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Residential, commercial and industrial electrical systems : network & installation, Volume 2 /

Residential, Commercial and Industrial Electrical Systems is a comprehensive coverage on every aspect of design, installation, testing and commissioning of electrical systems for residential, commercial and industrial buildings. This book would serve as a ready reference for electrical engineers as...

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Detalles Bibliográficos
Clasificación:Libro Electrónico
Autor principal: Joshi, Hemant (Autor)
Formato: Electrónico eBook
Idioma:Inglés
Publicado: New York, N.Y. : McGraw-Hill Education, [2008]
Edición:First edition.
Colección:McGraw-Hill's AccessEngineering.
Temas:
Acceso en línea:Texto completo
Tabla de Contenidos:
  • A. Dedication
  • B. Preface
  • C. Acknowledgements
  • A. Part 1: standards and procedures
  • 1. Project procedures
  • General
  • Feasibility study
  • Conceptual design report (cdr) or design features report (dfr)
  • Detailed design
  • Tender process
  • Changes to contract document and construction issue
  • Shop or vendor drawing review
  • Contract instruction or site instruction
  • Construction supervision and construction queries
  • Factory testing
  • Site testing and commissioning
  • As-built documentation
  • 2. Regulations and standards
  • General
  • Local electrical regulations
  • Local building regulations
  • Local fire regulations
  • Insurance company requirements
  • Local power company requirements
  • Local dangerous goods requirements
  • Local council requirements
  • Client or user standards
  • National and international standards
  • Compliance procedure
  • Conclusion
  • 3. Power company network
  • General
  • Generation
  • Transmission
  • Primary distribution
  • Secondary distribution system
  • Supply method and voltage to customer
  • Privatization and de-regulation of the power industry
  • 4. Coordination with local power company
  • General
  • Supply availability and reliability
  • Cost of supply
  • Power on date
  • Supply voltage
  • Supply option, source and route
  • Demarcation
  • Revenue meter location
  • Tariffs
  • Easements
  • Three-phase and single-phase fault levels at the point of high-voltage supply
  • Protection settings of the relays/hv fuse characteristics within the power company's equipment
  • In-house generation
  • Largest motor size
  • Limitation on harmonics
  • Legal limits of voltage and frequency variations
  • Security measures
  • Facilities required by the local power company
  • 5. Load estimates
  • General
  • Types
  • Timing
  • Load data
  • Record
  • Initial maximum demand estimation
  • Detailed load estimate
  • Load type
  • Motors
  • Normal and standby equipment
  • Future load provision
  • Diversity factor
  • Maximum demand estimation for distribution board
  • Maximum demand calculations for apartment or free standing house
  • Maximum demand estimation for motor control centre (switchboard)
  • Maximum demand estimation for low-voltage switchboard (also called as power centre)
  • Equipment not connected to switchboard
  • Maximum demand calculations for high-voltage switchboard
  • Maximum demand calculations for bus bars or power transformer in switchyard
  • Maximum demand whole system
  • Maximum demand estimation for emergency lighting source or generator
  • 6. Revenue and check metering
  • General
  • Basic construction
  • Selection criteria
  • Type of customer
  • Type of supply
  • Accuracy class of meters
  • Manual vs remote meter reading
  • Revenue meter location
  • Revenue metering arrangement
  • Revenue meter reading
  • Billing period
  • Revenue meter calibration
  • Ripple control
  • Tariffs
  • Commercial and industrial tariff
  • Commercial and industrial customers with generating plant
  • 7. Capital cost estimate
  • General
  • Elements of cost estimation
  • Cost estimation
  • Cost estimate for a house
  • Cost estimate for apartment
  • Cost estimate for high-rise residential building
  • Cost estimate for a single commercial unit
  • Cost estimate for commercial building electrical system
  • Cost estimate for industrial system.
