Your Trusted Partner in Electrical Engineering and Power Systems
At Keentel Engineering, we deliver electrical power engineering services built on 30 years of experience and a commitment to excellence. Our clients include utilities, developers, EPCs, and public agencies across the U.S.
Unlike firms that sacrifice technical depth to chase billable hours, we prioritize precision, compliance, and value engineering. From transmission services and relay modeling to winterization and SCADA planning, we never compromise on quality.
At Keentel Engineering, we take pride in being the go-to electrical power engineering firm for power and utility system planning, substation design, protection, control, and power system analysis. The following attributes distinguish our team in utility-grade substation engineering and compliance-driven project delivery.
With three decades of hands-on project delivery, we bring unmatched expertise in substation layout design, substation electrical and civil engineering, relay protection, and grid-tie solutions. Our experience includes projects in complex terrain, urban retrofit environments, and utility-scale renewable integrations.
Our engineering process applies AutoCAD 3D, BIM modeling, and system-level substation design practices to ensure accurate planning, reduced errors, and efficient coordination across all project stakeholders.
Our workflow includes 3D substation design, enabling clash-free coordination between structural, electrical, and civil disciplines.
From grounding grid studies to relay protection settings, we engineer every detail to improve system reliability, performance, and operational safety. Our rigorous QA/QC process ensures compliance with IEEE, NFPA, and ISO/TSO interconnection standards.
Among leading electrical substation design companies, Keentel Engineering stands out for 30+ years of proven high-voltage and utility-grade project delivery.
First name, email and what you're interested in are all we need to get moving. Everything else, including drawings or an RFP, is optional.
Most registered entities believe they are compliant. The question a Regional Entity asks is different: can you demonstrate compliance, for every applicable requirement, across the whole audit period, with evidence that stands on its own?
A NERC compliance gap analysis answers that question before an auditor does. It compares what each requirement demands against what your organization actually does and what your records actually show — and it records the difference as a specific, fixable gap.
For Operations & Planning standards, many of the hardest gaps are not paperwork gaps. A procedure can say protection settings are coordinated with generator capability, but if the coordination study was never performed, or was performed before the last setting change, there is nothing a document-control fix can repair. That is why our gap analysis is led by engineers.
A gap you find is a work item. A gap an auditor finds is a potential violation. The assessment is designed to move every gap into the first category.
A structured gap analysis is the right tool whenever you need an honest baseline of where your program stands.
Generator Owners, Generator Operators and IBR Category 2 owners building a program for the first time and needing to know what is missing before the first compliance date.
Organizations that have received — or expect — an audit notification and want to find weaknesses while there is still time to fix them.
Owners that have inherited facilities, programs and evidence from prior owners, EPCs or developers of uneven quality.
Programs where institutional knowledge has left with a departing compliance manager or engineer.
Entities facing new versions — ride-through, cold weather, model verification, IBR performance — that need to know what engineering work is required now.
Mature programs that want an independent, requirement-level view every few years or between audit cycles.
A useful gap analysis starts from scope. We begin with your requirement-level applicability matrix — or build one, as described on our Registration & Applicability Assessment page — so the assessment covers every requirement that applies to each facility and function, and nothing that does not.
For each applicable requirement we then examine three things, using the relevant Reliability Standard Audit Worksheet (RSAW) as a guide to what auditors typically request:
Findings are recorded at the requirement and, where relevant, sub-requirement or part level, with a reference to the facility, the document reviewed and the specific shortfall. Vague findings such as "procedure needs improvement" do not appear in our reports.
Every applicable requirement receives a rating on a consistent five-level scale. The scale makes progress measurable and gives leadership a clear view of program maturity without reading every finding.
| Rating | Meaning | Typical condition |
|---|---|---|
| 4 Audit-ready | Documented process, complete evidence for the full period, organized and retrievable | Evidence maps directly to the RSAW and could be submitted as-is |
| 3 Minor gaps | Process and execution in place; evidence needs organization, dating or cross-referencing | Correct records exist but are scattered across systems or lack clear attribution |
| 2 Partial | Process exists but execution or evidence is incomplete for some facilities or periods | Some intervals missed, some sites not covered, or evidence held by a third party |
| 1 Significant gap | Process is missing or not followed, or the underlying engineering work is outdated | Procedure restates the standard only; study predates current settings or equipment |
| 0 No evidence | No process, no execution record and no evidence available | Requirement not recognized as applicable, or the work has never been performed |
Ratings of 2 or lower are flagged for further review, because they may indicate a possible noncompliance that should be evaluated — with counsel where appropriate — for self-reporting rather than simply fixed quietly.
Know where you stand before your auditor does.
