Transmission & Distribution
Planning, design, and reliability engineering for bulk electric systems — from 765 kV inter-regional corridors to urban distribution networks.
FEEC is a premium engineering and consulting firm for utilities, independent power producers, hyperscalers, and government clients — delivering full-lifecycle power systems expertise from concept to commissioning, with the technical rigor and audit-grade discipline that high-consequence infrastructure demands.
§ 01 — Sectors
Planning, design, and reliability engineering for bulk electric systems — from 765 kV inter-regional corridors to urban distribution networks.
Thermal, nuclear, hydro, and advanced generation — interconnection studies, protection, plant auxiliary systems, and operational advisory.
Utility-scale solar, wind, and battery storage — dynamic modeling, grid-forming inverters, hybrid plant optimization, and FERC queue support.
Gigawatt-class campus power delivery, redundant architectures, utility coordination, and resilience engineering for AI and cloud workloads.
Oil & gas, mining, petrochemical, and manufacturing — harmonic analysis, electrification strategy, and reliability for mission-critical operations.
Independent technical review, standards interpretation, policy-grade studies, and expert testimony for agencies and regulatory bodies.
§ 02 — Services
Option studies, technology screening, siting analysis, and high-level CAPEX/OPEX modeling — the early decisions that shape every one that follows.
Steady-state and dynamic modeling, protection coordination, substation and transmission design, interconnection studies, and detailed deliverables.
Owner's engineer services, technical specifications, bid evaluation, vendor qualification, and procurement engineering for major electrical equipment.
On-site quality assurance, installation review, FAT/SAT witness testing, RFI response, and technical interface management with contractors.
Energization sequencing, protection and control verification, performance testing, grid-code compliance, and handover-ready documentation.
NERC compliance, MOD-026/027 model validation, post-event analysis, asset-management strategy, and executive technical advisory.
§ 03 — Practice at scale
§ 04 — Engagements
Protection coordination, short-circuit analysis, and commissioning support for a multi-bay transmission substation serving a regional utility's bulk system upgrade.
Dynamic stability analysis, grid-forming inverter modeling, and PRC-024 ride-through compliance for a lithium-ion storage facility providing ancillary services to an ISO market.
MV distribution architecture, redundancy analysis, utility interconnection, and resilience engineering for a gigawatt-class AI compute campus across two substation feeds.
Queue-stage system impact study, reactive compensation sizing, and harmonic analysis for a multi-turbine export cable landing on a coastal 230 kV transmission network.
Converter control review, system-level interaction studies, and commissioning advisory for a voltage-source HVDC link providing inter-regional power transfer capacity.
Multi-year model validation, audit preparation, and generator owner support across a fleet of thermal and renewable generating facilities serving multiple balancing authorities.
§ 05 — Global Practice
§ 06 — Practice
The grid is not a product.
It is a commitment — to the uptime of hospitals,
the yield of factories, the dignity of an ordinary
evening at home. FEEC exists to honor that commitment
with engineering worthy of the stakes.