אאא

אא

אאאאאאא אאאא

אאאאאא

- 1 -

אאא

אא א אא

K K

אLאאאאא

1101 FאE 20 17 6 0 23

2101 א 3 3 0 1 4 101

3101 2 2 0 0 2 101

4101 א 2 0 4 0 4 101

א

א

א

אא27 22 10 1 33

אאאאאא

- 2 -

אא

א אא

K K

אLאאאאא

1142 אJ1 101 3 3 0 1 4 142 2185א 4 4 0 2 6 101H102 3103 2 0 4 0 4 103 4180א 3 0 6 0 6 180 5104אאא 1 0 2 0 2 104 6105א105 1 0 0 1 1 א 7101 2 2 0 0 2 101 8102 5 0 10 0 10

א

א

א

אא 21 10 22 3 35

אאאאאא

- 3 -

אא

א אא K K

אLאאאאא

1221אא 185 2 2 0 0 2 221

2286אא 185 5 4 2 0 6

222J224J226

3223א185 2 2 0 0 2 223

4280אא 180 4 0 8 0 8 182J184

5282אא

א 180 2 0 4 0 4 282

6102 2 2 0 0 2 7103 5 0 10 0 10

א

א

א

אא 22 10 24 0 34

אאאא אא

- 4 -

א אא א

185 א א אא

אא

אW אW

• אא • א• אאא• אאא • אא • אאא • אאאא• אאאא

אא1234

אא4

4

א

FLE4

אאאW אאאאאאא

אאאאאאאאאאאא

אאאא אא

- 5 -

אאא

א אאאא WאאאאW

אאW

אאא • אאאא

אא • אא

א

• אא

אK

אא • אאK

אאא • אאא

אא

אאא • אאא

אא

אאא • אאא

אאא • אאא

אאא

א • אאא

א

אאא • אאא

אא • אא

אאאאא

• אאאאא

אאא • אאאא

א–אאJא • אא–אאJ

א

אאא • אאא

אא • אאא

אאאא• אאאא

א

אאאא אא

- 6 -

אאא • אאאא

אאאאא

• אאאאא

אא

א • אאא

א

אאא

אאא • אאאא

אאא

WאאאWאאW

אאא • אאא

א

א • אא

אא

אא • אאאא

א • א אא • אא אא • אא • • אא

אא • אאא

אאאא

• אאא

• א א • אא

אאאW אאא

אאאא אא

- 7 -

אאא אאא • אא(Electrostatics) • א • אאאK • אאא • אא(Electromagnetism) • אאא • אאא • אאאאא

• Electrical Technology, Edward Hughes • Introductory Circuit Analysis, Robert L. Boylestad, 2000 • Principles of Electric circuits, Thomas L. Floyd, 1999 • Fundamentals of Electric Circuits, Charles K. Alexander, N. O.

Sadiaka, 2000 • Electric Circuits, Joseph Edminister, Mahmood Nahoi, 1997

אא

אאאא אא

- 8 -

אאא

אא א א

אא אא אאא

1JאאFElectrostaticsEאאW

• אא• א• • אאא • אא • אא • אא• אא• א

אאW• אא • אא• אאאאא • אאא • אא

6

אא אא אאא

2Jא• אאא• אא • אJאאJ • אאא • אאאאא• אאאא–אא

א

3

אאאא אא

- 9 -

אאא

אא א א

אא אא אאא

3JאאאאאW

• אא • א • אאא • אJא •

אאאאאאאאאאאW

• אאא• אאא • אא • אאא

אאאW • א–Jא• אא • אאאאאאאא •

אW • אאא • אאא • אא • אאאא–

אא–אא W

• •

9

אאאא אא

- 10 -

אאא

אא א א

אא אא אאא

אאאאW• אאא• א • אאא• א• אא–א • א • אא• אאאאאא

אא אא אאא

4JאאאאאאאאאW

• אא • אא(Mesh Current Method)• א(Node Voltage Method) • אF(Superposition Theorem

