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Load flow analysis / power factor correction study Analyzes the system capability to supply the connected load under steady state conditions, etermination of appropriate continuous ratings for electrical equipment, and optimal placement and characteristics of reactive power compensation equipment. If the study results indicate that power factor correction equipment is necessary, the appropriate hardware will be properly specified and located to maintain desired power factor at the metering point.
Evaluates dynamic behavior of the renewable source and system voltages during transient conditions such as system faults or start-up. Typical recommendations include details of the load shedding scheme, including the sequence of load separation, critical clearing time, and type of relay.
Calculates system harmonic voltages and currents throughout the electrical
distribution system. This determines the effect of adding harmonic producing loads into a system. If the calculated magnitudes of harmonic voltages and/or currents are
excessive, engineers will determine the optimal corrective solution to reduce the armonic quantities to within acceptable limits. When a harmonic filter is recommended, a complete equipment specification will be developed. A study case will be conducted to verify that the harmonic filtering equipment will reduce harmonic levels to within acceptable standards.
Evaluates the motor’s impact on the power system and the power system’s impact on the motor. Motor starting studies are typically performed for new motor installations to insure system reliability, provide data for motor protection, and to identify any system modifications that may be necessary to avoid tarting problems. The study will recommend solutions, such as reduced voltage starting techniques, to address any problem discovered.
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