Rejected from Solar Energy? Where to Submit Next
A post-rejection routing guide for Solar Energy manuscripts: when to rebuild solar-system evidence, and when to move to Solar Energy Materials and Solar Cells, Renewable Energy, Applied Energy, Energy, ECM, or a specialist venue.
Next step
Choose the next useful decision step first.
Use the guide or checklist that matches this page's intent before you ask for a manuscript-level diagnostic.
Quick answer: If you were rejected from Solar Energy, do not send the same manuscript to another solar or renewable journal unchanged. First decide what failed: solar-specific contribution, system boundary, operating-condition evidence, performance benchmarking, degradation or stability data, cost or LCA, field validation, material-to-device translation, broad renewable fit, applied system decision value, or article type. If the work still makes a solar-energy application contribution, repair the Solar Energy package. If the center is solar-cell materials, coatings, device physics, or perovskite stability, consider Solar Energy Materials and Solar Cells. If the result generalizes across renewables, consider Renewable Energy. If operation, economics, optimization, or deployment is central, consider Applied Energy.
Before choosing the next journal, run a Solar Energy rejection-recovery check to decide whether the rejection was a fixable solar-system evidence problem or a signal that the manuscript belongs in another solar, renewable, energy-systems, or materials venue.
Use this page after a rejection. For first-time targeting, use the Solar Energy submission guide. For adjacent routes, compare Solar Energy Materials and Solar Cells, Renewable Energy, Applied Energy, Energy, Energy Conversion and Management, Journal of Energy Storage, and International Journal of Hydrogen Energy.
Why Solar Energy rejections need routing diagnosis
Solar Energy is broad inside solar, but it is not a generic renewable-energy, materials, power-electronics, or energy-policy journal. The current ScienceDirect scope describes Solar Energy as the official journal of the International Solar Energy Society and says it is devoted exclusively to the science and technology of solar energy applications. Submitted manuscripts may be original studies or reviews of significant prior work.
That creates a specific rejection trap. A paper can sound solar-relevant and still fail Solar Energy fit if it is mainly solar-cell materials science, optoelectronic device physics, building-energy optimization, grid economics, broad renewable integration, storage dispatch, power electronics without solar consequence, or a regional resource case without a generalizable solar lesson.
The next journal should follow the rejection reason, not the impact-factor ladder.
Current Solar Energy facts to check before retargeting
Use these as routing checks, not as automatic resubmission reasons.
Fact | Current source-backed detail | Why it matters after rejection |
|---|---|---|
Submission portal | Solar Energy uses Elsevier Editorial Manager | Transfer or resubmission still needs a destination-specific package |
Journal identity | Official journal of the International Solar Energy Society | The manuscript should speak to solar-energy science or technology readers |
Scope center | Science and technology of solar energy applications | Solar application value must be load-bearing, not decorative context |
Current editor signal | Verify the current Editor-in-Chief on Solar Energy's live editorial-team page before quoting any name | Do not reuse editor names from old drafts or third-party pages |
Metric signal | ScienceDirect lists 12.9 CiteScore and 7.9 Impact Factor | Retargeting should not be based on metric chasing alone |
Open-access APC | ScienceDirect lists an APC of $4,390, excluding taxes | Cost should be checked before accepting an open-access transfer |
Timeline signal | ScienceDirect lists 7 days to first decision, 45 days to decision after review, 102 days to acceptance, and 9 days from acceptance to online publication | A fast rejection is often a scope or suitability signal |
Keywords | The guide says authors may include up to 6 keywords immediately after the abstract | Retargeting begins by rewriting metadata around the actual destination |
Evidence basis
This page was researched from the current ScienceDirect Solar Energy journal page, Solar Energy guide for authors, Solar Energy insights page, existing Manusights Solar Energy and adjacent energy pages, and current source checks for Solar Energy Materials and Solar Cells, Renewable Energy, Applied Energy, Energy, Energy Conversion and Management, Journal of Energy Storage, and International Journal of Hydrogen Energy.
The non-obvious layer is the center-of-gravity diagnosis. A rejected Solar Energy manuscript may still be publishable, but the next venue depends on whether the paper is a solar-application contribution, solar-cell/materials paper, broader renewable-system paper, applied energy-system decision paper, broad energy-engineering paper, conversion-and-management paper, storage paper, hydrogen/solar-fuels paper, building-energy paper, or a power-electronics/control paper.
