Master the design and economics of massive power plants with this classic reference .
A foundational survey of how large electric power stations are planned, built, and operated. The book combines engineering principles with practical, real‑world examples to illuminate the challenges of converting coal into reliable electricity at scale. It covers from engine rooms and boilers to switchgear, cooling systems, and transmission networks, illustrated by detailed case studies of major installations. This edition presents the technical approach to optimizing fuel use, reducing running costs, and balancing heat and power in large plants.
Readers gain a clear view of the factors that influence capital outlay, operating efficiency, and the long‑term cost of electricity. The text explains how modern stations are arranged for performance and maintenance, with emphasis on the relationships between boiler design, turbine efficiency, steam piping, feed systems, and cooling. It also explores how utilities decide between private versus municipal supply models, and the impact of load factors and plant scale on economies of operation.
- Foundational concepts for sizing generating sets, steam conditions, and auxiliary equipment
- How boiler rooms, economisers, condensers, and steam piping are arranged for efficiency
- Insights into switchgear, bus bars, transformers, and high‑voltage transmission layouts
- Real‑world examples of Markische and Vereeniging installations showing design choices in practice
Ideal for engineers, students, and industry professionals seeking a practical, historically informed view of large‑scale electric power generation.