Evangelos Galinas

-Grid assessments for the interconnections of battery systems in off-grid and on-grid systems with high amounts of renewables -Grid studies and both static/dynamic network simulation analyses -DiGSILENT PowerFactory component modelling development -Island power systems design -Site assessments

- Provided support in DiGSILENT PowerFactory issues, managed the postgres server and developed a series of predefined PL/pgSQL queries, handled geoinformatics requests and provided georeferenced network maps through QuantumGIS

-Designed a Transeuropean DC Load Flow Transmission Network Model incorporating all conventional and renewable power plants in Europe (in MatPower & PowerFactory) with a focus on optimising between wind curtailment and grid expansion in Germany -Designed an interface between a Postgres Database and PowerFactory / MatPower -Prepared and conducted internal workshops with the Senior and Managing Consultants in order to structure the interdependency between energy market and complex network modelling

• Mentored 1st year students • Assisted and facilitated weekly supplementary classes in Advanced Transport Phenomena

Consulted numerous projects w.r.t. higher integration of renewables in electric cars, meteorological stations and music stages. • Project Leader, The Ekolectric Car • Electrical team’s head, Racing AEOLUS 2012 • Electrical engineer, Sustainable music stage • Programmer, Racing AEOLUS 2011 • Electrical engineer, Cold facts

Network errors Internet help desk

Production error measuring and analysis

Power Systems,Wind Energy,PV Systems,Energy Storage,Biomass Energy,Fuel Cells. Thesis:Sensitivity Analysis for Expansion of Transmission Systems with High Amounts of Renewables. Development of an ant colony optimisation algorithm and comparison with an own heuristic approach (PowerFactory/Matpower)

Electrical Machines and Drives, Power System Analysis, Electrical System Design, Power Electronics, PLC, Power System Protection, High Voltages, Renewable energy, Control Systems. Thesis: Power System State Estimation in Distributed Computers using PETSC library and MPI protocol (in C language).