Course duration: 39 hours
Lecturer: Tsiamitros Dimitrios
Course Description:
Distributed Electrical Power Generation
- Necessity for connection in electricity network.
- Types and characteristics of distributed generation units.
- Impediments on the Penetration of Distributed Generation Units into the Network. The Role of Existent Electrical Grid.
- Protection of the supply network and problems due to distributed production units.
- Counters and smart counters.
- Internal and external transmission substations. Limitations due to distributed production units.
- Simulation of the distribution network of an urban area.
- Smart Grids and Possible Ways for Smart Grid Implementations for the Increase of Penetration of Distributed Generation Units into Electricity Network.
- The microgrid as a necessary construction unit of the smart electrical grid, Definition and characteristics, topologies, smart counters.
- Implementation of topology – Microgrid control
- Primary control (voltage regulation and frequency of weak or islanded microgrid) without software use.
- Primary control (voltage regulation and frequency of weak or islanded microgrid) with software use.
- Secondary microgrid control with software use. Application of policies for energy management, demand and distributed productions.
- Tertiary microgrid control for low cost operation.
- Microgrid control with forecast models . Artificial intelligence
- Interactivity with protocols of energy management and demand in buildings.
Simulation of microgrids and weak networks in PSCAD
- Experimental data based simulation of the microgrid units. Models of photovoltaics, wind turbines, batteries and loads.
- Behavior of the simulation model and comparison with experimental data.
- Expansion of the simulation model in IEEE networks.
- The role of smart cars on the smart grid.
European Guidelines for Smart Grids
- Architectures, Protocols, Interfunctionality, The role of smart counters.
- The situation in EU member states relative to smart grid and smart counter implementation.