אא

6

אא אא אאא

5Jאא(Electromagnetism) • אאאא • אאא

FאאE • אאא

• אאJאאJאא

• אאאאאא

• אאאא • אאאאא

8

אאאא אא

- 11 -

אאא

אא א א אאא

• אאאאאאא –אאאא •

אא אא אאא

6Jאאא• אאאאא • אאאא • אא • אאאאאא • אאאא • אאאא • אא • א

7

אא אא

אאא

7Jאאא אא

• אאא • אאא• אא• אאא• א • אא• אאאאאא • אאא(Peak Factor and

Form factor) • אא • א • אאא • אא

אאאאאאאא

24

אאאא אא

- 12 -

אאא

אא א א • אאאאא• אאאאא• אאאאא • אאאא• אאא• אאאאRL, RC , RLC,• א • אאאא

• אאאאRL, RC , RLC,• א • אאאא • אאאאא • אאא

אא אא אאא

אאאאאא • אא• אא• אא• אאאאאא

אFאE • א • אאאאא

אא אא אאא

8Jאאאא • א • אא • א• אאאאא • א • אא אא

18

אאאא אא

- 13 -

אאא

אא א א א

• אא• אאאאאאא

א • אא(Two

wattmeters Method of Measuring Power)

אאאא אא

- 14 -

אא א

103 א אא אא

אW

אא1234

אא2

0

4א

FLE0

אאאW אאאאאאאא

אאאאאאאא

אאא

אאא אאאא WאאאאW

אאW

אא • אאא

אא • אאא

אאאא

אא• אאאאא

אא

אאא

• אא

FאאE

אאאאא

אא• אא

FאאE

אאא

• אאאא

אאא

אאאא אא

- 15 -

אאא

אאא• אאאאא

FאE

אאאא

אא• אאאא

א

אאא

• אאא

אאאאאאא

• אאאאאא

WאאאWאאW

• א

• אB2, B6, F9,

C6 אאא

• אאא

אאאWאאאאאאא

אK

אאאא אא

- 16 -

אאא אאא • אאא

• אאאאא

• אאאא

• אאאאFאE

• אא

• אא

• אאאא

• אא

אאאא אא

- 17 -

אאא

אא א א

אאאאא

אאאא

א

1–אאא• א • אאא • אאאאא• אאא• אא• אאאא • אא• אאאא• אאאאFאאE

18

אאאאא

אאאא

א

2Jאאאאא• א • אאאאא • אאאאא

6

אאאאא

אאאא

א

3Jאאאא• אאאא • אאאא • אאאא • א

4

אאאאא

אאאא א

4JאאאאFאE• אאאאא • אאאאאאא

- אאא - אאא • אאאאאא • אאאאא

4

אאאא אא

- 18 -

אאא

אא א א

אאאאא

אאאא

א

5Jאא• • אאא • • אאא

4

אאאאא

אאאא

א

6Jאא• אFאאE• אאאאא

- אאא - אאא• אאאאאא

- אאאאאאא

- אF––E

• אאאאאא - אאאא

F––E - אאאא

F––E - אא

8

אאאאא

אאאא

א

7Jאאאא• אCTאאא• אPTאאא • אאאא • אאא

4

אאא 8Jאא 8

אאאא אא

- 19 -

אאא

אא א אאא

אאאא

א

• אFאאאE- אאאאאא - אאאאאא

- אאאאאא

• Electrical Technology, Edward Hughas • Introductory Circuit Analysis, Robert L. Boylestad, 2000 • Principles of Electric circuits, Thomas L. Floyd, 1999 • Fundamentals of Electric Circuits, Charles K. Alexander, N. O.

Sadiaka, 2000 • Electric Circuits, Joseph Edminister, Mahmood Nahoi, 1997

אאW

אאאא אא

- 20 -

אא

אאא180

אWאאאאאאאאאאאא

אאאא{אאאאK

אא1234

אא3

0

6א

FLE0

אאאWאאאאאאאאאא

א א א ،א א א

אאאWאאאאW

אאWאאאאאאא

• אאאאאאאאא

אאאאא

• אאאאאא

אאאאאא

A4 معارف أساسية

• אאאאא

אאאאא

معارف أساسيةE2, E3, E5

• אאא

אאאאאאאאא

אאא معارف أساسية

אאאא אא

- 21 -

• אאאאאא

א

• אאאאB15, C10, D12, E14

WאאאאאW

• אאאאאאאאאאA2

• אאאאאאאא

A3

אאאאאאא •אאאא

אאאאאאA4

• אאאאא

אאאW אאאאאאאאאאאאא

אאK

אאאWאאא• אאאא

אאA3, A4 • אא

אא

• אאאאE2, E3, E5

אאאאא

• אאא אאאא

א

• אאא אאא

א

אאאא אא

- 22 -

אאא

אאאא1K אאאאאא. • אאW

- אאא- אאאא - אאא - אאא - אאK - אאK - אאK - אK • אאW

- אאא - אא - אא - אאK - אאK - אא

אאFאאאE

אא אא

9

2K אאאא • אאא

- אאאאK - אאאK - אאאK

• אאK - - -

אאFאאאE

אא אא

אאאא אא

- 23 -

אאא

אאאא

30

3K אאא• אא

- אאאW - אאאאאK - אאאאK

• א - אJא - א–אJא - אJאא - אאJאא - אJאJא

• א- אאא

אאאW - אא - אאאאאK

אאאאאא - א - אJא - א - אא -

אאFאאאE

אא אא

אאאא אא

- 24 -

אאא

אאאא

30

4K אאא• א

- אאא - אK

• א - אאK - אאאא

אאFאאאE

אא אא

10

• אW - אאאK - K - אאFאאאא

אאאE - אK - אK - Wאאא

FאE - Wאאא - WY

אאFאאאE

אא אא

3

• אאאאאאא

אאאKאאאאאאא.

