Renewable Energy Submission Guide
A practical Renewable Energy submission guide for renewable-energy researchers evaluating their work against the journal's systems and analytical bar.
Readiness scan
Find out if this manuscript is ready to submit.
Run the Free Readiness Scan before you submit. Catch the issues editors reject on first read.
How to approach Renewable Energy
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 | Confirm renewable or sustainable power-generation scope |
2. Package | Prepare the benchmark and validation package |
3. Cover letter | Check original-paper word count and reference count |
4. Final check | Submit through Editorial Manager |
Quick answer: This Renewable Energy submission guide is for renewable-energy researchers evaluating fit against Elsevier's power-generation scope.
The journal wants renewable-energy engineering or research, not generic materials or energy work. The fastest rejection risk is a paper that improves a component but never measures renewable or sustainable energy conversion.
Run a Renewable Energy pre-submission readiness check before clicking submit, or work through this guide manually.
If you're targeting Renewable Energy, the main risk is incremental performance, weak analysis, or missing benchmarking.
From our manuscript review practice
Of submissions we've reviewed for Renewable Energy, the most consistent desk-rejection trigger is incremental performance reports without rigorous systems-level or analytical contribution.
How this page was created
This page was researched from Renewable Energy's author guidelines, ScienceDirect journal insights, Elsevier editorial-policy materials, and Manusights internal analysis of submissions to Renewable Energy and adjacent venues.
The evidence basis includes the recent Renewable Energy papers reviewed when this guide was built and recent Manusights pre-submission reviews from authors weighing Renewable Energy, Solar Energy, Applied Energy, and Energy. Evidence boundary: official guidance explains the scope and upload rules, but it cannot decide whether one manuscript's figures, benchmark table, and renewable-power-generation evidence are strong enough for editorial screening.
Renewable Energy Journal Metrics
Metric | Value |
|---|---|
Impact Factor | 9.1 |
CiteScore | 17.6 |
Submission to first decision | 15 days |
Submission to decision after review | 78 days |
Submission to acceptance | 158 days |
APC (Open Access) | USD 4,270 excluding taxes |
Original paper target | 4,000-6,000 words excluding captions and references |
Review article target | Up to 10,000 words, by invitation |
Publisher | Elsevier |
Source: Renewable Energy ScienceDirect journal insights and Elsevier guide for authors, accessed May 2026.
Renewable Energy Submission Requirements and Timeline
Requirement | Details |
|---|---|
Submission portal | Elsevier Editorial Manager |
Article types | Original research papers; invited review papers |
Article length | Original papers: 4,000-6,000 words excluding captions and references |
Reference count | Not more than 50 references for original papers |
Figure guidance | No formal figure cap in the public guide; figures should prove conversion, generation, efficiency, cost, LCA, or system-performance consequence |
Cover letter | Required |
Peer review model | Single anonymized review after editorial suitability screening |
Scope gate | Paper must involve renewable or sustainable power generation |
Source: Renewable Energy author guidelines.
Submit through Elsevier's Renewable Energy Editorial Manager route: Editorial Manager submission portal. The ScienceDirect page also links authors into Elsevier's online submission flow.
Renewable Energy editorial triage timeline
- Day 0: Editorial Manager upload. Submit the manuscript, cover letter, highlights if requested by the workflow, graphical abstract if used, author details, ORCID identifiers, conflicts-of-interest statement, funding statement, data availability statement, figure files, tables, and supplementary files.
- Days 1 to 5: Technical completeness check. The office checks file completeness, article type, word count, reference count, declarations, and whether the submission looks like an original research paper rather than an unsolicited review.
- Days 5 to 15: Editor suitability screen. Elsevier's public journal insights list a short median path to first decision, so the first pass is often scope: renewable or sustainable power generation must be visible in the abstract, figures, and benchmark table.
- Weeks 2 to 10: External review if sent out. Reviewers test energy-conversion evidence, benchmarking, quantitative analysis, and whether the paper is more than a component performance report.
- After reviews: Revision or routing decision. A strong revision strengthens system consequence, benchmark conditions, and data transparency rather than only adding citations.
Required Renewable Energy artifacts before upload
- Cover letter naming the renewable-power-generation contribution.
- Data availability statement for experimental, simulation, LCA, cost, or resource data.
- Conflicts-of-interest statement and funding statement.
- ORCID identifiers and complete author metadata.
- Figure files and tables that expose system boundary and benchmark conditions.
- Supplementary files for extended methods, extra operating conditions, or sensitivity analyses.
- Suggested reviewers with renewable-energy systems expertise.
Submission snapshot
What to pressure-test | What should already be true before upload |
|---|---|
Renewable-systems contribution | New system, technology, or analysis contribution |
Quantitative analysis | Performance metrics, efficiency, cost, or LCA |
Benchmarking | Against state-of-the-art renewable systems |
Renewable-energy focus | Renewable or sustainable power generation is primary |
Cover letter | Establishes the renewable contribution |
What this page is for
Use this page when deciding:
- whether the renewable-systems contribution is substantive
- whether quantitative analysis is rigorous
- whether benchmarking is comprehensive
What should already be in the package
- a clear renewable-systems contribution
- rigorous quantitative analysis
- benchmarking against state-of-the-art
- renewable or sustainable power-generation evidence
- original-paper length near 4,000-6,000 words unless the study needs more space
- a cover letter establishing the contribution
Package mistakes that trigger early rejection
- Incremental performance reports without novel contribution.
