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One Step on the Smart Grid Path： Load and Generation Coordination in a Virtual Power System

Journal of Energy and Power Engineering 2011年第3期5卷 275-282页

作者： E. Cagno F. Castelli Dezza M. Delfanti M. Merlo A. Trianni Department of Management Economics and Industrial Engineering Politeenico di Milano P.za Leonardo da Vinci 32 20133Milan Italy Department of Mechanical Engineering Politecnico di Milano P.za Leonardo da Vinci 32 20133 Milan Italy Department of Energy Politecnico di Milano P.za Leonardo da Vinci 32 20133 Milan Italy

Worldwide the introduction of dispersed generators （DG） in the distribution network is assuming a significant importance. There is an increasing relevance of the energy process efficiency improvement; as for electric power systems, the most interesting perspective concerns the capability of the system to increase the exploitation of the renewable resources. The integration of DGs in the electric distribution network requires a revision of this infrastructure, so far designed and developed assuming that power flows in one direction： from the high voltage transmission network to the medium voltage distribution, to reach final customers on the low voltage network. The attention to an efficient operation of distribution networks is increasing all over the world; this interest is becoming higher and higher also in Italy, where the high energy prices push in the direction of fostering efficiency as much as possible. This work describes a study developed in the AlpEnergy project framework： an International Cooperation Program aimed at introducing an efficient operational model for the distributed production and consumption. In particular it is proposed a new model for the integration and the management of the DG in the distribution network. The new model （defined VPS： Virtual Power System） is based on a communication channel between the active users （generators）, the loads and, eventually, the Distribution System Operators （DSOs）.

关键词： Renewable energy sources distributed generation distributed consumption virtual power plant.

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