אאFאאאE

אא אא

אאאא אא

- 25 -

א אא א

104 א אאא אא אא

אW

אא1234

אא1

0

2א

FLE0

אאאWאאאאאאאא

אאאאאאK

אאא אאאא אאא

WאאאאW

אאW

B1 אא • אאא

C1 אאא

• אאא

F2, G2 אא • אא

אא • אאאא

א

אאאא אא

- 26 -

WאאאWאאW

B1, B7, C2 – C9, E1 – E3, E5, E10, F2- F6, F8,

G2, G4

אאאא

• אא

A7, A8, B1, B2, B4 – B14, C2 – C9, E1 – E3, E5, E10, F2- F6, F8, G2,

G4

אא• אא

א

B1, B7, C2 – C9, E5, E10, F2- F6, F8, G2, G4 אאא • אא

B14, E1 – E3, E5, E10, F2- F6, F8, G2, G4

אאאאאא

• אאא

B7, C5, E1 – E3, E5, E10, F2- F6, F8

אאאאאא

• אאא

B9, E1 – E3, E5, E10, F2- F6, F8, G2, G4

אאאאאא

אאא •א

אאאWאאאאאא אאא

• אאא• אאאאא• אאא• אאאאאא

• אאאא

א

אאאאאאאא

אא

אאא

אאא

אא

A7, A8, B1,

B2, B4 – B14, C2 – C9, E1 – E3, E5, E10, F2- F6, F8,

G2, G4

• אאא

אאאא אא

- 27 -

אא

אא א א

אא

אאWJ אאאJ אאאאJ אאאאאאJ אאאאJ א J אא- אא

8

אא

אאWJ אאאאJ אאאאKJ אאאJ אאאאאKK- אא

4

אא

אאWJ אאאאאJ אKJ אאאJ אאאאאKJ אאאאאא

4

אאאא אא

- 28 -

אא

אא א א

אא

אאאW אאא

אאאאא

אאאאאאK

אאאא

אאאאאאאאאאאאאאאא

אאאאאאKאאאאאא

4

אא

אא: אאאאא

אאאאאאאאאאא

4

אא

אא: אאא

אאK

אאא

אאא

א

4

אאאא אא

- 29 -

(1) Technical drawing., Pak German Training Programme.

(2) Engineering Drawing,. By Prof. Michel Ghalioungui and Dr. M. A. H. El- Rakabawy

(3) Graphical Symbols for Electrical Power and Electronics Diagrams, I C 7.

