficiency, energy balance, or operating cost.

In our review of Energy submissions, the manuscripts that survive desk review almost always include a dedicated system-integration section that places the component inside a realistic energy system and reports system-level outcomes such as cycle efficiency, annual energy savings, or round-trip efficiency at system scale. A standalone "3.2% improved heat transfer coefficient" with no system consequence is one of the most reliable triggers here.

Pure simulation or thermodynamic modeling with no experimental validation. Energy's editors expect a believable link between a model and the system it represents. A model that is never tested against measured data, field measurements, or an established benchmark case reads as an academic exercise. We repeatedly see manuscripts where every result comes from MATLAB, ANSYS, or a similar environment, with no validation subsection comparing model output to experiment or to a recognized reference scenario.

That gap in the methods section is visible to an editor in minutes. The testable fix is a validation subsection that grounds the model parameters in measured data and shows the model captures system behavior at the operating points studied.

Regional case study without transferable methodology or generalizable findings. Energy publishes applied energy and planning work, but a case study that applies existing tools to one city or region without a novel method or a generalizable result is desk-rejected for thin contribution. The editorial question is whether the finding transfers beyond the study geography.

In our pre-submission reviews of papers targeting Energy, the discussion section is where this fails: it reports the local result but never states what the finding implies for other regions, what assumption it challenges, or what method it contributes. The check is to confirm the discussion answers "so what for energy systems elsewhere," not just "what happened in this region."

Don't just resubmit. The fastest way to collect a second rejection is to send the same paper down the ladder unchanged, because Elsevier energy journals share reviewers and the same paper in front of the same reviewers will see it again. A scope-based desk rejection means move journals; a soundness-based rejection means revise first, then move.

Be honest about which kind of rejection you got. If the editor said the work is sound but better suited elsewhere, that is a scope redirect and you can move quickly, often the same week. If reviewers questioned your model validation, your baseline comparison, or your uncertainty analysis, those concerns will surface at every peer-reviewed journal, so fix them before resubmitting anywhere.

Only consider an appeal if you can document a clear factual error in the assessment; for most Energy desk rejections, a better-fit transfer beats an appeal, so know when to walk away from the appeal route.