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Synchronous Machines

Synchronous Machines

Synchronous Machines. Synchronous Machines. Synchronous generators or alternators are used to convert mechanical power derived from steam, gas, or hydraulic-turbine to ac electric power Synchronous generators are the primary source of electrical energy we consume today

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2.02k views • 48 slides
SYNCHRONOUS MACHINES

SYNCHRONOUS MACHINES

SYNCHRONOUS MACHINES. SUBMITTED BY: Ms. JASPREET KAUR ASST. PROFESSOR-EEE. Synchronous Machines. Synchronous Machines. Synchronous generators or alternators are used to convert mechanical power derived from steam, gas, or hydraulic-turbine to ac electric power

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965 views • 48 slides
Synchronous Machines

Synchronous Machines

Synchronous Machines. Synchronous Machines. Synchronous generators or alternators are used to convert mechanical power derived from steam, gas, or hydraulic-turbine to ac electric power Synchronous generators are the primary source of electrical energy we consume today

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705 views • 48 slides
Synchronous Machines

Synchronous Machines

Synchronous Machines. Synchronous Machines. Synchronous generators or alternators are used to convert mechanical power derived from steam, gas, or hydraulic-turbine to ac electric power Synchronous generators are the primary source of electrical energy we consume today

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617 views • 47 slides
PREAMBLE OF Electrical Machines and Automatic Control

PREAMBLE OF Electrical Machines and Automatic Control

PREAMBLE OF Electrical Machines and Automatic Control. PREAMBLE STRUCTURE HOLLISTIC FIX KEY CONCEPT KEY RESEARCH AREA KEY APPLICATION INDUSTRIAL APPLICATION RESEARCH HOW WE STUDY KEY JOBS PROJECTS ONE CAN DO TRENDS. INDEX. Introduction to the faculty.

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814 views • 43 slides
Advanced Power Systems

Advanced Power Systems

Advanced Power Systems. Dr. Kar U of Windsor. Dr. Kar 271 Essex Hall Email : nkar@uwindsor.ca Office Hour: Thursday, 12:00-2:00 pm http://www.uwindsor.ca/users/n/nkar/88-514.nsf GA: TBA B20 Essex Hall Email: TBA & TBA Office Hour: -----. Course Text Book :

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502 views • 41 slides
Advanced Power Systems

Advanced Power Systems

Advanced Power Systems. Dr. Kar U of Windsor. Dr. Kar 271 Essex Hall Email : nkar@uwindsor.ca Office Hour: Thursday, 12:00-2:00 pm http://www.uwindsor.ca/users/n/nkar/88-514.nsf GA: TBA B20 Essex Hall Email: TBA & TBA Office Hour: -----. Course Text Book :

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522 views • 41 slides
Advanced Power Systems

Advanced Power Systems

Advanced Power Systems. Dr. Kar U of Windsor. Dr. Kar 271 Essex Hall Email : nkar@uwindsor.ca Office Hour: Thursday, 12:00-2:00 pm http://www.uwindsor.ca/users/n/nkar/88-514.nsf GA: TBA B20 Essex Hall Email: TBA & TBA Office Hour: -----. Course Text Book :

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1.05k views • 41 slides
Distributed Generation and Power Quality

Distributed Generation and Power Quality

Distributed Generation and Power Quality. Distributed Generation. Distributed generation (DG) or distributed generation resources (DR) Backup generation to improve reliability Economics and/or diversity of fuel sources

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857 views • 30 slides
SYNCHRONOUS MACHINES

SYNCHRONOUS MACHINES

SYNCHRONOUS MACHINES. SUBMITTED BY: Ms. APOORVA KANTHWAL ASST. PROFESSOR-EEE. Synchronous machines. Construction of synchronous machines. Synchronous machines are AC machines that have a field circuit supplied by an external DC source.

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734 views • 26 slides
Modeling of Synchronous Generators

Modeling of Synchronous Generators

Modeling of Synchronous Generators. 99% of the electric power allover the world is generated by Synchronous Generators. System Components. The main components of power systems are: Generators (Synchronous Generators). Power Transformers. Transmission lines and cables. Loads:

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1.38k views • 22 slides
Basic Operation Principles and Electrical Conversion Systems of Wind Turbines

Basic Operation Principles and Electrical Conversion Systems of Wind Turbines

Basic Operation Principles and Electrical Conversion Systems of Wind Turbines. H. Polinder, S.W.H. de Haan, J.G. Slootweg, M.R. Dubois. Norpie, 14-16 June 2004. 1 Introduction. Environmental concern. 1 Structure. Introduction Basic relations Often used generator systems

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388 views • 21 slides
Power Quality Issues with Small, Tactical Generators

Power Quality Issues with Small, Tactical Generators

Power Quality Issues with Small, Tactical Generators. Agenda. Introduction Power quality definitions Equipment that affects power quality Types of generators used Power quality issues observed Possible solutions Conclusions/Recommendations Questions and Answers.

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351 views • 17 slides
Power Quality Issues with Small, Tactical Generators

Power Quality Issues with Small, Tactical Generators

Power Quality Issues with Small, Tactical Generators. Agenda. Introduction Power quality definitions Equipment that affects power quality Types of generators used Power quality issues observed Possible solutions Conclusions/Recommendations Questions and Answers.

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176 views • 17 slides
Wind farms with HVDC delivery in Load Frequency Control

Wind farms with HVDC delivery in Load Frequency Control

Wind farms with HVDC delivery in Load Frequency Control. Lingling Fan April 22, 2010. Wind farm + HVDC . Why use HVDC to deliver wind power? Off-shore wind farm, dc cable is preferred for undersea use (no need of shunt reactive power compensation)

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261 views • 13 slides
Synchronous Reactance

Synchronous Reactance

Synchronous Reactance. The value of X S can be determined by measurements of the open-circuit and short-circuit tests Test are conducted under an unsaturated core condition

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1.02k views • 8 slides
Power Quality Group (QG)

Power Quality Group (QG)

MEMBER Dita:PD, Jirada:D2, Ozawa:M1, Sato:M1, Tonouchi:B4, Hatano:B4. Power Quality Group (QG). ? Background ?. Global Warning, Paris Agreement, FIT System, etc. ? Increase amount introduced of Renewable Energy.

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Compatibility Design of Non-Salient Pole Synchronous Generator

Compatibility Design of Non-Salient Pole Synchronous Generator

This paper is focused design calculation of 30 MVA, 11 kV, 50 Hz, two pole non salient poles synchronous generator that use in gas turbine power plant. The choices of specific loadings are magnetic loading and electric loading are involved in that design calculation. The number of rotor slot selection main considered in order to avoid the undesirable effects of harmonics in the flux density wave forms. The rotors are cylindrical in shape having parallel slots on it to place rotor windings. The design system is compatibility based on where specific magnetic loading or specific electric loading with synchronous generator generate more electrical power and to get better performance. The relation between specific loading and volume of the generator, short circuit ratio and air gap length, comparison design data and efficiency due to load changing are mainly emphasized studying in this paper. Thant Zaw Oo | Aye Myo Thant "Compatibility Design of Non-Salient Pole Synchronous Generator" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-3 | Issue-4 , June 2019, URL: https://www.ijtsrd.com/papers/ijtsrd24026.pdf Paper URL: https://www.ijtsrd.com/engineering/electrical-engineering/24026/compatibility-design-of-non-salient-pole-synchronous-generator/thant-zaw-oo

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58 views • 4 slides

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