IEEE Transactions on Power Systems Response to Reviewers

TPWRS covers power-system analysis, computing, economics, dynamics, operations, planning, and implementation. A reviewer request usually tests whether a claimed system-level contribution survives credible operating conditions.

State which operating conclusion changes after each new test. More scenarios do not help when they repeat the same assumption.

Before drafting replies, map the claim across the dimensions a returning reviewer can vary:

1. network size and topology;
2. operating point and load level;
3. renewable penetration and inverter representation;
4. forecast horizon and error dependence;
5. contingency and outage set;
6. market rules or control architecture;
7. solver tolerance and initialization;
8. communications, protection, and timing assumptions;
9. failure and infeasibility handling;
10. decision metric and uncertainty.

You do not need a full factorial experiment. You do need a principled statement of what is covered, what is stressed, and what remains outside the claim.

A feasible optimization result is not automatically a secure grid action. A secure simulated action is not automatically implementable under timing, communication, market, or protection constraints. A lower objective value is not automatically valuable if it changes reliability or settlement assumptions.

Use explicit labels in the response:

This vocabulary prevents a reviewer disagreement from becoming a vague argument over whether the method "works."

Differentiate reviewer comments and author responses with bold labels, boxes, or indentation. Do not rely on color. Keep editor priorities separate from reviewer sections, and keep equations, network assumptions, and quoted revised claims visually distinct.

In the marked manuscript, highlight changed constraints, contingency definitions, uncertainty parameters, benchmark settings, and grid claims. A changed sentence in the Discussion is not enough when the optimization model still encodes the old assumption.

Disagree by identifying the system model or decision criterion. Do not frame the reviewer as unfamiliar with power engineering.

In our pre-submission review work with IEEE Transactions on Power Systems manuscripts, we audit the network data, operating assumptions, constraints, uncertainty models, contingency sets, control or market timing, solver configurations, baselines, failures, figures, tables, code, abstract, and conclusion. We map each reviewer request to the operating dimension it tests and trace the revised claim across the full package. These are qualitative Manusights patterns, not IEEE acceptance statistics or access to confidential TPWRS reports.

Pattern 1: the grid-wide claim comes from one operating point

The submitted paper performs well on one load level and renewable profile. The revision adds another network but preserves the same benign operating condition. In IEEE Transactions on Power Systems revisions, we test whether the claimed benefit survives stress in the dimension that activates the proposed method: congestion, ramp scarcity, low inertia, forecast tails, outage, or voltage constraint. We see otherwise strong papers confuse system-size diversity with operating-condition diversity.

Pattern 2: security cases are chosen after seeing failures

The response presents a small set of contingencies on which the method succeeds without defining the sampling frame. For TPWRS, we require a prespecified complete set or transparent screening rule and report failures. We audit every denominator because selective security evidence can make a method look robust while hiding the cases that matter operationally. The table should account for screened, solved, corrected, insecure, and failed cases.

Pattern 3: market baselines use different information

One method sees updated forecasts, reserve availability, network constraints, or recourse while another does not. We reconstruct the information timeline and settlement rules. A fair comparison may reduce the economic advantage but reveal a defensible reliability tradeoff.

Pattern 4: scalability omits unsuccessful solves

Runtime tables include only converged instances or use looser tolerances for the proposed method. We align hardware, tolerances, initialization, optimality criteria, and reporting denominators. Nonconvergence is a result, especially when the paper claims operational timing.

The distinctive TPWRS information gain is operating-coverage discipline: topology, uncertainty, contingencies, timing, comparator, and conclusion must describe the same power-system decision.

Check the TPWRS response against the revised grid model and tests.

If one reviewer requests broader contingency coverage while another wants a shorter paper, show the editor a prioritized evidence map. Keep tests that directly challenge the central security or economic claim; move reproducibility detail to appropriate supplementary material without hiding failures.

If one reviewer treats a rejected-paper resubmission as a revision, follow the editor's formal decision and TPWRS policy rather than copying the reviewer's terminology. Ask the editor when the portal path is unclear.

Revision is not acceptance. Most serious rejection-on-revision risks remain when the wrong decision workflow is used, grid claims outrun operating coverage, the contingency set is selective, uncertainty is uncalibrated, baselines receive different information, or scalability excludes failures.

The most dangerous package has a detailed response document but no coherent correction to the network model and decision claim.

We reviewed the current IEEE PES TPWRS journal page, peer-review and rejected-paper resubmission policy, page-limit treatment for revisions, PES author materials, and IEEE publication policies. We then applied the operating-coverage audit above. Official sources establish workflow and policy; the grid-evidence matrix is Manusights analysis.

The decision letter controls one manuscript. This page does not predict acceptance or turn a rejected-paper new submission into a revision.

1. Confirm Revise and Resubmit versus rejected-paper new submission.
2. Use the document strategy required for that exact path.
3. Put editor priorities before reviewer sections.
4. Cite page, line, equation, constraint, test system, table, figure, and code.
5. Define network, operating, uncertainty, contingency, and timing assumptions.
6. Prespecify security cases or a transparent screening rule.
7. Equalize comparator information, rules, tolerances, and compute.
8. Report infeasibility, nonconvergence, uncertainty, runtime, and memory.
9. Synchronize model, implementation, abstract, and conclusion.
10. Keep reviewer and author text visually distinct.

Read performance only after 14 finalized Search Console days. The day-21 decision should compare correct query ownership, indexation, impressions, clicks, CTR, and qualified TPWRS revision starts. The 13,464 impressions belong to the broader journal cluster and cannot be converted into a response-page traffic promise.

IEEE sources establish the revision and rejected-paper distinction. The operating-coverage map is Manusights interpretation.