First diagnose the rejection reason
Rejection signal | What it probably means | Best next move |
|---|---|---|
"Incremental contribution" | The manuscript reports a small efficiency, yield, output, optical, thermal, or cost gain without solar-system consequence | Rebuild the benchmark and application argument before retargeting |
"Scope not suitable" | The paper may be materials, device physics, renewable systems, building energy, applied energy, storage, hydrogen, or power electronics | Route to the cleaner specialist venue |
"Solar application unclear" | The material, model, coating, converter, controller, or algorithm is not tied to solar-energy use | Add solar operating evidence or move to a methods/materials venue |
"Benchmarking is weak" | Comparators are old, convenient, unit-inconsistent, or tested under different irradiance, temperature, weather, or device conditions | Rebuild the benchmark table before the next submission |
"Quantitative analysis is weak" | Efficiency, degradation, uncertainty, cost, LCA, resource, or performance claims outrun the methods | Strengthen assumptions, sensitivity, uncertainty, and validation evidence |
Materials comments dominate | The manuscript is mainly solar-cell materials, coatings, perovskites, modules, or device physics | Consider Solar Energy Materials and Solar Cells |
Renewable-system comments dominate | The work generalizes across renewable technologies, not solar specifically | Consider Renewable Energy |
Applied-system comments dominate | Operation, economics, deployment, grid integration, optimization, or decision support is central | Consider Applied Energy |
Storage or hydrogen comments dominate | Solar is one input to a storage, hydrogen, fuel-cell, or power-to-X system | Consider Journal of Energy Storage, IJHE, or ECM |
Do not treat every rejection as a reason to downgrade. Sometimes the manuscript is strong but dressed for the wrong solar audience.
Named failure patterns to identify before the next submission
Use these labels to convert the rejection into a repair plan.
Solar-application gap: the title, abstract, first figure, methods, benchmark table, and cover letter do not show what solar-energy application, system limitation, operating condition, or deployment problem the manuscript changes.
Operating-condition gap: the paper claims solar relevance without enough irradiance, spectrum, temperature, weather, geographic, degradation, dust, shading, aging, or field-condition evidence.
Benchmark gap: the comparison uses convenient devices, old baselines, incompatible solar conditions, inconsistent units, or non-solar comparators.
Quantitative-analysis gap: the manuscript claims efficiency, cost, LCA, reliability, degradation, dispatch, or energy-yield improvement without enough uncertainty, sensitivity, calibration, sample-size, time-horizon, or validation evidence.
Audience-center gap: the manuscript is technically sound but belongs to Solar Energy Materials and Solar Cells, Renewable Energy, Applied Energy, Energy, ECM, Journal of Energy Storage, IJHE, solar-fuels, building-energy, power-electronics, or materials venue rather than Solar Energy.
These labels prevent cosmetic retargeting. A solar-application gap is not fixed by adding "solar" to the title. An operating-condition gap is not fixed by a stronger cover letter. A benchmark gap is not fixed by more citations. An audience-center gap is not fixed by choosing a slightly broader energy journal.
Best next journals after Solar Energy rejection
Next journal or route | Use when the rejection means... | Do not use when... |
|---|---|---|
Rebuild for Solar Energy | The work still makes a solar-energy application contribution, but evidence, benchmark, operating-condition, or framing weaknesses are repairable | The editor clearly identified scope mismatch |
Solar Energy Materials and Solar Cells | Solar-cell materials, coatings, devices, modules, perovskites, optoelectronics, or materials stability is central | The manuscript is mainly system operation, deployment, economics, or resource assessment |
Renewable Energy | The paper contributes to renewable-energy systems, components, or multi-technology renewable analysis beyond solar | The paper is solar-specific enough for Solar Energy |
Applied Energy | Solar operation, grid integration, economics, storage dispatch, optimization, building operation, or deployment decision is central | The manuscript is mainly solar-device or materials performance |
Energy | Broad energy engineering, assessment, review, or system evaluation is central | The paper needs a solar, renewable, storage, hydrogen, or materials audience |
Energy Conversion and Management | Solar conversion, management, exergy, cost, optimization, or system-consequence evidence is central | The paper is solar-specific enough for Solar Energy or SEMSC |
Journal of Energy Storage | Storage performance, degradation, sizing, safety, or operation is central | Storage is only a support element in a solar-system paper |
International Journal of Hydrogen Energy | Solar hydrogen, photoelectrochemical hydrogen, solar fuels, fuel cells, or hydrogen infrastructure is central | Hydrogen is only one scenario in a solar-energy analysis |
Solar Energy Advances or specialty solar venue | The work is solar-specific but better suited to an open-access, narrower, shorter, or emerging-specialty route | The evidence gap must be repaired first |
The right next venue is the one where the abstract and first figure become easier for the editor to classify.
