Renewable Energy Submission Process

This page was built from the official Renewable Energy guide for authors, ScienceDirect journal page, ScienceDirect journal insights, Elsevier editorial and appeal-policy language, the existing Manusights Renewable Energy source ledger, and Manusights submission analysis for renewable-energy systems, photovoltaic conversion, wind, biomass, hydrogen, desalination, storage-linked renewable systems, techno-economic analysis, and LCA manuscripts. Last reviewed: July 17, 2026.

Official source boundary: Elsevier and ScienceDirect are the controlling sources for the live author route, article-scope language, journal-insight timing, appeal rules, and submission requirements. Manusights adds interpretation of how those process facts become risks for a real manuscript after upload.

The official sources give concrete process anchors: Renewable Energy is an international, multidisciplinary journal in renewable energy engineering and research; ScienceDirect links authors into the Elsevier submission route; journal insights list current timing medians; and Elsevier's guide language allows a formal appeal request only when it meets the stated appeal-policy requirements, with one appeal considered per submission and the appeal decision final.

This page is for authors whose file package may pass upload checks but whose process risk is still editorial: whether the manuscript proves a renewable-energy system consequence, whether the benchmark is comparable, whether the work belongs in Renewable Energy rather than Applied Energy, Energy, Solar Energy, Energy Conversion and Management, Journal of Energy Storage, Fuel, or a narrower materials/device venue, and whether the revision path can fix the main reviewer risk.

This guide tells you what Renewable Energy editors look for after upload; the review tells you whether YOUR paper passes the renewable-system, benchmark, and reviewer-routing read before you spend the submission cycle. Paid Manusights reviews include a 60-day money-back guarantee, and we never train on submitted manuscripts.

Renewable Energy is deciding whether the manuscript is a reviewable contribution to renewable-energy engineering and research, not only whether the files satisfy Elsevier's submission form.

The editor is usually testing five questions:

• Does the work prove a renewable-power-generation, conversion, integration, storage-linked, cost, LCA, or system-performance contribution?
• Is the manuscript more than a component, material, algorithm, or optimization result with renewable-energy language added late?
• Are operating conditions, baselines, metrics, units, scale, and benchmark systems comparable?
• Can reviewers evaluate the central claim without asking for a different experimental, simulation, or techno-economic study?
• Is Renewable Energy the right journal rather than Solar Energy, Applied Energy, Energy, Energy Conversion and Management, Journal of Energy Storage, Fuel, or a specialist venue?

That process logic is why this page is distinct from the broad guide. The guide helps decide whether Renewable Energy is the right target. This process page explains what the uploaded record is tested against once the attempt begins.

Do not open Editorial Manager until the package can prove the renewable-system contribution on the first read.

If the highlights and first figure do not make the renewable-energy consequence visible, the process is not ready.

Renewable Energy authors submit through Elsevier Editorial Manager using the journal route linked from ScienceDirect. Authors prepare files, enter metadata, upload the manuscript and figures, complete required declarations, provide reviewer suggestions where requested, and submit.

Before final confirmation, check:

• the corresponding author is using the Renewable Energy Editorial Manager route;
• the manuscript follows the live article type and scope expectations;
• highlights name the renewable-system contribution, not only the technical method;
• author metadata, ORCID details, affiliations, and authorship responsibilities are stable;
• conflict of interest and competing-interest declarations are complete;
• ethics, permits, field-data, human-subject, environmental, or safety statements are handled where relevant;
• the data availability statement names repositories, code, simulation inputs, operating data, LCA files, cost assumptions, or supplemental data accurately;
• figures, captions, and graphical material make the system boundary and benchmark logic clear;
• the cover letter explains why Renewable Energy is the right Elsevier energy venue.

The upload mechanics matter, but they are not the fit decision. The editor should not have to infer why this is Renewable Energy rather than a materials, control, thermal, storage, fuel, or general energy journal.

Initial Quality Check confirms the file set can be processed. It can include manuscript format, author metadata, authorship responsibilities, conflict of interest disclosures, ethics statements, data availability statements, AI-use disclosure, figure files, graphical material, supplementary files, and required declarations.

For Renewable Energy, these checks also affect credibility. A manuscript claiming a renewable-system advance but missing operating conditions, unclear data availability, inconsistent units, weak benchmark definitions, or incomplete cost and LCA assumptions enters triage looking immature. The submission should already show how the result maps to renewable-energy performance.

Editorial triage is where Renewable Energy separates a renewable-energy contribution from a technical result with renewable wording.

This triage is where many submissions fail even when formatting is clean.

