Table of Contents; Editorial; Chapter 1. Electronics Engineering; Research on the characteristics of inductance of interior permanent magnet synchronous motor; 1. Introduction; 2. Current and Inductance of D Axis and Q Axis; 3. Fixed Permeability Method; 4. Rules of Inductance with D-Q Axis Current; 4.1 Finite element model and excitation; 4.2 Inductance curves with q axis current; 4.3 Inductance curves with d axis current; 4.4 Inductance curves with q axis and d axis current; 5. Rules of Inductance with Rotor Position; 6. Conclusion; Acknowledgement; References The research of power cable sheath circulation online monitoring system1. Introduction; 2. The Principle of Monitoring System; 3. Modules and Functions of the System; 3.1 System modules; 3.2 The functions of compositional modules; 4. Testing and Analysis of System Performance; 5. Conclusion; References; Study of on-line partial discharge monitoring for XLPE power cable; 1. Introduction; 2. Generation of Cable Fault and Partial Discharge; 3. Methods for PD Detecting in the Cable; 4. Influences on PD Monitoring by Intermediate Joints of the Cable; 5. Conclusions; References BP neural network for real-time load forecasting analysis and application of power system1. Introduction; 2. Load Forecasting Based on BP Neural Network Algorithm; 2.1. Principle analysis of power load forecast based on BP neural network; 2.2. Standardization of BP neural network input and output data; 3. Examples of Simulation; 3.1. The design of the network; 3.2. The forecast; 4. Conclusion; References; STM32-based digital charging power supply; 1. Introduction; 2. Soft-switching Main Circuit and Its Working Principle; 3. STM32 Digital Control System; 3.1. Hardware of control system 3.2. Software of control system3.2.1. Main program; 3.2.2. Sub-program of current anti-windup PI; 3.2.3. Sub-program of timing control; 4. The Study of Soft-switching Power Supply Experiment; 4.1. Software-based phase-shift PWM waveform generator; 4.2. Soft-switching waveform verification; 4.3. Charging waveform experiment; 5. Conclusion; Acknowledgements; References; Calculation of TTC with the power transmission method; 1. General Instructions; 1.1. Technical value of TTC; 1.2. Calculation methods for TTC; 2. Calculation of TTC with CPF; 2.1. Concept of TTC; 2.2. Calculation steps of CPF 3. Divide the Network with Power Tracing3.1. The method of power tracing; 4. The Method of Power Transmission; 4.1. Series case; 4.2. Parallel case; 4.3. Complex series and parallel case; 4.4. Analysis with power transmission method; 5. Analysis of Example; 6. Conclusion; References; The analysis of static frequency converter (SFC) in pumped storage power station (G/M); 1. The Composition and Structure of SFC; 1.1. The composition; 1.2. The structure; 2. The Working Principle and Dragging State of SFC; 2.1. The working principle; 2.2. The dragging state.

This book consists of one hundred and seventeen selected papers presented at the 2015 International Conference on Electronics, Electrical Engineering and Information Science (EEEIS2015), which was held in Guangzhou, China, during August 07-09, 2015.