When Solar Energy Materials and Solar Cells is better
Solar Energy Materials and Solar Cells is cleaner when the rejected paper is mainly about materials or device physics for solar conversion. Use this route when the center is solar-cell materials, perovskites, coatings, encapsulation, interfaces, optoelectronic behavior, modules, degradation, or device-level stability.
Submit toward SEMSC if:
- the figures emphasize materials characterization, device structure, optical properties, charge transport, or stability
- the benchmark table compares against solar-cell materials or devices
- the solar-system application is secondary to material or device performance
- the Solar Energy rejection exposed weak system-level fit but strong materials evidence
- the cover letter can name the materials/device advance without forcing a system story
Do not move there if the manuscript is really solar resource assessment, plant operation, building-integrated solar, solar economics, or grid integration.
When Renewable Energy, Applied Energy, or Energy is better
Renewable Energy is stronger when the manuscript generalizes across renewable technologies or contributes to renewable-energy systems and components beyond solar.
Applied Energy is stronger when the manuscript answers an applied energy-system decision: solar deployment, grid integration, storage dispatch, techno-economics, optimization, building energy, net-zero planning, or system operation.
Energy is stronger when the manuscript is broad energy engineering, assessment, review, or evaluation where solar is one component in a larger energy-system question.
Do not use these broader routes to hide weak solar evidence. Applied-system journals will still ask whether performance, cost, degradation, weather, uncertainty, and benchmark evidence support the claim.
When ECM, storage, hydrogen, or a specialist venue is better
Energy Conversion and Management is cleaner when solar is part of a conversion, management, exergy, optimization, or system-consequence paper.
Journal of Energy Storage is cleaner when the manuscript's real contribution is storage performance, degradation, safety, sizing, or dispatch in a solar-coupled system.
International Journal of Hydrogen Energy is cleaner when solar energy is used for hydrogen production, photoelectrochemical systems, solar fuels, fuel-cell integration, or hydrogen infrastructure.
Specialist venues may be better when the rejected paper is mainly solar forecasting, PV power electronics, building-integrated photovoltaics, concentrating solar power, solar desalination, solar thermal materials, agrivoltaics, solar policy, or regional resource assessment.
The narrower venue is not always a downgrade. It can be the journal where the right reviewers understand the operating condition and benchmark.
What to do in the next 72 hours
Do not rewrite the whole manuscript immediately. Build a retargeting brief first.
Time window | Action | Output |
|---|---|---|
First 24 hours | Separate editor scope comments from reviewer evidence comments | One-sentence diagnosis: solar application, operating condition, benchmark, quantitative analysis, materials, renewable systems, applied energy, ECM, storage, hydrogen, or specialist |
24 to 48 hours | Choose the destination family before the destination journal | Solar Energy repair, SEMSC, Renewable Energy, Applied Energy, Energy, ECM, Journal of Energy Storage, IJHE, Solar Energy Advances, or specialist |
48 to 72 hours | Rewrite the title, abstract, highlights, first figure, benchmark table, operating-condition evidence, and cover letter for that family | A retargeting package rather than a recycled Solar Energy submission |
If the paper cannot be classified in 72 hours, pause. That usually means it is trying to be materials science, solar technology, resource assessment, storage, economics, and grid integration at once.
Rebuild the evidence spine
For Solar Energy, the evidence spine should show solar application, operating condition, system boundary, performance evidence, benchmark fairness, degradation or uncertainty, cost or LCA where relevant, and solar-system consequence. For SEMSC, it should show materials/device evidence. For Renewable Energy, it should show broader renewable relevance. For Applied Energy, it should show applied decision value. For ECM, it should show conversion or management consequence. For storage and hydrogen journals, it should show storage or hydrogen evidence.
Do not reuse the same abstract across these routes.
Rewrite the cover letter around the new journal
After Solar Energy rejection, a cover letter should not simply say the manuscript improves solar performance. It should name the destination-specific claim:
- solar-energy application contribution
- solar-cell materials or device contribution
- renewable-system contribution
- applied energy-system decision value
- broad energy-engineering assessment
- conversion or management consequence
- storage performance or dispatch value
- solar hydrogen or solar-fuels contribution
- power-electronics, forecasting, building, CSP, or resource-assessment contribution
The receiving editor should immediately understand why the paper is not just a rejected Solar Energy file.
