Textbook references for power engineering
University textbooks and engineering handbooks for students and engineers studying circuits, machines, protection, power electronics, power plants, grids and electricity markets. Specific factual claims on our pages link to supporting sources. Individual plant data comes from the inventories listed on data sources.
A reading recommendation does not imply that every edition or chapter has been checked, or that its authors reviewed this website. Read the publisher information and preparation and review limits. Educational examples are not approved installation designs. Older texts explain enduring principles; check current standards and local requirements before professional application.
Start with circuit fundamentals, then machines and transformers. Pair your reading with our worked lessons and diagram-reading practice.
Power systems
Power System Analysis and Design
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Related pages: Electricity grids and markets: who does what? · How to read a power-plant inventory without overclaiming
Power System Dynamics: Stability and Control
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Related pages: Comparing countries’ electricity mixes fairly
Power System Stability and Control
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Power-system components, analysis, operation and the relationship between engineering and electricity markets.
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Related pages: Ideal transformer ratios · Read a single-line power path
Electricity markets
Fundamentals of Power System Economics
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Related pages: Power plant owners, operators and grid operators · Electricity grids and markets: who does what?
Power System Economics: Designing Markets for Electricity
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Related pages: Electricity grids and markets: who does what?
Energy fundamentals
Renewable and Efficient Electric Power Systems
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Related pages: Solar photovoltaic plant · Hydropower station · Battery storage · MW vs MWh: reading power and energy correctly · Capacity factor: what it tells you about a power plant · Battery and pumped storage: MW, MWh and duration · Solar capacity explained: MWac, MWdc and real output
Sustainable Energy — Without the Hot Air
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Related pages: Tidal stream turbine · MW vs MWh: reading power and energy correctly · Renewable vs low-carbon electricity: what’s the difference? · Electricity carbon intensity: units and comparisons · Comparing countries’ electricity mixes fairly
Thermodynamics: An Engineering Approach
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Related pages: Nuclear power station · Combined-cycle gas plant · Coal-fired power station
Wind
Wind Energy Explained: Theory, Design and Application
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Related pages: Wind turbine · Wind farms: turbine ratings, weather and electricity output
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Related pages: Wind turbine · Wind farms: turbine ratings, weather and electricity output
Solar
Handbook of Photovoltaic Science and Engineering
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Related pages: Solar photovoltaic plant · Solar capacity explained: MWac, MWdc and real output
Hydropower
Hydropower Engineering Handbook
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Related pages: Hydropower station · Hydropower: reservoirs, rivers and pumped storage
Nuclear
Introduction to Nuclear Engineering
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Related pages: Nuclear power station
Thermal power
Combined-Cycle Gas & Steam Turbine Power Plants
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Related pages: Combined-cycle gas plant
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Related pages: Coal-fired power station · Biomass CHP plant
Geothermal
Geothermal Power Plants: Principles, Applications, Case Studies and Environmental Impact
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Related pages: Geothermal power plant
Bioenergy
Biomass Gasification, Pyrolysis and Torrefaction: Practical Design and Theory
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Related pages: Biomass CHP plant
Storage
Linden's Handbook of Batteries
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Related pages: Battery storage · Battery and pumped storage: MW, MWh and duration
Ocean energy
Ocean Energy: Tide and Tidal Power
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Related pages: Tidal stream turbine
Circuits and electrical fundamentals
Fundamentals of Electric Circuits
Start with circuit laws, then study phasors, AC power and three-phase systems with worked problems.
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Related pages: Voltage, current and resistance · Single-phase versus three-phase · kW, kVA and kvar · Power factor and load current
Circuit analysis, transients, sinusoidal steady-state power and balanced three-phase networks.
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Related pages: Voltage, current and resistance · Power factor and load current · Three-phase line and phase quantities
Machines, transformers and drives
Electrical Machines, Drives and Power Systems
Transformers, induction and synchronous machines, motor drives and utility power systems.
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Related pages: Single-phase versus three-phase · kW, kVA and kvar · Three-phase line and phase quantities · Ideal transformer ratios
Electric Motors and Drives: Fundamentals, Types and Applications
An accessible introduction to motor behaviour, converter-fed drives and motor/drive selection.
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Power electronics
Fundamentals of Power Electronics
A more mathematical treatment of switching converters, magnetics, modelling and feedback control.
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Related pages: Solar capacity explained: MWac, MWdc and real output
Power Electronics in Renewable Energy Systems and Smart Grid: Technology and Applications
Graduate-level background on converters for renewable generation, grid storage and smart-grid control.
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Transmission and distribution
Electric Power Distribution Handbook
Distribution equipment, transformers, voltage regulation, faults, reliability and grounding fundamentals.
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Related pages: Read a single-line power path · Read earthing and bonding connections
Protection and relaying
CTs/VTs, relay principles and protection of generators, transformers, buses and lines.
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Related pages: Read measurement and protection paths
Protective Relaying: Principles and Applications
Fault-analysis foundations, relay inputs, system grounding and equipment protection, with practice problems.
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Related pages: Read earthing and bonding connections
Computer Relaying for Power Systems
Digital-relay algorithms, sampled signals, integrated protection and wide-area measurements.
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Related pages: Read measurement and protection paths
High voltage and insulation
Advanced study of electrical insulation, high-voltage stresses and EHV/UHV transmission phenomena.
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Power quality and reliability
Understanding Power Quality Problems: Voltage Sags and Interruptions
Voltage sags, interruptions, equipment sensitivity and analytical approaches to supply reliability.
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Smart grids and renewable integration
Smart Grid: Technology and Applications
Smart metering, communication, system operation, power electronics and energy storage in grids.
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Integration of Distributed Generation in the Power System
How distributed generation affects hosting capacity, losses, voltage, power quality and protection.
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Related pages: Comparing countries’ electricity mixes fairly
Smart Grid and Enabling Technologies
Senior-undergraduate and graduate reading on grid architecture, renewable integration, metering and communication.
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Catalogue checks verify bibliographic details, not every chapter or the website’s engineering explanations. Dates are shown per book: existing checks from 29 September 2026 remain separate from additions and rechecks on 30 September 2026. ISBNs identify the cited edition/format; publishers may also list different print and eBook ISBNs. Links go to publishers, institutional catalogues, MathWorks’ academic book listing, or an authorised free copy where indicated. Full books may require purchase or library access; a free preview is not a free full textbook.
