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3 results on '"Massucco S"'

1. A quasi-optimal energy resources management technique for low voltage microgrids.

Author

Crosa di Vergagni, M., Massucco, S., Saviozzi, M., Silvestro, F., Monachesi, F., and Ragaini, E.

Subjects
*POWER resources, *MICROGRIDS, *RENEWABLE energy sources, *ENERGY management, *RESOURCE management, *ENERGY consumption
Abstract

• New quasi-optimal control algorithm for the management of distributed resources. • Energy consumption control. • Frequency control for isolated microgrids. • The proposed algorithm has been patented and implemented on LV breakers. The increasing penetration of Distributed Energy Resources (DERs) in modern power systems is introducing new challenges for system stability and control. The stochasticity of Renewable Energy Sources (RESs) and the unpredictable behaviour of demand, make it necessary to develop intelligent Energy Resources Management (ERM) methodology, able to actively regulate the actors of the electrical network. This paper proposes a new quasi-optimal control algorithm, designed for LV breaker devices, aiming to manage DERs in a distributed and scalable approach. The developed ERM technique is able: (1) to control the energy consumption at the Point of Common Coupling (PCC) (with the possibility to join Active Demand Response (ADR) programs or to provide flexibility/energy reserve), when the microgrid itself is connected to the main grid; (2) to control the frequency profile when the microgrid is operating in islanded mode, using information provided by real time measures. [ABSTRACT FROM AUTHOR]

Published
2020
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2. Development of innovative systems for operation and control of electric power distribution networks: Management and optimal use of distributed generation and of nenewable energy resources

Author

Roberto Caldon, Stefano Massucco, P. Verde, Fabrizio Giulio Luca Pilo, Carlo Alberto Nucci, Caldon R., Massucco S., Nucci C.A., Pilo F., and Verde P.

Subjects
Flexibility (engineering), Engineering, Electric power distribution, business.industry, Energy management, Distributed computing, DISTRIBUTED GENERATION, Distribution management system, Control engineering, ACTIVE DISTRIBUTION NETWORKS, Energy engineering, Renewable energy, RENEWABLE ENERGY SOURCES, distribution networks, Distributed generation, Intermittent energy source, business
Abstract

The integration of distributed energy resources for the production of electrical energy is related to the evolution of future power distribution networks in order to achieve: flexibility (meeting final user's requirements); accessibility (allowing access to local generation and particularly to renewables); reliability (ensuring the highest possible security and power quality levels); economy (allowing an adequate management of energy in an efficient and competitive way).In this framework, the paper presents some results of a joint research project involving five Italian universities. The focus is on the proposition and development of the main functionalities implemented into a centralized Distribution Management System (DMS) for the operation and control of the energy resources connected to distribution networks (generation, storage and loads) and of the network itself (automation systems, protection, etc.). Architecture, hierarchical structure and relevant functions for the control, operation and management of the active distribution network, are illustrated.

Published
2012
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3. An Italian facility to test Distributed Energy Resources management for SmartGrids

Author

Stefano Massucco, Sandra Scalari, Carlo Alberto Nucci, Giovanni Valtorta, Fabrizio Giulio Luca Pilo, Romano Giglioli, Roberto Caldon, Alfredo Testa, Testa, Alfredo, Scalari, S, Valtorta, G, Giglioli, R, Pilo, F, Caldon, R, Massucco, S, Nucci, C. A., S. Scalari, G. Valtorta, R. Giglioli, F. Pilo, R. Caldon, S. Massucco, C.A. Nucci, and A. Testa

Subjects
distributed energy resources management, Engineering, electrical energy distribution utility, business.industry, Energy management, power system management, Control (management), Context (language use), Communications system, Test (assessment), Smart grid, energy resource, Distributed generation, Systems engineering, Production (economics), SMARTGRIDS, business, POWER DISTRIBUTION PLANNING
Abstract

In the international research context set-up by the European Technological Platform SmartGrids, the Italian electrical energy distribution utility (ENEL Distribuzione) and the Italian electrical energy production and research utility (ENEL Produzione) launched a large national research project. The program provides the development of a test facility for the integration and test of distributed energy resources management for smart grids with of innovative solutions. The paper describes the objectives of the project and the characteristics of the test facility with reference to schemes, components, support modelling tools, control and communication systems. (4 pages)

Published
2008

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