- Weak quantitative analysis.
- Missing benchmarking.
- General energy without renewable focus.
- Materials or components tested without measuring energy conversion.
- Review manuscript submitted without prior Editor-in-Chief invitation.
What makes Renewable Energy a distinct target
Renewable Energy is a flagship renewable-energy research journal.
Systems-level standard: the journal differentiates from Solar Energy (solar-specific) and Energy (broader) by requiring that the power-generation consequence of the renewable system is visible.
Quantitative-analysis expectation: editors expect rigorous performance, efficiency, cost, or LCA analysis.
The scope screen: Elsevier specifically warns that a material-characterization paper is out of scope if it does not measure the energy that the material converts in a renewable system.
Current Renewable Energy evidence to calibrate your claim
ScienceDirect's Renewable Energy guide states the core boundary directly: the paper must be about power generation, and that power must be generated in a renewable or sustainable way. Use that standard to pressure-test the abstract and first figure.
Renewable Energy evidence signal | What it tells authors before submission |
|---|---|
Scope covers biomass, photovoltaic, solar thermal, wind, desalination, geothermal, wave, tidal, hydro, hydrogen, fuel cells, and socio-economic or policy issues | Breadth is allowed only when the renewable-power-generation consequence remains central. |
Material-characterization example marked out of scope when no converted energy is measured | Materials, catalysts, membranes, and devices need measured conversion, generation, or system-performance evidence. |
Original papers are guided toward 4,000-6,000 words and no more than 50 references | The manuscript should be focused enough to state the renewable-system advance without a sprawling literature dump. |
Review articles are by Editor-in-Chief invitation only | An unsolicited review should start with an outline and short CV, not a direct full upload. |
Single-anonymized review begins only after editor suitability screening | The first pass is fit and suitability before full external assessment. |
What a strong cover letter sounds like
The strongest Renewable Energy cover letters establish:
- the renewable-systems contribution
- the quantitative analysis
- the benchmarking approach
- the central finding
Diagnosing pre-submission problems
Problem | Fix |
|---|---|
Incremental performance | Articulate the novel system contribution |
Weak quantitative analysis | Strengthen efficiency, cost, or LCA analysis |
Missing benchmarking | Add comparison to state-of-the-art systems |
Component result has no energy output | Add measured conversion, generation, or system-performance evidence |
Review article is unsolicited | Contact the Editor-in-Chief with an outline and short CV before submission |
Renewable Energy Routing Matrix
Method note: the comparison reflects published author guidelines and Manusights internal analysis. We have not personally been Renewable Energy authors; the boundary is publicly documented editorial behavior. Pros and cons are based on documented editorial scope.
If the manuscript is mainly about... | Renewable Energy | Solar Energy | Applied Energy |
|---|---|---|---|
Renewable or sustainable power generation across technologies | Best first target when the renewable-system consequence is measured | Too narrow unless the paper is solar-led | Plausible if applied operation or planning leads |
Solar-only technology, resource, or thermal conversion | Possible if the renewable-system lesson generalizes | Often cleaner because the readership is solar-specific | Use only when system operation or deployment is the main decision |
Broad energy-system analysis not centered on renewables | Usually weaker fit | Usually not the owner | Stronger if optimization, planning, or integration leads |
Materials or components with no converted energy measured | Usually too early for Renewable Energy | Usually too early for Solar Energy | Consider a materials or device venue first |
Submit If
- the renewable-systems contribution is substantive
- quantitative analysis is rigorous
- benchmarking is comprehensive
- renewable-energy focus is primary
Think Twice If
- the abstract reports a percent efficiency gain but does not say what system limitation was solved
- the figures show material characterization without measured renewable energy conversion or power-generation consequence
- the literature comparison is a paragraph of citations rather than a benchmark table against recent state-of-the-art systems
What to read next
- Is Renewable Energy a good journal?
Before upload, run your manuscript through a Renewable Energy systems readiness check.
Use the guide for portal, routing, and policy details; use the manuscript check for the editor-facing fit call. The review tells you whether your paper clears the Renewable Energy fit check before upload, especially around incremental performance reports without a system advance, weak quantitative analysis, and no measured renewable conversion. Paid Manusights reviews include a 60-day money-back guarantee, and we do not train models on submitted manuscripts.
Source limitations: official journal and publisher pages define scope, article types, and submission mechanics, but they do not publish manuscript-level desk decisions; the patterns below combine public guidance, recent issue review, and anonymized Manusights pre-submission review work.
Decision risks before submitting to Renewable Energy
Across renewable-energy manuscripts targeting Renewable Energy, three patterns appear most often in desk-rejected submissions.
