Electric Power Books
Electric power books are divided into nine categories, so it is easy for power engineers to find appropriate book or information related to power engineering, automation, industry etc. During years well known manufacturers like ABB, Siemens, Schneider Electric and Danfoss were releasing technical guides, books and publications, and now they can be found all in one place. Beside this, on these pages can be found books related to AutoCAD learning for beginners and advanced users.
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NOTE: Some of documents and books are compressed with WinRAR. However, you can download it here, it is free to download.
The ART & SCIENCE of protective relaying • Electrical power supply and distribution • Energy-Efficient Electric Motor Selection Handbook • Modern Signal Processing • Network Protection And Automation Guide • PLC – Programmable Logic • Controller • Power Plant Accoustics • Coordinated Power Systems Protection • Power Tranformer Maintenance And Acceptance Testing • Refrigeration and air conditioning • Telecommunications Building Cabling Systems Planning and Design • UPS selection, installation and maintenance • Antenna Systems Guide • Control Valve Handbook • Engineering Symbology, prints and drawing • Grounding and Bonding • Handbook of electrical safety • Handbook of electrical science VOL. 1-4 • Personal Protective Grounding for Electric Power Facilities and Power Lines • Photovoltaic Power Systems • Priručnik – Elektricne instalacije i osvetljenje • Automation solution guide 2008 • Electrical installation guide 2008 • Selecting Energy • Efficient Distribution Transformers • Safety and health requirements • Maintenance and operation of air compressor plants • Introduction to Motor and Generator • Heat transfer text book • Interior and Exterior Lighting and Controls • Cable Tray Installation Guidelines • Wiring Manual – Automation and Power Distribution • Active harmonic conditioners and unity power factor rectifiers • Analysis of three-phase networks in disturbed operating conditions using symmetrical components • Automatic transfering of power supplies in HV and LV networks • Basic selection of MV public distribution networks • Behaviour of the SF6 – MV circuit-breakers Fluarc for switching motor starting currents • Breaking by auto-expansion • Calculation of short-circuit currents • Calculations for LV and HV networks • Cohabitation of high and low currents • Control equipment for MV capacitor banks • Control-monitoring and protection of HV motors • Current transformers – how to specify them • Current transformers – specification errors and solutions • Current transformers for HV protection • Data acquisition – Detection • Dependability and LV switchboards • Dependability of MV and HV protection devices • Design and use of MV current-limiting fuses • Development of LV circuit breakers to standard IEC 947-2 • Directional protection equipment • Discrimination with LV power circuit-breakers • Disturbances in electronic systems and earthing systems • Dynamic stability of industrial electrical networks • Earthquakes and electrical equipment • Electric motors… and how to improve their control and protection • Electrical disturbances in LV • Electrical installation dependability studies • Electrodynamic forces on busbars in LV systems • Electronic starters and variable speed drives • EMC – electromagnetic compatibility • Enclosures and degrees of protection • Energy savings in buildings • Energy-based discrimination for low-voltage protective devices • Extra losses caused in high current conductors by skin and proximity effects • Fault arcs on busbar sets and switchboards • Ferroresonance • From current transformers to hybrid sensors, in HV • Fuzzy logic • Harmonic disturbances in networks, and their treatment • Harmonics upstream of rectifiers in UPS • High availability electrical power distribution • HV industrial network design • Integration of local power generation in industrial sites and commercial buildings • Intelligent LV switchboards • Introduction to dependability design • Inverters and harmonics (case studies of non-linear loads) • Lightning and HV electrical installations • LV breaking by current limitation • LV circuit-breaker • LV circuit-breakers confronted with harmonic, transient and cyclic • LV protection devices and variable speed drives (frequency converters) • LV surges and surge arresters.LV insulation co-ordination • MV public distribution networks throughout the world • Neutral earthing in an industrial HV network • Overvoltages and insulation coordination in MV and HV • Power Quality • Power supply of lighting circuits • Protection of electrical distribution networks by the logic selectivity system • Protection of industrial and tertiary MV networks • Protection of MV-LV substation transformers • Residual current devices In LV • SF6 properties, and use in MV and HV switchgear • System earthings in LV • System earthings worldwide and evolutions • The behaviour of SF6 puffer circuit-breakers under exceptionally severe conditions • The IT system earthing (unearthed neutral) in LV • The singularities of the third harmonic • Thermal study of LV electric switchboards • Uninterruptible static power supplies and the protection of persons • Vacuum switching • Basics of Electricity • Basics of Electrical Products • Basics of AC Drives • Basics of AC Motors • Basics of Control Components • Basics of DC Drives • Basics of Motor Control Centers • Basics of PLCs • Basics of Sensors • Basics of Busway • Basics of Circuit Breakers • Basics of Load Centers • Basics of Meter Mounting Equipment • Basics of Panelboards • Basics of Power Monitoring • Basics of Safety Switches • Basics of Surge Protection • Basics of Switchboards • AutoCAD tutorial (uputstvo za početnike, ver.2006-2008) • AutoCAD 2007 And AutoCAD LT 2007 Bible • Beginning AutoCAD 2007 • Introduction to AutoCAD 2008 2D/3D Design • Relay Introduction • Relays – General • Electromechanical Relays • Contact System • Magnetic System – Coil • Mechanical Components • Handling & Use in Production • Quality Aspects • Standards • Electronics in and around Power Relays • Relay definitions • Part 1-Heating Definitions • Part 2-Control of heating • Systems used in Western Europe • Part 3-Secondary systems used in Europe • Part 4-Evaluation of systems and products • Part 5-Instructions for designing district heating systems • Part 6-Instructions for designing heating systems • Part 7-How to select size of products and components • Part 8-Technical data, formulas and charts • Formulas – for the calculation and dimensioning of heating products