Many O&P requirements can only be met by producing engineering work: a study, a calculation, a model, a test or a coordinated setting. Our engineers check that the work exists, that it is technically sound and that it still matches the equipment in the field.
| Standard area | Engineering evidence expected | Common gap we find |
|---|---|---|
| FAC-008 Facility Ratings | Ratings methodology and ratings established for every equipment element, with the most limiting element identified | Ratings not updated after equipment replacement; series elements such as relays, CTs or jumpers omitted |
| PRC-005 Protection System Maintenance | Program with defined intervals and complete maintenance and test records for each component type | Component inventory incomplete; intervals exceeded on batteries, DC supply or communications |
| PRC-019 Voltage Regulation Coordination | Coordination of voltage regulating controls, limiters and protection with equipment capability | Coordination not repeated after an excitation or inverter control change |
| PRC-024 / PRC-029 Ride-Through | Documented protection and control settings compared against required voltage and frequency ride-through capability | Inverter trip settings held only by the OEM; no documented comparison to the curves |
| PRC-025 Load-Responsive Protection | Setting calculations showing relays do not trip under the specified loading conditions | Calculations missing for GSU or auxiliary transformer relays |
| MOD-025 / MOD-026 / MOD-027 | Verified real and reactive capability; verified dynamic models submitted to the Transmission Planner | Models from the interconnection study never verified against as-built performance |
| MOD-032 Modeling Data | Steady-state, dynamic and short-circuit data provided per the PC/TP data requirements | Submitted data does not reflect as-built equipment or current settings |
| TPL-001 / FAC-002 | Planning assessments and interconnection studies with documented assumptions | Study assumptions not tied to current models; coordination records incomplete |
Where the underlying engineering work is missing or outdated, we identify it as a distinct gap with an estimate of the effort needed to close it — so leadership is not surprised when a "documentation fix" turns out to require a study.
Not every applicable standard depends on engineering studies. Several families are driven by operating practice, communications, coordination and training — and they are easy to overlook in a program built around protection and modeling. Our gap analysis covers them with the same requirement-level rigor.
Frequency response, reserve and balancing obligations where you are registered as a Balancing Authority, and supporting data and coordination for other functions
Interpersonal communication capability, alternative communications and the three-part communication protocols used for Operating Instructions
Interchange coordination and scheduling obligations for applicable functions
Data specifications, coordination and response to Reliability Coordinator directives and data requests
Nuclear Plant Interface Requirements and the corresponding agreements between nuclear plant owners and transmission entities
Training for operating personnel, including PER-006 training on the operational functionality of Protection Systems and Remedial Action Schemes
For these families, the most common findings are missing or unsigned agreements, communications tests without records, and training that was delivered but not documented against the specific requirement. They are usually inexpensive to fix — which makes finding them early especially valuable.
The ERO Enterprise uses a risk-based approach under the Compliance Monitoring and Enforcement Program (CMEP). Each Regional Entity performs an Inherent Risk Assessment (IRA) of a registered entity, which informs a Compliance Oversight Plan (COP) that sets the focus, type and frequency of monitoring. Each year, the CMEP Implementation Plan identifies risk elements — themes such as inverter-based resource performance, extreme and cold weather preparedness, protection system performance and planning and modeling accuracy — and the standards and requirements associated with them.
Our gap analysis uses that same lens. Each gap is scored on:
The result is a ranked remediation roadmap. High-risk, high-visibility gaps are addressed first; low-risk administrative gaps are batched efficiently. Your leadership sees a sequence that makes sense to an auditor as well as to a budget owner.
Prioritize by reliability risk, not by what is easiest to fix. Regional Entities focus on risk — your remediation plan should too.
| Finding | Why it matters | Typical fix |
|---|---|---|
| Procedures that restate the standard | Repeating requirement language does not show how compliance is achieved or who performs the work | Rewrite as a step-by-step procedure with roles, triggers, timing and evidence outputs |
| Evidence held by contractors | EPCs, OEMs and O&M providers retain settings files, test reports and models the registered entity cannot readily produce | Contractual evidence-delivery requirements and a documented evidence source map |
| Stale engineering studies | Studies performed before equipment or setting changes no longer demonstrate compliance for the current configuration | Change-management trigger that requires engineering review after field changes |
| Missed periodic intervals | Interval-based requirements are judged across the whole audit period, not only at the time of the audit | Compliance calendar with owner, due date and escalation for each recurring task |
| Undocumented "not applicable" decisions | Auditors will ask for the basis for any exclusion | Applicability matrix with a written basis for every exclusion |
| Incomplete training records | Training without attendance, content and requirement mapping may not demonstrate compliance | Training matrix tied to each requirement and each role |
| No internal controls | Compliance depends on individuals remembering, which increases risk and draws closer oversight | Preventive and detective controls for high-risk requirements |
Engineering-evidence review of settings, ratings, models and test records by power-system engineers.
We confirm registered functions, facilities and the requirement-level applicability matrix, and agree which standards, facilities and look-back period the assessment will cover.
We issue a structured request modeled on RSAW evidence expectations, covering procedures, records, studies, settings, models and agreements.
