Introduction
The IEEE Open Access Journal of Power and Energy (OAJPE) stands as a important publication in the rapidly evolving landscape of electrical engineering, specifically dedicated to the dissemination of high-quality research in power systems, energy conversion, and smart grid technologies. Here's the thing — unlike traditional subscription-based models, OAJPE operates on a gold open access model, typically funded by Article Processing Charges (APCs), which guarantees that the final published version of every article is permanently free to read, download, and share. Launched by the Institute of Electrical and Electronics Engineers (IEEE) Power & Energy Society (PES), this journal represents a strategic commitment to open science, ensuring that up-to-date findings are freely accessible to researchers, industry practitioners, policymakers, and students across the globe without subscription barriers. As the global energy sector undergoes a profound transformation driven by decarbonization, decentralization, and digitalization, this journal serves as a critical conduit for the rapid exchange of knowledge necessary to engineer a sustainable and resilient energy future.
Detailed Explanation
The scope of the IEEE Open Access Journal of Power and Energy is intentionally broad yet deeply technical, covering the entire spectrum of the power and energy domain. Key topical areas include power system planning and operation, renewable energy integration (solar, wind, hydro, geothermal), energy storage systems (batteries, pumped hydro, thermal), power electronics and drives, smart grids and microgrids, cyber-physical security of energy systems, and electric vehicle (EV) grid integration. Because of that, it welcomes original research articles, reviews, and short papers that address fundamental theories, innovative technologies, and practical applications. Day to day, the journal distinguishes itself by emphasizing not only component-level advancements—such as novel inverter topologies or advanced magnetic materials—but also system-level perspectives, including market design, regulatory frameworks, and the socio-economic impacts of energy transitions. This holistic approach ensures that the research published bridges the gap between theoretical innovation in the lab and practical deployment in the field The details matter here..
A defining characteristic of OAJPE is its rigorous peer-review process, maintained by an international editorial board comprising leading academics and industry experts. The journal adheres to IEEE’s stringent ethical standards and publication policies, ensuring the integrity and reproducibility of published work. Even so, because it is a fully open access journal, it complies with major funding mandates (such as Plan S in Europe, NIH in the US, and similar policies in China and other nations) requiring researchers to publish in open access venues. This compliance makes it an attractive venue for researchers funded by public grants who must satisfy open access requirements. To build on this, the journal is indexed in major databases including Scopus, Web of Science (ESCI/SCIE), Ei Compendex, and IEEE Xplore, providing high visibility and citation potential for authors. The speed of publication is another competitive advantage; the journal aims for rapid first decisions and fast online publication upon acceptance, accelerating the pace at which scientific discoveries reach the community.
Step-by-Step Concept Breakdown: Publishing in OAJPE
For researchers considering submission, understanding the workflow of the IEEE Open Access Journal of Power and Energy is essential. The process follows a structured, transparent path designed to uphold quality while minimizing unnecessary delays The details matter here..
1. Manuscript Preparation and Formatting Authors must prepare their manuscript according to the IEEE template, typically using the IEEE LaTeX or Word template provided on the journal’s author center. The manuscript should include a clear title, abstract (structured or unstructured), keywords (crucial for SEO and discoverability), nomenclature, main body (Introduction, Methodology, Results, Discussion), Conclusion, Acknowledgments, and References formatted in IEEE style (numbered citations in square brackets). Figures and tables must be high-resolution and editable where possible. Supplementary material (data sets, code, extended proofs) can be uploaded separately to enhance reproducibility.
2. Online Submission via ScholarOne Manuscripts Submissions are handled through the ScholarOne Manuscripts portal. The corresponding author creates an account (or logs in) and initiates a new submission. During this wizard-driven process, authors enter metadata: author names, affiliations, ORCID iDs (highly recommended/required), funding agency details, and a cover letter. The cover letter is a critical component; it should articulate the novelty of the work, its relevance to the power and energy community, and confirm that the manuscript is not under consideration elsewhere. Authors are often asked to suggest preferred editors or reviewers, though the Editor-in-Chief retains final assignment authority Small thing, real impact. Worth knowing..
3. Editorial Screening and Peer Review Upon submission, the manuscript undergoes an initial technical screening by the Editorial Office for plagiarism (using iThenticate/CrossCheck), scope adherence, and formatting compliance. If passed, the Editor-in-Chief or an Associate Editor (AE) with relevant expertise is assigned. The AE evaluates the manuscript’s technical merit and invites independent reviewers (typically 2–3). Reviewers assess originality, technical correctness, methodology soundness, clarity of presentation, and significance of contribution. The review is typically single-blind (reviewers know authors, authors do not know reviewers), though IEEE is piloting double-blind options in some journals Simple as that..
4. Decision and Revision Based on reviewer reports, the AE makes a recommendation: Accept, Minor Revision, Major Revision, or Reject. For revisions, authors receive a consolidated report and must submit a point-by-point rebuttal letter along with a tracked-changes version of the manuscript. This iterative process may repeat until the AE is satisfied. The final decision rests with the Editor-in-Chief Small thing, real impact..
