Based on the development of simulation platforms for computational applications (PSS/E, EUROSTAG, EMTP-RV, MATLAB) and specific applications, we at the Centre for Power and Energy Systems (CPES) have scientific expertise in static and dynamic analysis of energy networks:

• Developing classic and fuzzy models for steady state analysis of electric grids;
• Models for the dynamic analysis of isolated and interconnected networks;
• Design and robust parametrisation of Power System Stabilizers;
• Dynamic security evaluation tools and the definition of preventative control measures;
• Scheduling and economic dispatch in isolated systems with security constraints;
• Models for energy conversion systems, in particular for wind turbines and their control systems;
• Dynamic models for microgeneration units and their control systems;
• Evaluation of the dynamic behaviour of microgrids, including modelling three-phase systems with neutral; 
• Dynamic equivalents of microgrids and distribution networks with high levels of scattered production;
• Control models for systems that connect electric vehicle batteries to the network.
• Modelling and control of off-shore wind power and multi-terminal HVDC grids.
• Modelling and control of FACTS (Flexible AC Transmission Systems).