We interview compliance, engineering, operations and O&M staff to understand how each requirement is actually performed — not only how it is written.
Power-system engineers review studies, settings, ratings, models and test records for technical adequacy and consistency with the as-built facility.
Each requirement is rated on the evidence quality scale, and each gap is documented with its facility, source document and specific shortfall.
Gaps are scored for reliability risk and effort, then sequenced into a remediation roadmap with owners and target dates.
We present the results to management and compliance staff, including any items that warrant review for potential self-reporting.
| Deliverable | What it contains | How you use it |
|---|---|---|
| Gap Analysis Report | Executive summary, methodology, program maturity overview and findings by standard family | Leadership decision-making and budget planning |
| Requirement-Level Gap Register | Every applicable requirement with its evidence rating, gap description, facility and reference | Working tool for remediation and progress tracking |
| Engineering Evidence Findings | Technical review of studies, settings, ratings and models, with the engineering work needed to close each gap | Scoping engineering projects and contractor work |
| Risk-Ranked Remediation Roadmap | Prioritized sequence of actions with owners, effort estimates and target dates | Project plan for closing gaps before the next audit |
| Potential Noncompliance Summary | Items that may warrant evaluation for self-reporting, with the facts established | Discussion with management and legal counsel |
| Evidence Source Map | Where each type of evidence lives and who holds it — internal teams, EPCs, OEMs or O&M providers | Directing evidence recovery and contract updates |
For O&P standards, the study, calculation or setting file is the compliance evidence. Our engineers can tell whether it actually demonstrates compliance.
Former NERC audit-team leadership and subject-matter experts help us assess evidence the way a Regional Entity audit team would.
The same firm that identifies an engineering gap can perform the study, ratings review or model verification needed to close it.
We support entities across MRO, NPCC, ReliabilityFirst, SERC, Texas RE and WECC, accounting for regional expectations and regional standards.
A NERC compliance gap analysis is a structured review that compares each applicable Reliability Standard requirement against your organization's processes, performance and evidence. It identifies where compliance cannot be demonstrated and documents each shortfall as a specific gap that can be assigned and fixed.
A gap analysis is diagnostic and collaborative: it looks broadly across your program to find and prioritize weaknesses. A mock audit simulates the actual audit experience — evidence requests, interviews and time pressure — to test readiness for a specific engagement. Many entities perform a gap analysis first, remediate, and then run a mock audit before the real one.
We cover the NERC Operations & Planning standards that apply to your registered functions and facilities — including BAL, COM, EOP, FAC, INT, IRO, MOD, NUC, PER, PRC, TOP, TPL and VAR, plus applicable regional standards. CIP cybersecurity standards are a separate discipline and are not part of our service scope.
It is a consistent score assigned to each requirement that shows how close your evidence is to audit-ready. Our five-level scale runs from 0 (no evidence) to 4 (audit-ready). It gives leadership a clear measure of program maturity and makes progress easy to track after remediation.
Many O&P requirements are met by producing engineering work — facility ratings, relay setting calculations, coordination studies, verified models, maintenance test records or planning assessments. That work product is the compliance evidence. If it is missing, outdated or technically unsound, no amount of document formatting will close the gap.
Each gap is scored for reliability impact, alignment with the risk elements in the current ERO Enterprise CMEP Implementation Plan, evidence rating, duration and extent, and effort to close. The result is a ranked roadmap so the highest-risk items are fixed first.
We document the facts — the requirement, the facility, the period and the evidence — and flag the item for management review. Whether and how to self-report is your organization's decision, typically made with legal counsel. Our Self-Report, Investigation & Enforcement Support service can help with the technical side of that process.
The Inherent Risk Assessment is performed by your Regional Entity to understand the risk your organization poses, and it informs your Compliance Oversight Plan. A gap analysis is your own view of where your program is weak. Understanding both helps you focus remediation on the requirements that matter most to your Regional Entity and to reliability.
Duration depends on the number of registered functions, facilities and applicable requirements, and on how quickly evidence can be collected from internal teams and contractors. A single-facility Generator Owner/Generator Operator assessment is typically measured in weeks; multi-function or multi-site programs take longer.
Yes. We can develop procedures and internal controls, organize evidence, and perform the engineering work — facility ratings reviews, protection coordination, ride-through assessments, model verification and planning studies — needed to close engineering gaps.
How to Ensure Compliance with NERC O&P Standards
Ensuring Grid Reliability: How NERC O&P 693 Compliance Services Benefit the Energy Sector
How Many NERC Standards Are There?
FAC-008-5 Facility Ratings: NERC Compliance Engineering Guide
PRC-005-6 NERC Compliance: Protection System Maintenance
Share your applicability matrix, procedures and a sample of your evidence. Keentel will scope a requirement-level gap analysis that rates your evidence, checks the engineering behind it and ranks every gap by risk.
Serving utilities, EPCs, developers, and infrastructure organizations supporting critical power systems nationwide.
