ENERGY PRODUCTION AND POWER SYSTEMS ENGINEERING: Energy conversion, power generation, thermal systems, electrical production, energy efficiency, storage, and grid integration - Couverture souple

Toler, Stuart S.

9798175597869: ENERGY PRODUCTION AND POWER SYSTEMS ENGINEERING: Energy conversion, power generation, thermal systems, electrical production, energy efficiency, storage, and grid integration

Couverture souple

ISBN 13 : 9798175597869

Editeur : Independently published, 2026

Afficher les exemplaires de cette �dition comportant l'ISBN

0 D'occasion

2 Neuf

De EUR 18,10

Modern energy systems combine generation technologies, energy conversion equipment, electrical networks, storage systems, and control technologies to deliver useful energy. Understanding these systems requires knowledge of thermal processes, electrical production, efficiency, storage, and the integration of different energy sources.

ENERGY PRODUCTION AND POWER SYSTEMS ENGINEERING provides a structured exploration of the engineering principles behind energy production and electrical power systems. The book examines energy conversion, power generation, thermal systems, electrical production, energy efficiency, storage, and grid integration.

Readers will explore how different forms of energy are converted into useful electrical or thermal output and how generation systems interact with power networks. The book also considers the role of energy storage, system control, efficiency analysis, and grid integration in modern energy infrastructure.

Key topics include:

* Fundamentals of energy production engineering
* Energy conversion principles
* Power generation systems
* Thermal energy systems
* Steam and gas-based power generation
* Electrical power production
* Generators and power generation equipment
* Energy efficiency and performance analysis
* Power transmission and distribution
* Energy storage systems
* Battery and other storage technologies
* Grid integration and system coordination
* Power system monitoring and control
* Reliability and operational considerations

The book approaches energy production as an interconnected engineering system in which generation equipment, conversion processes, storage technologies, electrical networks, and control systems must operate together. Readers will examine how engineering principles influence energy efficiency, system performance, reliability, and integration.

Particular attention is given to the relationship between energy production and the electrical grid. Generation sources must be coordinated with demand, transmission infrastructure, storage resources, and system control requirements to support stable power delivery.

For electrical engineers, energy engineers, mechanical engineers, engineering students, power system professionals, technicians, and technical readers, ENERGY PRODUCTION AND POWER SYSTEMS ENGINEERING provides a broad foundation for understanding energy conversion, power generation, thermal systems, electrical production, energy efficiency, storage, and grid integration.