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Advances in Energy Power and Automation Engineering

By Sanjay Yadav

Advances in Energy Power and Automation Engineering

By Sanjay Yadav

0 - Default Title
Description
Part 1: Energy Utilization Management and System Optimization.- Sensitivity analysis of stratigraphic parameters on the yield of CO2 enhanced geothermal systems.- Temporal and spatial downscaling of wind forecast of new energy stations based on optimal frequency bias algorithm.- Study on signal noise reduction based on wavelet threshold technique.- Neural network PID-based frequency control strategy for energy storage participating loads.- A small sample load recognition method incorporating SE attention mechanism.- Research on Optimization Configuration of Distributed Integrated Energy System Based on Latin Hypercube Method.- Numerical simulation and defect optimization in CZTSSe solar thin-film cells implementing MoS2 as HTL layer.- The solar cell performance parameters of CuI as a hole transport layer were analyzed by SCAPS-1D.- The influence of two flow control methods on the anti wind sand erosion wear of airfoils.- Tannic acid/polyurethane laminated coatings for the stability of metal anodes in aqueous zinc-ion batteries.- Cost-benefit optimization analysis of proper utilization rate of provincial renewable energy.- Water partial discharge detection via interferometry.- Interactive management strategy of Virtual Power Plants based on Carbon Demand Response.- A multi-objective optimal scheduling method for the gas-steam-power system takes into account the exergy efficiency of iron and steel enterprises.- Load forecasting based on SABO-PSO-ELM hybrid algorithm.- Optimal Configuration Method of Power-Energy Hybrid Storage Systems for Renewable Power Plants.- Integrated optimal operation of rural microgrid production management considering photovoltaic outputs.- Part 2: Power System and Power Equipment Modeling.- Parameter identification for transformer winding equivalent networks based on an improved whale optimization algorithm.- Decoupled Spatial-Temporal Model for Temperature Field Prediction of Transformer.- The Differentiated Lightning Protection Modification of The Inlet Section Considering The Characteristic Change of The Station Lightning Arrester.- Automatic Classification of Substation Equipment Based on Multi-view Inspection Images.- Simulation research on distribution network based on improved transmission line decoupling method.- Recommended Protection to Prevent Safety Related Motors from Losing All AC Power When an Open Phase Fault Occurs in the Auxiliary Transformer of a Nuclear Power Plant.- Analysis of Load Characteristics of Floating Wind Turbines under Combined Wind and Wave Actions.- Improving Rotor-Angle Stability via Virtual Inertia Planning for Converter Interfaced Generations.- A Risk Assessment Model for the Impact of Insufficient Inertia on New Power Systems.- Research on optimal method of reactive power compensation for power grid based on risk assessment.- Analysis of the characteristics of 10kV line arrester discharge current under typical lightning strikes.- Research on the Application of Domestic Modeling and Simulation Platform in Nuclear Power Plants.- Optimization of Active Distribution Network Scheduling Based on Stackelberg Game.- Current Situation and Prospect of Impedance Spectroscopy and Its Application in Electric Power Equipment Oil’s Performance Test.- A fault rate evaluation model of distribution network line under wind and rain hazards.- Voltage fluctuation solution and control strategy of traction network based on vehicle energy storage.- Research on Distributed Optimal Scheduling Technology for Distribution Networks with High-Proportion Photovoltaic Integration.- Research on the Application of Magnetic Network Approach in Magnetically-Saturated Controllable Reactors.- A Parallel 18-Pulse Rectifier Based on Power Electronic Transformer.- Splitting and Modularized Combination Approach of Power Distribution Terminal Services for Microservices Architecture.- Part 3: Mechatronics and Automation Control.- Trusted metering terminal and application design for distributed pow
Product details
Number of Pages:
612
Release Date:
2025-11-21
Publication Date:
2025-11-21
Publisher:
Springer
Languages:
Original: English
ISBN10:
9819690080
ISBN13:
9789819690084
GPSR Manufacturer Reference:
[email protected]
Weight:
1183 g
Height:
160 cm
Width:
241 cm
Thickness:
36 cm
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