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Yang Yun: Self-Commissioning Wireless
Power Transfer

Self-Commissioning Wireless Power Transfer

A New Control Paradigm

Emerging Technologies and Materials in Thermal Engineering

Phase Change Materials and Nano-PCMs offers a comprehensive exploration of nano-PCMs and nano-enhanced phase change materials, with particular emphasis on their applications. Divided into ten chapters, it delves into the history of thermal energy storage and PCM technologies, their chemistry, synthesis, and kinetics. Additionally, the book covers the crystallization processes involved. In later chapters, it examines the properties and applications of PCMs, their use in renewable energy, and the role of nanotechnology in phase change materials. It also addresses environmental and economic issues associated with PCM use, concluding with case studies to enhance reader understanding. This book is a valuable and timely reference for those focused on thermal energy storage. It is an essential resource for researchers and students interested in thermal energy storage.

Phase Change Materials and Nano-PCMs

Applied Biotechnology Reviews

Advances in Biogas Technology Systems

Advances in Sustainable Microgrid Technologies

Components, Control Algorithms, and Design

Next-Generation Microgrids

Detailed, practical guidance for implementing IoT cellular network connectivity solutions for software developers and electrical engineers, and project managers. Focusing exclusively on using cellular connectivity for IoT devices, Cellular IoT presents a flexible approach, using algorithms and software designs, to drastically reduce the complexity of interacting with a wide variety of Cellular Communication Modules (CCMs) which lie at the heart of cellular modems. Written in an accessible style, this book is one of the first to cover all practical aspects of cellular network connectivity, from network and SIM selection through to custom algorithms for detecting and recovering from a wide variety of connectivity problems, and an innovative approach to reliably manage AT commands in modern cellular modems. This book explains the factors related to establishing and maintaining cellular connectivity including geography and topology, population density, SIM card (and connectivity provider) selection, antenna choice and placement, and CCM selection. The book also provides detailed examples and troubleshooting advice, showing how to transfer data using low-level sockets and also using a high-level protocol (HTTP), creating a brief, temporary connection for a primitive IoT device to send a small amount of data, and also establishing and maintaining a continuous cellular connection with full Internet access on powerful IoT devices running Linux. Written by an author with considerable professional expertise and experience with cellular connectivity, Cellular IoT includes information on: <ul> <li>Platforms, tools, and debugging, covering tool-chain selection, computing/OS platforms, programming language choices, and running IoT connectivity code in a debugger</li> <li>Cellular network basics, covering base stations, range, cell towers, tracking areas and paging, frequency and modulation, bandwidth and latency, frequency bands, and SIM cards</li> <li>Similarities and differences across CCMs, frequency, band, Radio Access Technology (RAT), protocol and data representation, selection and consequences</li> <li>Low-level communication protocols including transmission control protocol (TCP), user datagram protocol (UDP), point-to-point protocol (PPP), and custom hybrids for cellular IoT</li> <li>Full coverage, for the first time, of SMS, GNSS (available in most CCMs), obtaining precise time, and utilizing the power saving functionality of Extended Discontinuous Reception (eDRX) and Power Saving Mode (PSM) available in NB-IoT, LTE Cat M and LTE Cat 1 bis CCMs</li> <li>Entirely new and innovative software approach, Command Independent Processing (CIP), to systematically manage and execute AT commands across families of CCMs and integrating standardized (3GPP) AT commands with vendor specific ones to achieve greater software portability across CCMs.</li> </ul> Cellular IoT is an essential resource for software developers, hardware engineers, and project managers seeking to avoid connectivity pitfalls and be better able to diagnose and resolve newly encountered challenges in the field while drastically reducing the time required to produce reliable, IoT connectivity solutions.

A Practical Guide for Software Developers, Electrical Engineers, and Project Managers

Cellular IoT

Reeds Marine Engineering and Technology Series

The core textbook for all students studying GES I&amp;II and A&amp;B, covering the entire syllabus and featuring worked examples, past examination questions and self-assessment tests.

Focusing on the fundamental skills and knowledge tested in examinations, with worked examples and clear, helpful illustrations throughout, this essential coursebook covers the entire syllabus:
- Mathematics
- Applied mechanics
- Thermodynamics
- Electricity
- Hydrostatics
- Naval architecture

Aimed directly as a study aid for students taking a GES course, the book contains past examination questions with full solutions, as well as self-assessment questions on every topic covered so that students can test their own understanding as they progress.

Reeds General Engineering Science

IEEE Press Power and Energy Systems

Understand and deploy a sustainable alternative to mineral oils Transformers rank among the costliest and most important components in an electrical power network. Traditionally, mineral oils have been used as the primary insulating liquids for transformers, playing a crucial role in extending transformer life span. In an expanding global energy market, however, demand for sustainable alternatives to mineral oils has skyrocketed, and the search for alternative, biodegradable insulating liquids has accelerated. Electrical Discharges in Alternative Transformer Liquids is the first work of its kind to survey the available range of biodegradable insulating liquids and analyze their electrical discharging behavior. It addresses the knowledge gaps which have led to slow adoption of these insulating liquids by utility companies, despite their obvious performance benefits. The result promises to be a durable guide to monitoring transformer condition and designing transformer insulation. Readers will also find: <ul> <li>Knowledge, behavioral observations, intrinsic aspects, various accessing parameters, and measuring methodologies concerning electrical discharges in transformer liquids</li> <li>Detailed discussion of topics high voltage electrical insulation, electrical machine maintenance, and more</li> <li>Comparative analysis of ester liquids relative to mineral oils</li> </ul> Electrical Discharges in Alternative Transformer Liquids is ideal for researchers involved in electrical power utilities and transformer design, as well as for engineers and industry professionals in the energy industries, insulation design, and related fields.

Self-Commissioning Wireless Power Transfer

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