Ensure Reliable Power for
Uninterrupted Productivity
Services
POWER QUALITY AUDITS
Comprehensive evaluation of electrical systems to identify power quality issues such as harmonics, voltage fluctuations, and imbalances. Helps quantify financial losses, assess compliance, and recommend corrective actions.
ROOT CAUSE ANALYSIS
Systematic investigation of recurring electrical disturbances or equipment failures. Enspar uses advanced monitoring and simulation tools to trace issues to their origin, ensuring targeted and effective remediation.
HARMONIC ANALYSIS (IEEE 519/IEC 61000)
Detailed harmonic studies to measure distortion levels, compare against global standards, and design mitigation strategies using Active Harmonic Filters, tuned filters, or hybrid solutions.
VOLTAGE SAG/SWELL/
FLICKER STUDIES
Assessment of voltage stability issues that affect sensitive loads. These studies identify sources of disturbances and recommend solutions such as DVRs, optimized protection coordination, enhancing equipment ride through capabilities and extending voltage tolerance envelope of sensitive devices to withstand a wider range of disturbances without performance degradation.
GRID COMPLIANCE
STUDIES
Evaluation of plant/grid interconnections against statutory and utility norms. Ensures compliance with IEEE/IEC, CEA, and state regulations for reactive power, harmonics, and fault ride-through requirements.
RENEWABLE INTEGRATION STUDIES
Specialized studies for solar, wind, and hybrid projects to analyze grid impact, harmonics, voltage stability, and dynamic response. Supports smooth integration of renewables while meeting grid codes.
LOAD BALANCING & NEUTRAL CURRENT MITIGATION
Analysis and correction of unbalanced phase loading and excessive neutral currents, which can cause overheating and inefficiency. Solutions include phase rebalancing, transformer configuration, and active compensation.
POWER FACTOR CORRECTION STRATEGIES
Design and implementation of optimal reactive power compensation schemes using capacitors, SVGs, or hybrid VAR systems. Improves energy efficiency, reduces demand charges, and enhances system reliability.
SIMULATION & MODELLING (ETAP/DIGSILENT)
Advanced steady-state and dynamic simulations of electrical networks for load flow, fault, and stability analysis. Enables accurate planning, protection coordination, and system optimization.
TRANSIENT SIMULATION & MODELLING
(EMTP/PSCAD)
High-fidelity transient studies to model switching surges, lightning strikes, and resonance conditions. Ensures equipment safety and helps in designing surge protection, insulation coordination, and robust system controls.
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