Transmission Modeling – Using industry tools such as PSS®E, DigSilent, and PSCAD, and methodologies to develop accurate grid models (static and dynamic) to conduct simulations under different operating and system scenarios
System Operation Studies – Short-term to near-term operational studies are important to maintaining grid stability and resilience. Provide real-time analysis and scenario testing to identify and address operational challenges. conduct studies to identify system operating limits (SOLs) and interconnection reliability limits (IROLs), post-event analysis, contingency.
Protection Coordination Studies – Conduct protection coordination studies to define and optimize a protective plan in terms of functions and settings considering overall system operation requirements, equipment sensitivity, and the priority of loads to derive a coordinated protection scheme with different protective devices.
Resource Adequacy Assessments – Conduct probabilistic power and reliability assessments of generation capacity adequacy to help ensure system reliability and mitigate potential risks.
Renewable Energy Integration – Grid integration of solar, wind, and BESS.
Power System Data Analytics – Support clients to improve the accuracy, efficiency, and effectiveness of data collection, processing, and analysis by leveraging advanced data management practices and analytic tools to support better decision-making, optimizing operational performance, and ensure the reliability and security of the power system. Support clients to extract insights from utility data for descriptive, predictive and prescriptive analytics. Develop advanced visualization and analytical tools to support comprehensive analysis of power system operations and data driven decision support.
Grid Code Compliance Analysis: Conduct studies to ensure power plants (either already connected or seeking to connect) comply with grid code requirements.