5. Article Processing Charge (APC) and Production Upon acceptance, the corresponding author is invoiced for the Article Processing Charge (APC). As of the current cycle, the standard APC for IEEE OAJPE is typically $1,995 USD for IEEE Members/PES Members and $2,495 USD for Non-Members (rates subject to change; waivers/discounts may apply for authors from low-income countries or specific institutional agreements). Once payment is arranged, the manuscript enters production: copyediting, typesetting, proof generation, and author proof review. The final article is assigned a DOI and published online in IEEE Xplore as a "Early Access" article, later paginated into a volume/issue.
6. Post-Publication Promotion and Archiving After publication, authors are encouraged to share the DOI link widely. IEEE deposits the final PDF in institutional repositories (Green OA compliance) and ensures long-term archiving via Portico and the IEEE Xplore digital library. Authors retain copyright (typically signing an IEEE Copyright Form or an exclusive license agreement), granting IEEE publishing rights while allowing authors to post pre-prints on personal websites or pre-print servers (like arXiv or TechRxiv) immediately.
Real Examples
To illustrate the impact and relevance of the IEEE Open Access Journal of Power and Energy, consider the following hypothetical but representative examples of research that align perfectly with its scope and mission Small thing, real impact..
Example 1: Grid-Forming Inverter Control for High Renewable Penetration A research team from a national laboratory and university collaborates on a novel grid-forming (GFM) control strategy for inverter-based resources (IBRs). As synchronous generators retire, system inertia drops, threatening frequency stability. The paper proposes a virtual synchronous machine (VSM) controller enhanced with adaptive damping and fault-ride-through capability validated on a real-time digital simulator (RTDS) and a 500kW hardware testbed. Published in OAJPE, this work is immediately downloaded by grid operators at ERCOT, CAISO, and National Grid ESO, influencing new grid code revisions for inverter performance standards. The open access nature allows a utility engineer in a developing nation—without a university library budget—to implement the control logic in their microgrid project The details matter here..
Example 2: Peer-to-Peer Energy Trading Using Blockchain in Community Microgrids A group of researchers investigates a transactive energy market for a residential community with high rooftop PV and battery adoption. They design a blockchain-based smart contract platform on Hyperledger Fabric enabling peer-to-peer (P2P) energy trading, optimizing self-consumption and reducing peak demand. The paper includes a cyber-security analysis of the consensus mechanism and a co-simulation
…co-simulation of the trading platform with a detailed distribution‑system model in OpenDSS. In practice, by publishing in OAJPE, the authors made the full source code and simulation datasets openly available, enabling a municipal utility in Kenya to replicate the framework for its own solar‑plus‑storage pilot. In real terms, over a one‑year horizon, the blockchain‑enabled market increased aggregate self‑consumption from 38 % to 62 % and lowered the community’s net peak demand by 27 %. Plus, the smart‑contract logic proved resilient against replay and sybil attacks, with transaction latency averaging 1. Now, 2 s per trade—well within the tolerances for real‑time residential energy management. The utility reported a 15 % reduction in diesel generator runtime after just three months, demonstrating how open‑access dissemination can translate academic innovation into tangible grid‑level benefits, especially in regions where proprietary software licenses are cost‑prohibitive.
Short version: it depends. Long version — keep reading.
Example 3: Machine‑Learning‑Based Fault Detection for HVDC Grids A collaborative effort between a European transmission system operator and an Asian research institute introduced a deep‑learning classifier that detects line‑to‑ground faults in ±800 kV voltage‑source‑converter HVDC links using only transient voltage and current waveforms sampled at 10 kHz. Trained on a synthetic dataset generated via EMTDC/PSCAD and validated on a 200‑km experimental HVDC testbed, the model achieved a 99.3 % detection accuracy with a false‑alarm rate below 0.4 %. The paper, released through OAJPE, included a detailed description of the network architecture, training hyper‑parameters, and a Docker container that reproduces the entire workflow. Within weeks of publication, several grid operators downloaded the container, integrated it into their SCADA‑aligned analytics pipelines, and reported faster fault isolation times—cutting average restoration durations from 45 s to under 12 s. The open‑access license also allowed a university lab in Brazil to adapt the approach for multi‑terminal HVDC systems, fostering cross‑continental research collaboration without the barriers of subscription paywalls.
Conclusion The IEEE Open Access Journal of Power and Energy exemplifies how a rigorously peer‑reviewed, gold‑open‑access venue can accelerate the diffusion of cutting‑edge power‑systems research. By coupling a transparent, author‑friendly publishing workflow with immediate, worldwide availability through IEEE Xplore and compliant archiving, OAJPE ensures that seminal contributions—whether they advance grid‑forming inverter control, enable transactive energy markets, or introduce AI‑driven protection for HVDC networks—reach practitioners, policymakers, and scholars alike without delay. The real‑world impact illustrated in the examples underscores the journal’s role not only as a scholarly record but as a catalyst for innovation, grid modernization, and equitable access to knowledge across the global energy community. As the sector continues to confront the challenges of decarbonization, digitalization, and resilience, OAJPE stands ready to disseminate the solutions that will shape a sustainable electric future.