Renewable Energy review usually needs reviewers who can assess the technology and the system claim: experimental design, modeling, controls, operating conditions, benchmark fairness, statistics, cost or LCA assumptions, and deployment interpretation. Do not assume single-blind, double-blind, transparent peer review, or open peer review beyond the live Elsevier instructions; prepare the package for confidential, editor-mediated review of methods, benchmarks, operating conditions, and system consequence. Treat it as rigorous renewable-energy peer review, not only an Elsevier file-status path.

Peer review often focuses on:

• whether the renewable-energy claim is directly supported;
• whether operating conditions are realistic and comparable;
• whether the benchmark table uses current systems, consistent units, and fair baselines;
• whether model assumptions, uncertainty, validation, and statistics are auditable;
• whether cost, lifecycle, grid, storage, resource, or deployment implications are overstated;
• whether data availability and supplementary files let reviewers inspect the basis of the claim.

Major revisions are common when the paper has a plausible renewable-energy contribution but reviewers need stronger system evidence, better benchmark discipline, clearer assumptions, or narrower claims.

The final decision usually turns on whether the manuscript's renewable-system contribution survived the editor and reviewer read.

A fast rejection often means the paper did not clear Renewable Energy fit, scope, benchmark, or system-consequence checks. A major revision usually means the editor sees a possible Renewable Energy article but needs stronger evidence, clearer system framing, better benchmark discipline, or tighter claims. A transfer recommendation can mean the work may be publishable but belongs in a different Elsevier energy venue.

Use 15 days as the current ScienceDirect first-decision median, but do not treat it as a promise. Complex, delayed, or cross-area manuscripts can move toward the 78-day decision-after-review median or longer when reviewer recruitment spans renewable conversion, techno-economic analysis, grid integration, storage coupling, LCA, and field deployment. A long first round is not automatically bad, but it should prompt you to prepare a revision map around benchmark fairness and system consequence.

Use these as planning ranges, not guarantees. Very early movement usually means file checks or editor fit. Silence after the first few weeks often means reviewer recruitment or active review.

In our pre-submission review work on Renewable Energy, Applied Energy, Energy, Energy Conversion and Management, Solar Energy, Journal of Energy Storage, Fuel, and renewable-systems manuscripts, the highest-leverage process signal appears before upload. We check whether the abstract, highlights, first figure, benchmark table, methods, data availability statement, cost or LCA assumptions, and cover letter all make the same renewable-system case.

The most common Renewable Energy process failures are not caused by one missing upload field. They happen when the editor must infer the system consequence, reconstruct the benchmark, or decide whether the manuscript belongs in a different energy-family journal.

The Manusights pattern that matters most is the gap between a technical improvement and a renewable-energy consequence. A paper can report a higher efficiency, better material, cleaner optimization, or improved model, but if the first figure shows only the component and the benchmark table never proves comparable renewable generation, conversion, storage integration, cost, LCA, or system relevance, the process starts weak. We therefore check whether the highlights, first figure, benchmark table, methods, data package, and cover letter all point to one reviewable Renewable Energy contribution.

Component gain without system consequence. The manuscript reports a material, device, controller, catalyst, or optimization improvement, but the renewable-energy outcome is asserted rather than measured or modeled under realistic conditions.

Check whether your Renewable Energy system consequence is visible →

Benchmark table does not survive reviewer audit. The paper compares against mismatched systems, outdated baselines, inconsistent units, or operating conditions that make the reported gain hard to trust.

Check whether your Renewable Energy benchmark is fair →

Elsevier energy-family routing is unresolved. The work may be strong but reads more naturally as Applied Energy, Energy, Solar Energy, Energy Conversion and Management, Journal of Energy Storage, Fuel, or a materials venue.

Check whether Renewable Energy is the right energy journal →

Cost, LCA, or deployment claims outrun the data. The discussion makes system-level claims before the methods expose assumptions, uncertainty, data sources, or sensitivity analysis.

Check whether your deployment claims are review-ready →

Treat a Renewable Energy revision as a system-consequence and benchmark repair, not only a response letter. Elsevier allows formal appeal requests only under the appeal-policy requirements, and only one appeal per submission is considered. In most cases, a stronger revision or better journal routing is more useful than an appeal.

After acceptance, Elsevier moves the accepted files through production, proofing, publication choices, and online publication. ScienceDirect journal insights currently list about 2 days from acceptance to online publication, but final handling still depends on clean files and author response.

Process-safe final handling means:

• resolve figure, graphical abstract, and supplementary-file issues before proof stage;
• keep proof corrections limited to essential fixes;
• verify data, code, cost, LCA, and repository links;
• check funding, conflict, and open-access choices;
• make sure final wording does not overstate deployment or system consequence beyond the accepted evidence.

• Renewable Energy submission guide
• Renewable Energy journal hub
• Rejected from Renewable Energy? Where to submit next
• Applied Energy submission guide
• Energy submission guide
• How to choose the right journal