
Adaptive Power Quality for Power Management Units using Smart Technologies
- 346 pages
- English
- ePUB (mobile friendly)
- Available on iOS & Android
Adaptive Power Quality for Power Management Units using Smart Technologies
About this book
This book covers issues associated with smart systems due to the presence
of onboard nonlinear components. It discusses the advanced architecture
of smart systems for power management units. It explores issues of power
management and identifies hazardous signals in the power management
units of smart devices. It
• Presents adaptive artificial intelligence and machine learning-based
control strategies.
• Discusses advanced simulations and data synthesis for various power
management issues.
• Showcases solutions to the uncertainty and reliability issues in power
management units.
• Identifies new power quality challenges in smart devices.
• Explains hybrid active power filters, shunt hybrid active power filters,
and the industrial internet of things in power quality management.
This book comprehensively discusses advancements of traditional electrical
grids, the benefits of smart grids to customers and stakeholders, properties
of smart grids, smart grid architecture, smart grid communication, and
smart grid security. It further covers the architecture of advance power management
units (PMU) of smart devices, and the identification of harmonic
distortions with respect to various sensor-based technology. It will serve as
an ideal reference text for senior undergraduate and graduate students, and
academic researchers in fields including electrical engineering, electronics,
communications engineering, and computer engineering.
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Information
Table of contents
- Cover Page
- Half Title page
- Series Page
- Title Page
- Copyright Page
- Contents
- Preface
- Editors
- Contributors
- Chapter 1 Machine learning and 5G-based industrial IoT device positioning for location-aware power quality management
- Chapter 2 Overview and comparative application of on-grid and off-grid renewable energy systems in modern-day electrical power technology
- Chapter 3 Conceptual perspective of renewable energy resources: A paradigm shift in combating world climate change
- Chapter 4 Quantum neural networks for machine learning applied to the tracking and control of the dynamics of stochastic transmission lines
- Chapter 5 Power grid adaptive and block processing control based on the extended Kalman filter and large deviation theory
- Chapter 6 Energy-aware power control scheme for IoT applications
- Chapter 7 Harmonic distortions in smart devices: A comprehensive survey from conventional to future smart IoT devices
- Chapter 8 Design of nano- and microgrids using the HetNet switching strategy
- Chapter 9 Adaptive Smart Power Saving Techniques for Machine-to-Machine Communication-Enabled Wireless Sensor Networks
- Chapter 10 An efficient lightweight signature verifiable scheme for node authentication using trivariate polynomials over elliptic curve cryptography for decentralized distributed public key infrastructures
- Chapter 11 Comparative analysis of Rabbit Message Queue in the cloud: The Internet of Things
- Chapter 12 Novel drug delivery systems
- Chapter 13 Integration of Blockchain for IoT communication
- Index