  • B. Part 2: selection of network
  • 8. Basic principles
  • General
  • Design criteria
  • Local isolation of equipment
  • Isolation of incoming power supply
  • Interlock between two incoming supplies
  • Remote earth switch interlock
  • Transformer winding or oil temperature relay connection
  • Earth leakage protection
  • Special installations
  • Design of lighting and small power distribution system
  • Incoming power supply arrangement
  • High-rise buildings
  • Choice of internal supply voltage
  • Modifications to existing system
  • Design documents
  • 9. Residential system networks
  • General
  • Incoming power supply free standing house
  • Incoming power supply to an apartment building
  • Incoming power supply to a complex containing more than one building
  • Distribution system for apartment building and complex
  • Revenue metering for apartment building and complex
  • Power requirement for house and apartment
  • Power requirement for common areas or services within apartment buildings and complex
  • Luminaires for house or apartment
  • Luminaires for common areas in apartment building and complex
  • Control system
  • Standby power
  • Cable installation in a complex
  • Cable installation within an apartment building
  • Internal distribution within an apartment/house
  • Outdoor distribution
  • 10. Commercial system networks
  • General
  • Power requirement
  • Ups and emergency lighting
  • Revenue and check metering
  • Warehouse building
  • Cinemas
  • Entertainment/conference centre
  • Hotel
  • Restaurant
  • Communication facility/it centre
  • Educational buildings
  • Workshop
  • Office building
  • A shopping centre building
  • Shop/departmental store/super market
  • Marina
  • Airport
  • Ports
  • 11. Industrial system networks
  • General
  • Design process
  • Industries with load less than or equal to 1000 kva
  • Industries with load above 1 mva and multiple buildings/outdoor plants
  • 12. Overhead power distribution
  • Township power distribution system
  • Internal power distribution in an industrial plant
  • Power supply to a remote location
  • Selection of voltage
  • Components
  • Skin and proximity effect
  • Corona
  • Interference with communication circuits
  • Route
  • Conductor configurations
  • Phase-to-phase and phase-to-earth clearance
  • Other clearances
  • Locations of poles
  • Sag and stringing tension calculations
  • Effect of ice and wind
  • Stringing charts
  • Types of insulators
  • Road and pipe line crossings
  • Other considerations
  • Voltage regulation
  • Construction
  • Joints
  • Ac vs dc transmission
  • 13. Pole-mounted substation
  • Configurations
  • Clearances
  • Poles and cross arms
  • Gang operated disconnect (god)
  • Drop out fuse (dof)
  • Lightning arresters
  • Conductor
  • Earthing
  • 14. Outdoor high-voltage switchyard
  • Switchyard equipment
  • Busbar schemes
  • Types of circuits
  • Clearances
  • Conductors
  • Protection
  • Interlocks
  • Structures
  • Trenches
  • Roads
  • Tracks
  • Fence
  • Lighting
  • Other services within switchyard
  • Control
  • Earthing
  • Lightning protection
  • Substation building
  • Auxiliary supplies.
  • C. Part 3: space planning and installation
  • 15. Space planning, storage and installation
  • General
  • Space planning
  • Criteria for space planning
  • High-voltage switchboard
  • Transformer
  • Wall mounted low-voltage switchboards
  • Free standing low-voltage switchboards
  • Example of calculating the length of a switchboard containing the following modules
  • Ups
  • Diesel generator system
  • Motors
  • Drives
  • Free standing control panel
  • Batteries and charger
  • Luminaires
  • Cable routes
  • Risers
  • Platforms
  • Storage and protection of equipment
  • Quality and workmanship
  • Installation
  • Transformer
  • Hv and lv motors
  • Bus duct (hv/lv)
  • Switchboard, distribution board, mcc and control panel
  • Local control stations (lcs) for motors
  • Capacitors
  • Battery, charger and ups
  • Health and safety
  • 16. Rooms and areas containing electrical equipment
  • General
  • Doors
  • Walls
  • Floor
  • Ventilation
  • Fire protection
  • Emergency evacuation system
  • Lighting
  • Phone
  • Socket outlets
  • Drainage
  • Water
  • Waterproofing
  • Security and access control
  • Acoustics (noise)
  • Seismic restraint
  • Labels and signs
  • Other items
  • 17. Installation in hazardous areas
  • General
  • Area classification
  • Examples of hazardous areas
  • Selection and type of equipment
  • Other type of protection for equipment in hazardous areas
  • Type of wiring
  • Trenches
  • Special construction equipment
  • 18. Installation in wet areas
  • General
  • Bathtub and showers
  • Sinks (fig. 18.2)
  • Fountains (figs. 18.3 and 18.4)
  • Sauna (fig. 18.5)
  • Swimming pools and spa pools
  • General wash down areas and wet areas
  • Cleaner's outlets
  • General purpose outlets in public areas in commercial buildings
  • 19. Cable installation and support systems
  • General
  • Cable delivery
  • Cable pulling
  • Pulling tensions
  • Bending radius
  • General precautions
  • Installation practice
  • Tunnel
  • Trench
  • Directly buried
  • Upvc ducts
  • Cable pull pit
  • Concrete or steel pipe
  • Conduits
  • Raised floor or platform
  • Cable support systems
  • General installation and fixing
  • Forces on clamps due to short circuit
  • 20. Cable terminations and joints
  • General
  • Glands
  • Control cables
  • Lv power cables
  • Hv cables
  • Cable joints.