Decide whether the rejection reason travels
Some rejection reasons will follow the paper:
- solar application is unclear
- benchmark comparison is selective
- irradiance, temperature, weather, degradation, or field condition is missing
- uncertainty or sensitivity is weak
- cost, LCA, or reliability claim outruns evidence
- material characterization does not prove device or system value
- regional case study lacks transferable lesson
- first figure shows component performance but not solar-system consequence
Fix these before transfer. A new journal name will not hide the same evidence gap.
Readiness check
Run the scan while the topic is in front of you.
See score, top issues, and journal-fit signals before you submit.
In our review work with Solar Energy manuscripts, these rejection patterns decide the next venue
In our review work with Solar Energy manuscripts, Manusights reads the rejected package as a routing problem across the title, abstract, highlights, first figure, solar-system schematic, operating-condition table, irradiance or weather data, degradation evidence, benchmark table, cost or LCA section, uncertainty analysis, data statement, cover letter, and decision letter. The question is not "which solar journal is easier?" It is whether the paper failed as a Solar Energy paper, a Solar Energy Materials and Solar Cells paper, a Renewable Energy paper, an Applied Energy paper, a broad Energy paper, an ECM paper, a storage paper, a hydrogen/solar-fuels paper, or a specialist solar-engineering paper.
Source limitation: Elsevier and ScienceDirect define public scope, article preparation, submission portal, timeline metrics, and publishing options. They do not publish private manuscript-level rejection notes. The patterns below combine official-source facts with Manusights submission analysis and should be checked against the actual rejection letter.
- Solar Energy pattern 1: solar label without solar application consequence. The manuscript reports a material, coating, cell architecture, converter, controller, model, or resource estimate, but the abstract and first figure do not show what solar-energy application, operating condition, or system limitation changes. If materials/device evidence is the center, Solar Energy Materials and Solar Cells may be cleaner. If applied system operation is the center, Applied Energy may be cleaner. If Solar Energy remains the target, the methods, figures, benchmark table, data statement, and cover letter need to show solar-system consequence.
Check whether your rejected manuscript has enough solar-application consequence →.
- Solar Energy pattern 2: operating-condition evidence is too thin. Authors claim improved solar efficiency, yield, stability, dispatch, cost, cleaning frequency, or reliability, but the irradiance, spectrum, temperature, weather, degradation, dust, shading, load, geography, or field-condition evidence is not strong enough. This weakness travels to Renewable Energy, Applied Energy, Energy, ECM, and specialist venues unless repaired.
Check whether your operating-condition package will survive the next editor screen →.
- Solar Energy pattern 3: benchmark table is not solar-specific enough. The paper compares against generic energy systems, old PV records, mismatched modules, one weather file, one site, or a non-solar baseline. A Solar Energy manuscript needs comparators that make the claimed improvement interpretable under solar conditions.
Check whether your benchmark and quantitative analysis will travel cleanly →.
- Solar Energy pattern 4: the paper belongs to SEMSC, Renewable Energy, Applied Energy, Energy, ECM, Journal of Energy Storage, IJHE, or a specialist venue. Sometimes the science is good and the rejection is mostly routing. Materials and device physics belong closer to SEMSC. Multi-renewable work belongs closer to Renewable Energy. Deployment and economics belong closer to Applied Energy. Broad system assessment belongs closer to Energy. Conversion and management belongs closer to ECM. Storage belongs closer to Journal of Energy Storage. Solar hydrogen belongs closer to IJHE or a solar-fuels venue.
This guide tells you how to choose the next venue after Solar Energy rejection; the review tells you whether your actual manuscript is ready for that next venue. Paid Manusights reviews include a 60-day money-back guarantee, and we do not train models on submitted manuscripts.
How to handle an Elsevier transfer offer
Elsevier transfer can save time, but it can also move the same weak evidence package into the next journal.
Before approving a transfer:
- Check whether the receiving journal matches the manuscript's center of gravity.
- Revise the title, abstract, highlights, first figure, operating-condition table, benchmark table, data statement, and cover letter for the destination.
- Decide whether solar application, operating-condition evidence, benchmark fairness, uncertainty, degradation, cost, LCA, or field validation needs repair first.
- Remove Solar Energy-specific wording that no longer fits.
- Check article type, open-access cost, companion-journal route, and transfer timing.
A transfer is useful routing evidence, not acceptance.
Can you resubmit to Solar Energy?
Consider resubmission only when the editor invited it or the rejection reason is narrow and repairable. A serious resubmission needs more than polish.
