A snapshot of studies and designs delivered across sectors and geographies. Confidential details omitted; scope descriptions are indicative.
132 / 11 / 6.6 kV
Performed Grid Compliance, Transient Stability, and df/dt- and voltage-based Load Shedding Studies for the captive power system. The study included dynamic analysis of a 5.2 MW Cement Mill Motor to verify system stability, frequency response, and reliable plant operation under contingency conditions.
132 / 33 / 11 kV
Reviewed the existing protection system and carried out a comprehensive Protection Coordination Study. Optimized relay settings were developed to improve fault selectivity, equipment protection, and overall electrical system reliability in accordance with IEEE and IEC standards.
132 / 33 / 11 kV
Performed a detailed Arc Flash Hazard Analysis, including Incident Energy calculations, Arc Flash Boundary determination, PPE recommendations, and mitigation measures to enhance personnel safety and ensure compliance with IEEE 1584 and NFPA 70E standards.
11 / 0.433 kV
Delivered comprehensive ETAP-based power system studies, including Load Flow, Short Circuit, Motor Starting, Protection Coordination, and System Reliability Assessment. The studies optimized network performance, improved equipment protection, and ensured reliable operation of the refinery electrical distribution system.
66 / 11 / 6.6 kV
Conducted comprehensive ETAP studies including Load Flow, Short Circuit, Motor Starting, Arc Flash, and Protection Coordination to ensure safe, reliable, and standards-compliant operation of the industrial power system.
132 / 33 / 6.6 kV
Performed Load Flow, Short Circuit, and System Reliability studies to evaluate network performance, optimize power distribution, and ensure reliable operation under various operating conditions.
11 / 0.433 kV
Executed Short Circuit Analysis and Protection Coordination Study, reviewed existing relay settings, and provided optimized protection settings to improve system selectivity, reliability, and equipment protection.
33 / 11 / 6.6 kV
Delivered complete ETAP-based studies including Load Flow, Short Circuit, Motor Starting, Harmonic Analysis, Arc Flash, and Protection Coordination to improve electrical reliability, safety, and compliance with IEEE/IEC standards.
6.6 kV (1.2 MW Motor)
Performed detailed Motor Starting and Dynamic Analysis to verify voltage drop, motor acceleration, starting torque, and system stability, ensuring reliable operation without impacting the plant electrical network.
132 / 11 / 6.6 kV
Conducted Grid Compliance and Transient Stability studies, developed a df/dt-based Load Shedding Scheme, and performed dynamic analysis of a 7.8 MW Cement Mill Motor to ensure secure islanded operation and compliance with utility grid requirements.
220 / 33 / 11 / 6.6 kV
Conducted comprehensive Grid Compliance and Transient Stability studies, developed df/dt- and voltage-based Load Shedding Schemes, and evaluated the dynamic performance of a 5.2 MW Cement Mill Motor to ensure stable operation during grid disturbances and islanding conditions.
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