Services

Power systems planning is a procedure to foreseen load increase with a reasonable planning horizon and, subsequently, allocate resource to meet the demand to ensure the reliability and availability of power delivery. We offer network expansion and planning studies including economical analysis and cost-allocation.

Renewable energy systems are often integrated into the power systems through a power electronics interface. This changes how power grids have been traditionally operated. We offer studies and solutions for the integration of these units, including interconnnection studies, as well as stability enhacing technologies such as inertia monitoring and estimation softwares solution.

Offshore wind power plants are relatively new source of electrical power generation and usually are installed in scale of 1000s of MW. We offer integration studies for large-scale offshore wind farms including transmission network upgrade, interconnection studies, and power plant design.

The problem of power system reliability, stability, and strength concerns the ability of the system to withstand any external disturbance. We offer assessment of both small signal and large signal stability as well as network stregnth analysis to identify reinforcement required

Modern power grids involve a greater degree of connectivity. The greater connectivity also means influx of data, not only because of a greater number of devices in the system, but also higher resolution and precision of the data. We offer advanced data analytics for enhanced observability, more-informed decision-making, and greater situational awareness, with both planning and real-time applications.

The emerging power grids involve more complexity, uncertainity, and variability. This requires to involve probablistic algorithms and risk-based analyses. We offer risk assessment of future grid planning across asset investment portfolios and provide de-risking advisory services.