Full-spectrum electrical engineering — from high voltage infrastructure to commercial facilities. Every engagement gets senior engineer oversight and utility-grade deliverables.
Power strategy, substation design, and utility interconnection for data center projects. Power secured before capital is committed.
Transmission capacity, substation headroom, and interconnection queue analysis before you sign a land option. Clear go/no-go with a path to energization.
Substation design from distribution to transmission-level feeds. Right-sized, utility-approvable, and scalable for future phases.
Full-cycle management from pre-application through LGIA execution. Experience with CAISO, NV Energy, APS, Rocky Mountain Power, and others.
Natural gas, fuel cell, and battery storage integrated into your power architecture for baseload, backup, and demand management.
MV distribution design — switchgear, bus duct, paralleling, and redundancy architecture for critical facilities.
Routing studies, ROW coordination, and construction oversight for developer-funded transmission lines built to utility standards.
Substation and transmission design — protection, grounding, equipment specifications, and utility-approvable drawings.
New substations and upgrades — site layout, single-line diagrams, equipment sizing, grounding studies, lightning protection, and utility coordination.
High voltage transmission engineering — routing studies, structure design, foundation engineering, and coordination through energization.
Relay coordination studies, protection scheme design, SCADA integration, and control panel design for utility and industrial systems.
Primary and secondary distribution — overhead and underground. Load flow, fault current studies, and infrastructure upgrades.
Engineering studies that protect people and equipment — meeting OSHA, NFPA 70E, IEEE, and utility requirements.
IEEE 1584-based arc flash studies with incident energy calculations, PPE requirements, and equipment labeling for NFPA 70E compliance.
Time-current coordination studies for overcurrent devices — fuses, relays, and breakers — ensuring selective tripping from source to load.
Fault current calculations per IEEE/ANSI standards to verify equipment ratings and inform protection device selection.
Protective relay settings development and review for utility, industrial, and generation interconnection applications.
Steady-state load flow studies to evaluate voltage profiles, equipment loading, and system capacity under normal and contingency conditions.
Substation ground grid design, step and touch potential analysis, and grounding system adequacy evaluation per IEEE 80.
Battery storage, solar integration, microgrids, and grid resiliency — designed to reduce costs and increase reliability.
Grid-scale and behind-the-meter BESS for demand charge reduction, grid arbitrage, and backup power during utility curtailment events.
Utility interconnection for solar projects — inverter specifications, protection design, and integration with storage and backup systems.
Islanding capability, microgrid controller specification, and multi-source integration for critical facilities that can't afford downtime.
Natural gas, fuel cell, and reciprocating engine systems sized to reduce grid dependency and hedge utility rate risk.
Full-cycle utility interconnection management for renewable and storage projects — from pre-application through agreement execution.
Load analysis, demand charge reduction strategies, and energy management system design to lower costs and improve efficiency.
From commercial parking lots to fleet depots — full electrical engineering for EV charging, from load analysis to permit-ready construction documents.
Existing service capacity review, load growth projections, and infrastructure upgrade recommendations sized for your deployment plan.
Retail, hospitality, office, and mixed-use — Level 2 and DC fast charging design with utility coordination and permit packages.
High-power fleet infrastructure for logistics, transit, and municipal fleets — designed for overnight cycles and peak demand management.
EVSE-ready design for apartments and condos — panel upgrades, conduit routing, make-ready infrastructure, and equipment specifications.
Stamped drawings and code-compliant design packages that pass AHJ review and give contractors everything they need to build.
Service entrance, switchgear, panel schedules, lighting, power distribution, and NEC code compliance for commercial and industrial facilities.
AHJ-ready permit packages for Level 2 and DCFC installations — site plans, single-lines, panel schedules, and load calculations.
Electrical permit packages for buildouts, renovations, and tenant improvements — coordinated with mechanical and architectural trades.
Full construction document sets — stamped drawings, specifications, and details that contractors can build from without constant RFIs.
Independent technical representation through design, procurement, and construction. We represent your interests — not the contractor's, not the utility's.
Independent review of engineering deliverables — single-lines, protection studies, equipment specs, and construction drawings — before they go to the utility.
Technical review of contractor submittals. Authoritative RFI responses that keep the project moving without compromising design intent.
Equipment specifications, bid evaluation, and vendor qualification for transformers, switchgear, BESS, and generation equipment.
Periodic site visits, field observation reports, and punch list development to ensure installations meet design intent.
Witness testing, relay commissioning verification, and energization coordination. We stay until the system is proven.
Technical representation in utility meetings, review of utility-supplied studies, and negotiation of interconnection agreement terms.
Power feasibility, site due diligence, and utility strategy for energy and infrastructure developers — before you commit capital.
Transmission capacity screening, substation headroom analysis, and interconnection queue review to validate sites before acquisition.
Electrical infrastructure assessment, utility tariff analysis, and power delivery risk evaluation for development sites.
Interconnection application strategy, utility negotiation support, and long-term power procurement planning.
Independent technical guidance for investors, lenders, and development teams evaluating energy and infrastructure projects.
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