ELECTRICAL AND CONTROLS

Engineering Studies: 

• Arc Flash Hazard Analysis

• Distribution capacity planning studies

• Distributed Energy Resources (DER) impact

• Load Flow and Short Circuit Studies on any voltage levels 

• Protection and coordination studies

• Contingency scenario analysis

• Network‐wide protection analysis

• Network optimization: loss reduction and improved reliability

• System harmonic content analysis

• Capacitor Bank sizing and loaction optimization 

• Long‐term dynamics using wind and PV insolation models

• Voltage sag mitigation 

• Load balancing study 

• Motor acceleration study 

• Contingency Assessment and Restoration

• Load Flow Contingency

• Protective Device Analysis and protection settings 

• Microgrid Modeling and Analysis

• Dynamic Motor Starting Analysis

• Network Disturbance Assessment

• Volt/VAR Optimization

• Optimal Voltage Regulator Placement

• Optimal Recloser Placement

• Transient Stability Analysis

• Equipment sizing and identification of abnormal operating
  conditions

• Detailed modeling of any on‐site generation: photovoltaic,
  diesel, wind, gas, etc.

• DC backup (emergency) and safe supply systems

• Motor starting analysis and drive system specifications

• Power quality problems assessment and filter design

• Sizing of generation facilities for islanding operation.

• Voltage collapse studies

• Flexible AC Transmission Systems (FACTS), STATCOM and Unified Power Flow Control (UPFC)

• DC Hi-Voltage Transmission line modeling

• Transmission and generation system steady‐state and transient analysis

• Ampacity and temperature rise calculations for power cable installations

• Detailed cable modeling

• Assessment of remaining life of cables

• Current dispersion simulation to design and test multiple ground grid variations

• Heat Trace Calculations

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