Electric Power System Engineering

Course title

E0026000

Course description

Electric power syetem is well-known energy and essentional for our life. This lecture focues on fundamental configulation, equivalent circuit, calculation method of transmission circuit. Student is expected to understand basic knowledge to preform relevant activities such as power utility, railway, electric facility design and management.

Purpose of class

The purpose of this class is to obtain capability to explain configuration and operatin of power system which consists of generation, tranmission, and distribution system.

Goals and objectives

Capable to explain configuration and operatin of power system.
Capable to explain relationship of ccircuit, voltage, current, power of three-phase circuit.
Capable to explain transmissnon and distribution system.
Capable to calculate power system circuit.

Relationship between 'Goals and Objectives' and 'Course Outcomes'

	Reports	Final examination	Total.
1.	10%	15%	25%
2.	10%	15%	25%
3.	10%	15%	25%
4.	10%	15%	25%
Total.	40%	60%	-

Evaluation method and criteria

Besed on goals and objectives, evaluation is average of reports (40%) and final examination (60%). More than 60 point is pass.
Level of 60% is that student can surely answer the reports and final examination.

Language

Japanese

Class schedule

	Class schedule	HW assignments (Including preparation and review of the class.)	Amount of Time Required
1.	Abstruct of power system; system configulation, utility operatower	Examn syllbus in advance to the class.	50minutes
2.	Power enegey, supply and demand balance	Review	200minutes
3.	Generation metohd (1); hydro generation, thermal generation, nuclear generation	Prepare to read the relevant page of the textbook	200minutes
4.	Generation method (2); photovoltaic generation, wind power generation	Prepare to read the relevant page of the textbook	200minutes
5.	Transmission and distrubution method; transmission voltage, distribution voltage	Prepare to read the relevant page of the textbook	200minutes
6.	Distribution system (1); configuration of distribution system, grounding method	Prepare to read the relevant page of the textbook	200minutes
7.	Distribution system (2); control of distribution system, protection relay	Prepare to read the relevant page of the textbook	200minutes
8.	Power circuit; complex notation, AC power	Prepare to read the relevant page of the textbook	200minutes
9.	Three-phase circuit (1); comparison with single-phase circuit, waveform of three-phase circuit	Prepare to read the relevant page of the textbook	200minutes
10.	Three-phase circuit (2); wireing method and single-line equivalent circult, delta-wye conversion	Prepare to read the relevant page of the textbook	200minutes
11.	Per unit method; feature of power unit method, conversion of transformer	Prepare to read the relevant page of the textbook	200minutes
12.	Transmission line (1); structure of transmission line, derivation of equivalent circuit of transmission len	Prepare to read the relevant page of the textbook	200minutes
13.	Transmission line (2); distributed constant circuit, approximated circuit	Prepare to read the relevant page of the textbook	200minutes
14.	Conclusion; final examination and explanation of answer	Preview all of itrems	200minutes
Total.	-	-	2650minutes