Diagnose. Engineer. Energize.

Independent power systems engineering for utilities and mission-critical infrastructure — delivered with analytical rigor and field-tested judgment

studies & analysis

Where Every Sound Engineering Decision Begins

Rigorous analytical studies form the foundation of every responsible system modification, expansion, or modernization effort.

DER Interconnection Studies

Feasibility and impact analysis for distributed energy resources connecting to utility distribution systems.

Voltage and thermal impact screening
Short circuit and protection impact analysis
IEEE 1547 compliance review
Interconnection mitigation identification
Utility-ready technical documentation
Construction package pathway when required

Power System Studies

Core analytical evaluations for distribution and facility systems.

Load flow (peak, light load, seasonal cases)
Short circuit (3Ø, SLG, LL, LLG)
Arc flash (NFPA 70E / IEEE 1584)
Contingency (N-1 and targeted N‑2 screening)
Equipment adequacy assessment
Voltage stability and power factor evaluation

Protection & Relay Coordination

Selective, sensitive, and fast protection schemes aligned with system topology and DER penetration.

Time-current curve analysis
Relay settings recommendations
Recloser and fuse coordination
DER protection integration
Automation-aware protection validation

Distribution Automation & Reliability Engineering

Engineering for Modernized Utility Feeders

FLISR strategy evaluation
ACR placement studies
Protection coordination impact modeling
Reliability performance alignment (SAIFI / SAIDI)
Automation integration in DER-heavy feeders
Implementation sequencing and constructability review

Our approach evaluates feeder topology, switching segmentation, fault isolation strategy, and operational protection impacts to ensure automation deployment produces measurable reliability improvement without unintended coordination conflicts.

Distribution System Planning & Analysis

Integrated Planning for Modern Distribution Networks

Feeder load balancing & capacity planning
Load transfer analysis & switching studies
Impact mitigation — load growth & DER
Long-range distribution forecasting
Multi-scenario load flow for planning horizons
System reconfiguration & tie-line optimization

Integrated planning analysis for managing load growth, DER integration, and network reconfiguration demands.

Distribution Engineering & Capital project Support

From Study to Construction-Ready Design

Feeder extension design
LVAC network engineering
Load addition engineering
Service entrance upgrades
Feeder reconfiguration analysis
Capital project scope development
Construction drawing packages
Field coordination support

Designs are structured to align with utility standards, construction safety requirements, and field implementation constraints.

Resilience & Mission-Critical Infrastructure

Engineering Where Reliability Is Non-Negotiable

Transmission contingency analysis
Grid dependency assessment
Single-point-of-failure identification
Backup power and islanding gap analysis
Risk-informed mitigation strategy

Engineering QA/QC & Technical Advisory

Independent Engineering Oversight

Constructability review of distribution packages
Protection scheme validation
Model accuracy verification
QA/QC program development
Technical SME support for engineering programs

All studies conducted in alignment with applicable IEEE, NERC, NFPA, and utility technical standards.

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