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Appunti di Automation and communication in industrial systems

Esame Automation and communication in industrial systems

Facoltà Ingegneria

Dal corso del Prof. M. Montagna

Università Università degli Studi di Pavia

Appunto
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- Operative states of the electrical system; definitions proposed in the technical literature: difference between normal state, alert and emergency. - Load flow calculations; calculation of the operating conditions of the electrical system. Definition of network load; load and generation nodes; the role of the slack bus. Solution methods; Newton-Raphson and decoupled calculation Methods (Carpentier, Stott). Approximate Calculation Methods (Direct Current Load Flow) - Electricity Markets; fundamentals concepts to understand the dynamics of the market and the interrelations between its various phases; specialized analysis of regulation, use of simulation models, critical analysis of the market performance based on the development of public data, investment appraisal; system planning strategies - Motivation of the passage from a traditional power distribution grid to a Smart Grid. The role of renewable energy sources and of the distributed generation; the problems to be matched by new technologies. - Definition of a Smart Grid and its Architecture. - The role of data and information communication. Basics of a Digital Communication Protocol. The main Protocols for Smart Grid implementation. - The role of Smart Metering. The new meters: technology and integration in a Automated metering Infrastructure. - The role of new Power Actuators, based on Power electronics (FACTS) and Automatic control architectures.
...continua

Esame Automation and Communication in Industrial Systems

Facoltà Ingegneria

Dal corso del Prof. M. Montagna

Università Università degli Studi di Pavia

Appunto
- Operative states of the electrical system; definitions proposed in the technical literature: difference between normal state, alert and emergency. - Load flow calculations; calculation of the operating conditions of the electrical system. Definition of network load; load and generation nodes; the role of the slack bus. Solution methods; Newton-Raphson and decoupled calculation Methods (Carpentier, Stott). Approximate Calculation Methods (Direct Current Load Flow) - Electricity Markets; fundamentals concepts to understand the dynamics of the market and the interrelations between its various phases; specialized analysis of regulation, use of simulation models, critical analysis of the market performance based on the development of public data, investment appraisal; system planning strategies - Motivation of the passage from a traditional power distribution grid to a Smart Grid. The role of renewable energy sources and of the distributed generation; the problems to be matched by new technologies. - Definition of a Smart Grid and its Architecture. - The role of data and information communication. Basics of a Digital Communication Protocol. The main Protocols for Smart Grid implementation. - The role of Smart Metering. The new meters: technology and integration in a Automated metering Infrastructure. - The role of new Power Actuators, based on Power electronics (FACTS) and Automatic control architectures.
...continua