Power Plant Engineering by P.K. Nag Book pdf download
Introduction
Electric power plant are instrumental in addressing the ever- rising energy demands of our modern civilization. Power Plant Engineering, authored by P.K. Nag, is a highly praised book that offers a through guide for the students and professional in the field of power plant engineering. This article aims to explore the key features of the book and highlight its significance in the field of power generation.
What is power plant engineering?
Power Plant Engineering by P.K. Nag
Power Plant Engineering is an authoritative textbook that covers a broad range of topics related to power generation. Written by Dr. P.K. Nag, expert in the field, the book offers in-depth insights into the various aspects of power plant design, operation, and maintenance.
The book is widely used as a reference material by engineering students, professionals, and researchers involved in power plant engineering. It covers the syllabus of various universities and is known for its lucid language, clear explanations, and extensive coverage of relevant topics. This book is also very much helpful for he the preparation of GATE exam, IES, PSU,UPSC etc.
Significance of Power Plant Engineering by P.K. Nag
Power Plant Engineering by P.K. Nag has gained significant recognition and appreciation from both academic and industry. Here are a few reasons why the book holds more significance:
Educational Resource: The book serves as an excellent educational resource for students pursuing degrees in mechanical, electrical, and energy engineering. It provides a strong foundation in power plant engineering and prepares students for their careers in the energy sector.
Professional Reference: Power Plant Engineering acts as a valuable reference for professionals working in the field of power generation. Engineers, plant operators, and researchers can refer to the book to enhance their knowledge, troubleshoot problems, and improve the efficiency of power plants.
Research and Development: The book serves as a starting point for research and development activities related to power plant engineering. It highlights emerging technologies, energy conservation techniques, and environmental considerations, encouraging further exploration and innovation in the field.
power plant generation by pk nag chapter wise topic:
- Overview of power generation and types of power plants
- Basic thermodynamics and energy conversion principles
- Steam generation and boiler operation
- Steam turbines and their types
- Condensers and cooling systems
- Feedwater and auxiliary systems
- Diesel engine fundamentals and working principles
- Generator operation and control
- Fuel supply and filtration systems
- Lubrication and cooling systems
- Gas Turbine Power Plant
- Compressor and combustion systems
- Generator and control systems
- Combined cycle power plants
- Hydrology and water resource assessment
- Hydraulic turbines and governing systems
- Pumped storage plants
- Environmental and social considerations
- Nuclear energy and fission reactions
- Nuclear reactors and their types
- Nuclear power plant systems and safety
- Radioactive waste management
- Solar power generation
- Wind power generation
- Biomass and biogas systems
- Geothermal and tidal power generation
- Battery technologies and applications
- Pumped hydro storage
- Flywheel and compressed air energy storage
- Thermal energy storage
- Economic analysis and project evaluation
- Plant efficiency and performance indicators
- Environmental considerations and emissions control
- Power plant optimization techniques
- Measurement and control devices
- Control systems and automation
- Safety and protection systems
- SCADA and DCS systems
