Grid Compliance Studies
Utility interconnection compliance — df/dt relays, islanding schemes and load-shedding schemes for renewable and conventional plants.
Engineering reliable power, from the plant floor to the national grid.
TAS delivers specialized power system studies, detailed design engineering and technical training for utilities, renewables and industrial facilities — combining modern simulation tools with strict international standards compliance.
What we do
Power system services, engineered end to end
From a single industrial system to highly complex, national grid–level networks — our studies, designs and audits are performed to IEC, IEEE, ANSI and GOST standards.
Load Flow Studies
Power-factor correction, equipment loading, voltage profiles and reactive power optimisation for steady-state network performance.
Short Circuit Studies
Fault-level analysis to IEC 60909, ANSI and GOST standards, including equipment short-time rating verification and breaker duty.
Transient Stability Analysis
Angular stability, critical clearing time and voltage stability studies that keep your network secure through disturbances.
Insulation Coordination
Switching and lightning overvoltage studies, ferroresonance analysis and arrester selection for substations and networks.
Relay Coordination Studies
Over-current and earth-fault coordination and unit protection schemes to IEEE 242 — selective, sensitive and dependable.
Harmonic Studies
Harmonic distortion analysis, filter design and resonance screening to IEEE 519 for clean, compliant power quality.
Arc Flash Studies
IEEE 1584 incident-energy analysis, arc-flash boundaries and equipment labelling that protect people and meet audit requirements.
Motor Acceleration Studies
Static and dynamic motor-starting studies — voltage dip, starting time and impact assessment for large MV motor fleets.
Earthing & Lightning Protection
Substation earthing design, soil resistivity testing and lightning protection system design for safe, compliant installations.
Detailed Electrical Design
Complete design packages — single-line diagrams, layouts and LV/MV design detailing in AutoCAD Electrical, ready for execution.
Third-Party Protection Audits
Independent review of protection philosophies, settings and coordination — an expert second opinion before energisation or audits.
Who we power
Sectors we serve
Deep domain experience across the industries where reliable power is non-negotiable.
Renewables & Storage
Solar, wind and BESS plants — grid compliance, protection and performance studies at utility scale.
Data Centres
Mission-critical electrical infrastructure with redundancy, protection coordination and arc-flash safety built in.
Manufacturing & Process
Continuous-process plants — motor starting, power quality and protection that keep production lines running.
Transmission & Distribution
Utilities and grid operators — from substation studies to network analysis.
Study Capabilities
Representative study scopes
A clear view of the technical problem statements, simulation packages and compliance deliverables our engineers handle.
Utility-Scale Solar & BESS Grid Interconnection
Comprehensive interconnection packages — steady-state load flow, P-Q capability, fault ride-through (LVRT/HVRT), frequency response and islanding protection schemes.
Arc Flash Hazard Analysis & Safety Compliance
IEEE 1584 incident-energy calculations, arc flash boundary determination, trip-time optimization and NFPA 70E equipment labeling for worker safety and audit readiness.
Substation Protection & Relay Coordination
Time-current characteristic (TCC) curve development, selective coordination for overcurrent, earth fault and differential protection to prevent nuisance tripping.
Data Centre Power Reliability & Transient Studies
Mission-critical infrastructure studies covering N+1/2N redundancy verification, dynamic motor/chiller starting, transient voltage dips and harmonic screening.
Industrial Harmonic Distortion Assessment & Filter Sizing
Harmonic distortion analysis at the Point of Common Coupling (PCC), resonance frequency screening and passive/active filter design to meet IEEE 519 standards.
Substation Earthing & Lightning Protection Design
Soil resistivity modeling, touch and step potential calculations, ground grid conductor sizing and rolling-sphere lightning protection shielding to IEEE 80 & IEC 62305.
How we work
A disciplined engineering process
Data Collection & Modelling
Network data, equipment parameters and operating scenarios are gathered and built into a calibrated simulation model.
Simulation & Analysis
Studies are executed in industry-standard tools — ETAP, PSCAD, PSS/E and DIgSILENT PowerFactory.
Compliance Verification
Results are benchmarked against IEC, IEEE, ANSI and utility-specific grid codes and standards.
Report & Recommendations
Clear findings and actionable recommendations — settings, ratings and designs you can implement directly.
Support & Training
On-site commissioning support and engineer training so your team owns the result with confidence.
Knowledge transfer
Technical training programmes
Hands-on, tool-based courses for engineers and corporate teams — delivered at our Pune facility or your site.
- ETAP
- PSCAD
- PSS/E
- DIgSILENT PowerFactory
- PVsyst
- CDEGS
- Substation Design
- Detailed Electrical Design
- AutoCAD Electrical
- Unit Protection
- LV & MV Protection Coordination
- Corporate training →
About TAS
An agile consultancy, built on deep grid knowledge
TAS is a Pune-based power system consultancy founded to provide high-precision simulation, design engineering, and compliance studies for modern electrical infrastructure. We work on scopes ranging from industrial distribution to complex grid interconnections with dedicated engineering depth.
- Independent & vendor-neutral. Recommendations grounded purely in engineering rigor, never in equipment sales.
- Full-spectrum capability. Studies, detailed design, protection audits and technical training under one roof.
- Agile & collaborative. Direct access to dedicated power system engineers without bureaucratic layers.
- Standards-driven. Methodologies strictly aligned to IEC, IEEE, ANSI and GOST — and local grid codes.
Contact
Talk to our engineers
Based in Pune, working worldwide. Reach out directly for studies, design, audits or training.
- OfficeTAS
Pune, Maharashtra, India - HoursMon–Sat, 9:30–18:30 IST
Email Us Directly
Typical response time: within 1 business day