COMMERCIAL

  • Comprehensive electrical design for commercial, industrial, municipal, and energy infrastructure projects. Services include power distribution (low and medium voltage), service coordination, load calculations, panelboard and switchgear layouts, arc-flash and short circuit studies, grounding and bonding design, lighting and controls, and standby/backup power systems. Designs are developed to meet NEC, NFPA, and jurisdictional requirements with a strong focus on constructability, safety, and long-term reliability.

  • Engineering analysis including short-circuit studies, coordination studies, arc-flash hazard analysis, load flow modeling, and equipment evaluation. Studies are developed using industry-standard software to support safe operation, proper equipment ratings, and permit approvals.

  • Electrical infrastructure supporting fire alarm systems, emergency power systems, life safety branch distribution, egress lighting, and code-compliant separation of emergency systems. Designs prioritize redundancy, code compliance, and AHJ coordination to ensure life safety performance.

DISTRIBUTED GENERATION

  • Engineering design for standby, prime, and emergency generator systems serving commercial, industrial, agricultural, and municipal facilities. Services include load analysis, generator sizing, ATS and switchgear configuration, fuel system coordination, grounding design, and overcurrent protection integration. Designs prioritize reliability, code compliance, and seamless transition during outages.

  • Electrical engineering for ground-mounted, rooftop, and canopy solar PV systems. Services include DC and AC system design, inverter selection and configuration, combiner and disconnect layout, NEC 690 compliance, grounding and bonding, interconnection coordination, and utility-ready single-line diagrams. Systems are engineered for performance, safety, and long-term maintainability with constructable documentation suitable for permit and utility review.

  • Engineering design and integration of battery energy storage systems for resiliency, peak shaving, and microgrid applications. Services include system architecture, protective device coordination, grounding strategy, control system interface, load shedding logic, and blackstart sequencing. Designs incorporate UL 9540 considerations, thermal management coordination, and safe system isolation practices to ensure operational reliability and AHJ approval.