LogoVoltage
VOLTAGE

Your grid
is aging.
Your mandate
is now.

We audit substations, model distributed generation, and write the procurement specs that keep your operations compliant — and online — when demand spikes.

View Our Disciplines
6Reliability audits cleared in 2025
ISOInterconnection studies accepted first submission
100%Procurement specs approved without revision

Grid Modernization

Substation audits, protection coordination, load flow analysis for aging T&D infrastructure.

Distributed Energy Strategy

DER siting, BTM solar + storage modeling, microgrid feasibility for industrial campuses.

Regulatory Navigation

NERC CIP compliance, rate case support, FERC interconnection filings that clear ISO review.

Procurement Architecture

RFP development, vendor evaluation, EPC contract structures for capital projects up to $400M.

127+

Substation Audits Completed

Across 14 U.S. balancing authorities

4.2GW

Distributed Generation Modeled

Including 840 MW of utility-scale BESS

38

Interconnection Studies Filed

100% accepted on first ISO submission

$2.1B

Procurement Value Structured

EPC, LTSA, and PPA contracts combined

The Expert Panel

Issue 01

The Aging Transmission Problem No One Wants to Explain to the Board

Forty percent of the U.S. transmission infrastructure was built before 1980. When a municipal utility in the Ohio Valley failed its NERC reliability audit in Q3 2024, the root cause wasn't a dramatic equipment failure — it was a protection coordination gap that had existed, undocumented, for eleven years. The substation relay settings hadn't been reviewed since a 2013 load transfer study that was never updated after a new industrial feeder was added.

Our audit methodology begins with the protection coordination review that most engineering firms skip because it isn't billable enough to justify the time. We run load flow under N-1 contingency, validate relay coordination across every protection zone, and document every assumption baked into the original design. The findings become the basis for a capital prioritization matrix that speaks the language your CFO already uses.

NERC CIPProtection CoordinationLoad FlowN-1 Contingency
11yr

Average undocumented protection gap found in audited substations

"The relay coordination gap had been invisible for over a decade. Voltage found it in the first site visit — and had a remediation spec written before our board meeting."

Director of T&D Engineering, Midwest Municipal Utility

EXPOSURE

The costs you haven't found yet are the ones that matter.

01

Protection Coordination Gaps Cost More Than the Remediation

Every year a protection coordination gap goes unaddressed, your exposure to a misoperation event grows. A single misoperation on a 138 kV bus can trigger a cascade that costs 40× the price of the relay coordination study that would have caught it.

40×

Cost of a misoperation vs. cost of the study that prevents it

02

ISO Queue Position Is Not Fixed — But Most Developers Treat It That Way

Developers who file incomplete interconnection applications and wait for deficiency notices lose an average of 14 months of queue position. A complete, technically defensible application filed correctly the first time is the single highest-leverage action in any generation project.

14 mo

Average queue time lost to incomplete first-submission applications

03

LTSA Degradation Terms Are Written by Battery Vendors. Read Them Like One.

The degradation guarantee language in most LTSA contracts contains performance measurement protocols that favor the vendor. A single parameter — the reference temperature for capacity testing — can shift $3–8M of lifecycle cost from the vendor to the owner without changing a single headline number in the bid tabulation.

$8M

Maximum lifecycle cost shift from a single LTSA measurement parameter

We have already solved this
for six other clients.

The question is whether you want to solve it before or after the audit, the ISO rejection, or the board meeting.

Schedule a Grid Review

A senior engineer reviews your current reliability posture, decarbonization timeline, or interconnection status. You leave with a clear diagnosis and a ranked action list.

No sales pitch. Engineering only.
Prepared with your facility type in advance.
Followed by a written summary within 24 hours.

Interconnection Readiness Checklist

The 62-item pre-filing checklist our engineers use before every ISO submission. Covers MISO, PJM, CAISO, ERCOT, and SPP. Know where you stand before you file.

Dynamic stability analysis requirements
Facility study scope triggers by ISO
Queue position preservation protocol

Name + work email required. No spam, ever.

Available for new engagements — Q2 2026

30 minutes. No sales pitch.