Resubmit only when:
- the editor left that path open
- the solar-energy application contribution is now visible
- operating-condition evidence supports the claim
- the benchmark table is fair and current
- uncertainty, degradation, cost, LCA, or field evidence is traceable where relevant
- the abstract, highlights, first figure, methods, data statement, and cover letter now tell the same story
- the manuscript no longer looks like a better fit for SEMSC, Renewable Energy, Applied Energy, Energy, ECM, Journal of Energy Storage, IJHE, or a specialist venue
Do not resubmit if the editor clearly identified scope mismatch. Rebuild for the correct venue instead.
Decision framework
If the rejected paper's strongest claim is... | Route first toward... | Retargeting change |
|---|---|---|
Solar-energy application, system performance, operating condition, or solar technology evidence | Solar Energy repair | Strengthen solar system boundary, benchmark table, quantitative assumptions, and cover letter |
Solar-cell materials, coatings, modules, device physics, or perovskite stability | Solar Energy Materials and Solar Cells | Put materials/device evidence and solar-conversion performance at the center |
Broader renewable-energy system or multi-technology renewable analysis | Renewable Energy | Reframe around renewable-system consequence beyond solar |
Applied system operation, economics, deployment, optimization, storage dispatch, or grid integration | Applied Energy | Emphasize applied decision value, constraints, costs, and deployment context |
Broad energy engineering, assessment, review, or evaluation | Energy | Widen the energy-system framing without making the contribution generic |
Solar conversion, management, exergy, or system optimization | Energy Conversion and Management | Reframe around conversion/management consequence and verification |
Solar-coupled storage performance, degradation, safety, sizing, or operation | Journal of Energy Storage | Put storage evidence, degradation, safety, and operation at the center |
Solar hydrogen, solar fuels, fuel cells, or hydrogen infrastructure | International Journal of Hydrogen Energy | Put hydrogen evidence and hydrogen-specialist benchmarks at the center |
Power electronics, forecasting, CSP, building integration, resource assessment, or policy | Specialist solar or engineering venue | Stop forcing a general Solar Energy story and target the right specialist audience |
Resubmission or retargeting checklist
Before the next submission, confirm:
- the rejection reason is summarized in one sentence
- the next journal is chosen by manuscript center of gravity
- the title no longer overclaims Solar Energy fit if the route changed
- the abstract names the solar application and real evidence
- the highlights name specific evidence, not generic solar relevance
- the first figure shows solar system, device, method, evidence, and consequence at the right level
- the operating-condition table supports the application claim
- the benchmark table uses fair baselines and comparable solar conditions
- uncertainty, degradation, cost, LCA, field data, and model assumptions are traceable
- the cover letter explains why the new destination is the right audience
- any transfer offer has been evaluated against fit, cost, timing, and evidence repair
If any item fails, fix the package before moving the manuscript.
Related Manusights resources
- Solar Energy submission guide
- Solar Energy Materials and Solar Cells submission guide
- Renewable Energy submission guide
- Applied Energy submission guide
- Energy submission guide
- Energy Conversion and Management submission guide
- Journal of Energy Storage submission guide
- International Journal of Hydrogen Energy submission guide
Evidence boundary
This page does not claim to predict an editorial decision. It uses current public journal guidance, journal-page facts, and Manusights review patterns to help authors diagnose the rejection reason, repair evidence that will travel across journals, and choose a cleaner next route.
Frequently asked questions
First diagnose why it was rejected. If the work still makes a solar-energy application contribution, repair the solar-system evidence, benchmark table, operating conditions, degradation, cost, or LCA evidence. If the manuscript is mainly solar-cell materials, coatings, device physics, or perovskite stability, consider Solar Energy Materials and Solar Cells. If it generalizes across renewable technologies, consider Renewable Energy. If system operation, economics, deployment, optimization, or grid integration is central, consider Applied Energy. If broad energy engineering is central, consider Energy. If conversion or management is central, consider Energy Conversion and Management.
Only consider resubmission if the editor invited it or the rejection reason is narrow and repairable. A real resubmission must rebuild the solar application claim, system boundary, benchmark table, quantitative analysis, degradation or operating-condition evidence, abstract, figures, and cover letter together.
Solar Energy Materials and Solar Cells is a good next route when the strongest contribution is solar-cell materials, optoelectronic device physics, coatings, modules, materials stability, or solar-conversion materials rather than solar-system operation or applied deployment.
Renewable Energy can be better when the paper is not solar-specific enough and instead contributes to renewable-energy systems, components, integration, resource assessment, or multi-technology renewable analysis.
Consider it, but do not treat transfer as acceptance. Check whether the receiving journal matches the paper's true center, then revise the title, abstract, figures, benchmark table, operating-condition evidence, and cover letter before approving transfer.
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