Transmission and Distribution Power System Planning & Operation studies including but not limited to power flow, short-circuit, transient (dynamic) stability, harmonics, and electromagnetic study.

NERC reliability compliance study (CIP, MOD, PRC), Transmission Planning (TPL), utility-scale Generation Interconnection (RTO/ISO/Utility) and Distributed Energy Resource (DER) studies, event analysis, generator model validation (MOD).

Strategic roadmap and cost-benefit analysis study of development and deployment of emerging technologies in Smart Grid.

Analytical services and software solutions based on big data and machine learning algorithms for transmission & distribution event detection, topology identification, state estimation, generation & load forecasting, energy disaggregation, asset health monitoring, and predictive maintenance.

Smart sensors, edge-computing intelligent electronic device (IDE), high-performance computing engine, grid analytics, asset management, and data visualization applications development for power system operations and planning.

OT/IT system, network model, and communication protocol development, integration, and testing for both cloud & on-premises deployments, such as SCADA/EMS, State Estimator, Advanced Network Apps, Synchrophasor Systems, ADMS, DERMS, Microgrid Control system, and Building Management System.

Short courses, tutorials, and workshops for state estimation, synchrophasor technology, power system dynamic stability, voltage stability, microgrid, DER management system, harmonic analysis, applicable machine learning applications for power systems.