(4) Experimentier Bausteinsysteem, By Siemens

F5Eאא–אא–א،אא

אאW

אאאא אא

- 30 -

א אא א

105 א אא אא

אWאאאאאאאאאאא

אאאאאאאאאאאאאאאK

אאאא • אאאאאאא אאאאא •

אא1234

אא1

1

0א

FLE0

אאאW אאאאאאאאאאאאאאאאאאא

אאאאאאאאאאאאא

אאאא אא

- 31 -

אאא

אאא אאאא WאאאאW

אאW

• אאאאאא

א

אאא

אא • אאא

• אאאא

אא • אאאא • אאאא

• אאאא

א

WאאאW אאW

אאאא

א • אאאאאאא

אאא• אאאאא

א

אא

א • אאאא

אא • אאא

אא

• אאאא

אאא

• אאאא

אאאWאאא

אאאא אא

- 32 -

אאאא אאא • אאאאאאא

אאא A • אאאאא

• אאא{אא

א

• אאאאא

א • אאא

• אאאא

אאאא אא

- 33 -

אאא

אא א א

1K אאאאאאא

אאאאא 1

אא אא אאא

2K אאאאא• אאא • א • אאאאא • אא • אאאא • אא • אא • אא • אאא • אא • אאאא

2

אא אא אאא

3K אאא{אאאאאא

• א • אא • אאאא • א • אאאא • אאא • אא • אא • אא • א • אא

4

אאאא אא

- 34 -

אאא

אא א א • אא • אא • אא

אא אא אאא

4K אאאאאאאאאא

• • א • {אא • אא

2

אא אא אאא

5K אאאאא

• •

אאא • א • א • אא • א • אאאא

אאאא • אאא • אאא

אאאאא• אא• א

3

אאאא אא

- 35 -

אאא

אא א א

אא אא אאא

6K אאאאאאאא

אאאאאאא אאא

• א • א אאאא •

2

• Electrical Safety Engineering, W. Fordham, Butterworth-Heinemann, 1997

• אאJJאא • אאאאא–Kא–אאאא

אא

אאאא אא

- 36 -

אאאא

221אאאאא185

אWאאאאאאאא

אאאאאא،אאKאאאא

אאאאאאאא{אאאאאאK

אא1234

אא2

2

0א

FLE0

Wאאאאאאאאא

אאאKאאא

WאאאאWאאWאאאאאאא

• אאאאE2, E13, G4

• אאאאאא

אאH2, H3, H6,

G2

• אאאאאאא

אB12

• אאאאאא

אאאאKH2, B11

אאאא אא

- 37 -

אאאא אא

- 38 -

• אאאא

אאאאאא

אאא

• אאאאא

• אאאא

אאאאאאא

B10, D4, E12, H7

WאאאWFאאEאאW

• אאאאאאE2, E13, E3, G4,

B12 • אאאאאE3,E13• אאאאאאאאE13• אאאא E12, B10 • אאאE12, E 3 • אאאאB12

אאאWאאאאאאאאאאאאK

אאאאאא• אא • • אאB12 אאא

• אאאB12• אאB11 אא

• א

• אאB12 אאא

• אאB10 אאא

אאאא אא

- 39 -

אאא

אאאא

4

1J• אא• אא

− אאא − אאא

4

2Jאא • א • א

− אאאF–EKKKK − אאאF–EKKKK • א

− אא − אא − א

אאא

אא

23Jאא

• אאא• אאא

אאא

אא

2

4Jאאא• אא• אאאK• אאK• אאא

אאא

אא

אאאא אא

- 40 -

אאא

אאאא

4

5Jאא• אאא

− − • אאא

− אא

אאא

אא

4

6Jא• א• א• א• אא

אאא

אא

4

7Jאא• אالمصابيح • אאאאא• א

אאא

אא

4

8Jאא• א• א• א• א

אאא

אא

אאאא אא

- 41 -

• אאKאKאאא–J1996

• The Electrical Power Engineering Handbook, Leo L. Grigsby, Marcel Dekker, New York, 1994.

• Power Distribution Planning Reference Book, H. Lee Willis, ABB Inc., North Carolina, 2004.

• Electrical Power Distribution and Transmission, L.M. Faulkenberry and W. Coffer, Prentice-Hall, 1996

