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The book is a collection of manuscripts proposing original and innovative solutions for accurate distributed monitoring systems, related innovative measurement instruments, distribution grid state forecast algorithms, power flow analysis, frequency and voltage control for stability and quality of service of active networks with distributed generation, and communication systems to acquire distributed measurement data, send commands and receive alarms. The introduction of these innovative solutions can pave the way for the effective transformation of MV and LV distribution networks into smart grids. The book aims to provide readers, Ph.D. students as well as research personnel and professional engineers with information not only on theoretical studies of the recent developments but also the practical application of the proposed solutions for smart grid applications both in LV and MV networks.

History of engineering & technology --- active distribution networks --- voltage control --- on-load tap changer transformers --- low-voltage grids --- Power System Measurement --- Phasor Measurement Unit --- low cost --- synchrophasor --- voltage measurement --- current measurement --- synchronization --- damping estimation --- Hilbert transform --- oscillations reshaping --- nonlinear least square approximation --- optimal meter placement --- smart grid --- load flow analysis --- Monte Carlo methods --- grid state forecast --- smart grids --- distribution grids --- congestion management --- audio coding --- digital systems --- electrical engineering --- ICT --- Industry 4.0 --- IoT --- power cable --- QoS --- reliability --- voice communication

Choose an application

• Reference Manager
• EndNote
• RefWorks (Direct export to RefWorks)

The book is a collection of manuscripts proposing original and innovative solutions for accurate distributed monitoring systems, related innovative measurement instruments, distribution grid state forecast algorithms, power flow analysis, frequency and voltage control for stability and quality of service of active networks with distributed generation, and communication systems to acquire distributed measurement data, send commands and receive alarms. The introduction of these innovative solutions can pave the way for the effective transformation of MV and LV distribution networks into smart grids. The book aims to provide readers, Ph.D. students as well as research personnel and professional engineers with information not only on theoretical studies of the recent developments but also the practical application of the proposed solutions for smart grid applications both in LV and MV networks.

History of engineering & technology --- active distribution networks --- voltage control --- on-load tap changer transformers --- low-voltage grids --- Power System Measurement --- Phasor Measurement Unit --- low cost --- synchrophasor --- voltage measurement --- current measurement --- synchronization --- damping estimation --- Hilbert transform --- oscillations reshaping --- nonlinear least square approximation --- optimal meter placement --- smart grid --- load flow analysis --- Monte Carlo methods --- grid state forecast --- smart grids --- distribution grids --- congestion management --- audio coding --- digital systems --- electrical engineering --- ICT --- Industry 4.0 --- IoT --- power cable --- QoS --- reliability --- voice communication