Manav follows a multi-dimensional engineering approach to ensure electrical safety and reliability. Power system studies are carried out using multiple industry-recognized software platforms, enabling realistic scenario modeling and cross-validation of results.
This capability is strengthened by in-house expertise in EMI and EMC engineering, grounding and bonding, lightning protection, surge control, EM management and protection, along with system layout discipline. By modelling real operating and fault conditions, Manav ensures that electrical stress remains within equipment limits and that protection devices operate in the correct sequence. Integrated engineering prevents fault escalation, reduces electrical fire risk, and improves long-term system reliability and asset life.
Manav follows a multi-dimensional engineering approach to ensure electrical safety and reliability. Power system studies are carried out using multiple industry-recognized software platforms, enabling realistic scenario modeling and cross-validation of results.
This capability is strengthened by in-house expertise in EMI and EMC engineering, grounding and bonding, lightning protection, surge control, EM management and protection, along with system layout discipline. By modelling real operating and fault conditions, Manav ensures that electrical stress remains within equipment limits and that protection devices operate in the correct sequence. Integrated engineering prevents fault escalation, reduces electrical fire risk, and improves long-term system reliability and asset life.
Core Power Systems Capabilities
Data collection and system information review
Electrical system modeling validation and review
Short circuit and fault level analysis
Arc flash hazard and safety assessment
Final reporting recommendations and compliance review
Protection coordination and relay settings study
Why Manav for Power Systems Engineering?
Manav brings a holistic, field-driven approach to power systems engineering, combining deep expertise across power systems, earthing, lightning protection, EMC, and electrical safety. Our strength lies not just in design knowledge, but in real-world execution, backed by strong on-site experience rather than software-only studies. Every solution is developed in alignment with global and utility-specific standards such as IEC, IEEE, NFPA, and local regulations, ensuring compliance without compromising practicality. Most importantly, our work delivers actionable, implementable outputs, focused on risk reduction, operational reliability, and long-term performance of critical electrical infrastructure.
Client Outcomes
Improved electrical safety and reduced fire risk
Reliable protection performance and system selectivity
Extended equipment life and reduced unplanned outages
Compliance-ready documentation for regulators and insurers
Application Across Industries
Frequently Asked Questions
A Power System Study is essential whenever you plan a new installation, system expansion, or face recurring electrical issues such as voltage drops, harmonics, or protection of miscoordination. It helps ensure safe, reliable, and efficient operation of your electrical network.
Yes, Power System Studies can absolutely be conducted for existing (brownfield) systems. In such cases, we analyze the current network, identify potential risks, and recommend optimizations or upgrades to improve performance, enhance safety, and prevent future failures.
Power system studies use specialized software like ETAP, EasyPower, SKM, and DIgSILENT PowerFactory and PSCAD for analysis (load flow, short circuit, arc flash, harmonics, motor starting) and rely heavily on standards from IEEE (e.g., 399, 1584, 519) and IEC (e.g., 60909) for safety, reliability, and compliance, ensuring stable operation under various conditions.
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