Rowe Engineering Consulting

Electrical Power System Design:
- Arc Flash Analysis
- Electrical System Dynamic Models
- Electrical System Stability
- Generator Systems
- UPS Systems
- Ground Grid Systems
- Electrical Construction Cost Estimates
- Harmonic Analysis
- Load Flow Analysis
- Motor Starting & Acceleration Analysis
- Optimal Power Flow
- Reliability Assessment
- Selective Coordination Analysis
- Short-Circuit Analysis - ANSI / IEEE & IEC
- Solar Power Modeling
- Transformer Load Sizing / Tap Optimization
- Transient Stability
- Unbalanced Load Flow
- Underground Raceway Thermal Analysis
- Energy Rate Analysis
- Wind Turbine Modeling & Energy Analysis
- Electrical Systems Cost Estimates
- National Electrical Code (NEC) analysis
- Building Code Analysis (IBC, NFPA)

Electrical Lighting System Design:
- Energy Efficient Interior Lighting Systems
- Lighting Controls that optimize Energy Savings
- Occupancy Sensors to control Lighting
- Occupancy Sensors to control HVAC systems
- Daylight Harvesting
- Ambient Light Monitoring
- Dimming/Multi-Level Switching
- Energy Efficient Exterior Lighting Systems
- Fixtures designed to reduce light pollution
- Lighting layout to provide uniform illumination for a Safe and Secure environment
- Lighting layout to eliminate light trespass to adjacent property
- Lighting Controls to reduce energy usey.

Electrical Technology System Design:
Expertise, experience and capability to design flexible, convertible, and adaptable technology infrastructure within your building.

Applications-independent cabling supports voice, data, video, broadcast, and audio. A well designed infrastructure to provide optimum connectivity and bandwidth for analog and digital systems. Technology design within a building is based on client present requirements and future projected needs to provide for a sustainable technology facility. Knowledgeable and adherence with national telecommunications standards ensure that the building infrastructure and cabling will support changing technology far into the foreseeable future. Telecommunications standards design reduces the size of the cable plant and number of cable closets.

In house capabilities provide essential coordination with electrical power requirements for the various technology systems to provide optimum operation, performance and reliability.