• אאאKKאאאא

אא

אאאא אא

- 42 -

אא

280אאאאא180

אW

אאאאאאאאאא،אאאאאאא

אאאKאא

אא1234

אא4

0

8א

FLE0

Wאאא אא א אא אאא א

א אא אא ، א א אאאאאKאאK

אאאWאאאאW

אאWאאא

אאאא

• אאאאאא

א

אאא

B1, B2, C1, C2, C3, C4, C6

• אאאאא

אאB3, B5

• אאאאאאאא

C2

אאאא אא

- 43 -

אאא

אאאא אא

- 44 -

• אאאאאא

אאאאC3

• אאאאאאאאא

אאאC4

• אאאאא

אאC6

• אאאאB6 • אאאאB13 • אאאאאאאאB14

WאאאWאאW

אאאא

• אאאא • B1, B2, C1, C2,

C3, C4, C6

• אאאאאא

אאאאאB2

• אאאא

אאאא

א C2

• אאאאאא C3

• אאאאא

C4

• אאאאאאאא

א C6

• אאאאאא

אאאB6

אאאא אא

- 45 -

• אאאאאאאא

B5

• אאאא

אא

B5

• אאאאא

אאאאאאאא

B4

• אאאאאא

אא B2

• אאאאאאאא

אא

אאאאאא

B3

אאאW אאאאאאאאאאאא

אאאK

אאאא אא

- 46 -

אאאEאאFאא

• אאאאאA • אאא

• אאאאאא

• אאאB,C

אאאאאאאא

• אאאאא

I1

B1-B13

אאאאא

אאאאא

• אFEB6 אאא

א• אFE

• אאFEB6, B13, I1

אאאאא

• אFEB6, E2-E4 א

אאאא אא

- 47 -

אאא

אאאא

8

1Jאאאאא− אאאאFאKE

− אאאא،אאאא

K

אאFאאאE

אאאא

12

2Jאאאאאא Kאאאאא −

− אאאK

− אאאאאאK

− אא

− אאאאאאאKK

− אאאאאא

− אK

− Wאאא

− Wאא151אאאK

אאFאאאE

אאאא

אאאא אא

- 48 -

אאא

אאאא

36

3JאאאK − אאאאאא

אאאאאאאאאאK

− אאאאאאאאאאאאאאאא

אK − אא

אאאאאאאK − Wאא − WאK − WאK − WFאEא − WFEא − WאאFEא − Wאאאאא

אK − W

אK

אאFאאאE

אאאא

אאאא אא

- 49 -

אאא

אאאא

12

4Jאאאאא− אאאאFאKE − אאאא

אאאא،K

אאאאא

− WאאאאאK

− WאאאאK

− WאאאאK

− WאאאK

− WFEאא

אK

אאFאאאE

אאאא

8

5–אFE− K אאאא −− אאאאK − אאאK − אאאK − אאא

אאFאאאE

אאאא

אאאא אא

- 50 -

אאא

אאאא

16

6–אFE− אאאא − אאאא − WאK − אא

אאFאאאE

אאאא

47–אאFE

− אאאאאאאK − אK

אאFאאאE

אאאא

8

8–אFE− אא אصيانة القواطع −− א(bus bars) − אאK

אאFאאאE

אאאא

Top 2 and 4: Electric Power Engineering Proficiency Course, Deutsche Gesellschaft Fur Technische Zusammenarbeit (GTZ) אא

אאאא אא

- 51 -

אאאא

286אאאאא185

אW

אאאאאאאאאאאאאאאא{אאאא

אאאKאאאאאאאאאאאאא،א

،אאאאאאאא

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G4, B12

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אאאW

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אאא

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1–אא אאא • • • • אאא

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5Jאאאא• אא(Skin effect) • אא(Corona) • אאאא

)وصفي بدون حسابات(

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2

6Jאא• א• א• אאא• אאא• א• א

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אאא

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• א − א − א − א − א • א• אא• אאא

אא• א − אFאE − א − א • א• אאא

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10

9-אא (Transformer Substation)

− אא • א • א − א

• • א • א(Bus Schemes)

א א

• אאאא • אא • אאאא • א • א • א • א א (Gas Insulated Substation)

אאא

א

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אאא

אאאא

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2Jאאאאא• א • א• א • אאא• אאא

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3Jאאאאא• אFאאאE• א • א • א• אא• אא

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- 60 -

• Electric Power Systems, Syed A. Nasar and F. C. Trutt, Taylor and

Fracis, 2001. • Electrical Power Cable Engineering, 2nd Edition, William A. Thue,

Taylor and Fracis, 2003. • Electric Power Systems, J.A. Harrison, McGraw Hill, 1996 • Power System Analysis, C.A. Gross, J. Wiley & Sons Ltd, 1997 • Elements of power system analysis, W. D. Stevenson, McGrew Hill

International Edition. • Guide to Electrical Power Generation, 3rd Edition, Anthony J. Pansini and

K. D. Smalling, Taylor and Francis, 2005. • Wind and Solar Power Systems: Design, Analysis and Operation, 2nd

Edition, Mukund R. Patel, Taylor and Francis, 2005 • Electric Power Generation, R.K. Garg, Khama Publishers, Delhi • The Electrical Power Engineering Handbook, Leo L. Grigsby, Marcel

Dekker, New York, 1994. • Power Distribution Planning Reference Book, H. Lee Willis, ABB

Inc., North Carolina, 2004. • Electrical Power Distribution and Transmission, L.M. Faulkenberry

and W. Coffer, Prentice-Hall, 1996

• אאאKKאאאא• אאKאKאאא–J

1996

אא

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C6

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1 – אאא• אאאאאאא

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Top 2 and 4: Electric Power Engineering Proficiency Course, Deutsche Gesellschaft Fur Technische Zusammenarbeit (GTZ) אא

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• אאאאKE3, E13

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א

• Testing, Commissioning, Operation & Maintenance of Electrical Equiment, S. Rao, Khanna Publishers, Delhi, 2002.

• Power system commissioning and Maintenance Practice, K. Harker, IEEE, 1998.

• Power Station Maintenance, Professional Engineering Publishers, Wiley Publisher, 2000.

• Electrical Power System Technology, S.W. Fardo and D.R. Patrick, Butterworth-Heinemann, 1997

• Standard Handbook for Electrical Engineers, Mc Graw Hill

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