Through our pre-submission diagnostic work on renewable-energy manuscripts, we find that the strongest packages make the system boundary visible in the abstract, then support it with a benchmark table, validation figure, methods paragraph, data statement, and cover letter. Editors explicitly screen for journal suitability before reviewer assignment, so a paper can be technically sound and still fail if the renewable-power-generation consequence is not measurable.
The manuscript components we check first are the abstract, Figure 1, methods, benchmark table, system schematic, supplementary operating-condition table, and cover letter. If those parts do not show conversion, generation, efficiency, cost, LCA, storage, or system-performance evidence, the paper can read like a materials or component study using a renewable-energy label.
Incremental performance reports without a system advance
Renewable Energy editors look for substantive renewable-system contributions. We observe submissions that lead with a small efficiency gain, but never explain the system bottleneck solved, struggle at editorial screening. The abstract should name the renewable system, not only the material or device. Figure 1 should show the system boundary, and the benchmark table should compare against current renewable-energy systems under comparable operating conditions.
Weak quantitative analysis
Editors expect rigorous performance, efficiency, cost, or LCA analysis. We see manuscripts with thin quantitative analysis routinely returned. The methods section should define irradiation, wind speed, feedstock, load profile, temperature, pressure, cycle length, lifetime, cost assumptions, uncertainty, or model-validation choices where relevant. If the manuscript claims renewable-energy impact without transparent quantitative inputs, the fit case is weaker than the experiment may deserve.
Check weak quantitative analysis before submitting to Renewable Energy →
No measured renewable conversion
Elsevier's guide gives a clear out-of-scope example: a material developed for a renewable-energy system can still be outside scope if the manuscript does not measure the energy the material converts. We see this most often in photovoltaic, catalyst, membrane, and storage-adjacent manuscripts.
Check no measured renewable conversion before submitting to Renewable Energy →
Missing benchmarking against state-of-the-art
Renewable Energy specifically expects explicit comparison to recent leading systems. We find papers without benchmarking routinely flagged. A benchmark paragraph alone is not enough; the manuscript should include a table with named systems, conditions, units, and performance metrics. A Renewable Energy systems readiness check can identify whether the package supports a submission.
Elsevier lists Renewable Energy as covering renewable-energy systems and components, with current journal-insight medians of 15 days to first decision and 158 days to acceptance.
Check missing benchmarking against state of the art before submitting to Renewable Energy →
Final Renewable Energy pre-upload checklist
Use this final screen before opening Editorial Manager. It is more useful than a generic formatting pass because it mirrors the journal's power-generation scope.
Editorial question | What the manuscript should show |
|---|---|
What renewable-energy system is being improved? | The abstract names the system, technology, or component and the limitation being solved |
Is energy conversion or generation measured? | The main results include measured conversion, generation, efficiency, cost, LCA, or system-performance evidence |
Is the advance more than a small percentage gain? | The introduction explains why the change matters for renewable-power generation, not only why it improves a metric |
Is the comparison current enough? | A table compares against recent Renewable Energy or adjacent state-of-the-art systems |
Is the manuscript the right article type? | Original papers fit the 4,000-6,000 word guide; unsolicited reviews should not bypass the Editor-in-Chief outline route |
In Manusights reviews of Renewable Energy candidates, weak packages usually fail one of those checks before they fail formatting. The paper may have strong experiments, but if the editor cannot see the renewable-power-generation consequence in the abstract, first figure, and benchmark table, the submission reads like a component paper looking for a renewable-energy label.
Readiness check
Run the scan against the requirements while they're in front of you.
See score, top issues, and journal-fit signals before you submit.
What to verify against official guidance
Use official guidance for live requirements. For Renewable Energy Submission Guide, the Manusights decision layer focuses on the manuscript-level fit, evidence, routing, and first-screen questions that public author instructions usually cannot answer for an individual draft.
Related next steps
Evidence basis
The Manusights editorial review for Renewable Energy Submission Guide combines official guidance, adjacent Manusights cluster pages, and first-party pre-submission review patterns. They are used here to clarify manuscript-readiness decisions, not to replace publisher instructions.
Frequently asked questions
Submit through Elsevier Editorial Manager. Original papers should usually be 4,000-6,000 words excluding captions and references, with a renewable-power-generation contribution, clear benchmarking, and a cover letter that names the system-level advance.
Elsevier lists Renewable Energy at 9.1 Impact Factor and 17.6 CiteScore, with 15 days to first decision, 78 days to decision after review, and 158 days to acceptance as current journal-insight medians.
Renewable Energy publishes renewable-energy engineering and research across biomass, photovoltaic conversion, solar thermal applications, wind energy, desalination, low-energy architecture, climatology, geothermal, wave and tidal energy, hydropower, hydrogen, fuel cells, and socio-economic or policy issues.
Common early risks are incremental performance reports, weak quantitative analysis, missing state-of-the-art benchmarking, review submissions without prior editor invitation, or papers about materials or components that never measure renewable energy conversion.
Sources
Before you upload
Choose the next useful decision step first.
Move from this article into the next decision-support step. The scan works best once the journal and submission plan are clearer.
Use the scan once the manuscript and target journal are concrete enough to evaluate.
Anthropic Privacy Partner. Zero-retention manuscript processing.