Reports

Section Usage Report

MARCHE :NOM DE LA LIGNE : LIGNE 400 kV HASSI AMEUR-TOSYALI BETHIOUACLIENT : Compagnie de l' Engineering de L'Electricite et du Gaz <<CEEG. Spa>>CONSTRUCTEUR :

REFERENCE DU PROFILE : 1001-KIM-RHT-2016-DET-HAMT


Sec No. Cable Name From Str. To Str. Percent Usage OK/NG

1 opgw Travée1 1 5.1 OK 2 aster570 Travée1 1 3.7 OK 3 opgw 1 2 5.5 OK 4 aster570 1 2 5.6 OK 5 opgw 2 3 55.9 OK 6 aster570 2 3 58.5 OK 7 opgw 3 4 58.3 OK 8 aster570 3 4 57.4 OK 9 opgw 4 5 70 OK 10 aster570 4 5 70.6 OK 11 opgw 5 6 69.8 OK 12 aster570 5 6 70.1 OK 13 opgw 6 7 69.6 OK 14 aster570 6 7 69.8 OK 15 opgw 7 8 71.7 OK 16 116mm2 7 8 52 OK 17 aster570 7 8 71.4 OK 18 opgw 8 11 69.3 OK 19 116mm2 8 11 50.7 OK 20 aster570 8 11 69.6 OK 21 opgw 11 12 75.7 OK 22 116mm2 11 12 54 OK 23 aster570 11 12 77 OK 24 opgw 12 13 79.6 OK 25 116mm2 12 13 55.9 OK 26 aster570 12 13 81.8 OK 27 opgw 13 18 77.7 OK 28 116mm2 13 18 56.4 OK 29 aster570 13 18 77.5 OK 30 opgw 18 20 79.2 OK




31 116mm2 18 20 55.6 OK 32 aster570 18 20 80.9 OK 33 opgw 20 25 88.3 OK 34 116mm2 20 25 62.8 OK 35 aster570 20 25 89.8 OK 36 opgw 25 27 48.2 OK 37 116mm2 25 27 35.2 OK 38 aster570 25 27 48.6 OK 39 opgw 27 31 80.9 OK 40 116mm2 27 31 57.9 OK 41 aster570 27 31 80.9 OK 42 opgw 31 32 77.6 OK 43 116mm2 31 32 54.8 OK 44 aster570 31 32 79.3 OK 45 opgw 32 35 79.6 OK 46 116mm2 32 35 57.5 OK 47 aster570 32 35 79.7 OK 48 opgw 35 43 77.9 OK 49 116mm2 35 43 56.6 OK 50 aster570 35 43 77.8 OK 51 opgw 43 47 72.1 OK 52 116mm2 43 47 52 OK 53 aster570 43 47 72.7 OK 54 opgw 47 51 79.2 OK 55 116mm2 47 51 57.1 OK 56 aster570 47 51 78.9 OK 57 opgw 51 58 80.8 OK 58 116mm2 51 58 57.9 OK 59 aster570 51 58 80.8 OK 60 opgw 58 61 73.7 OK 61 116mm2 58 61 52.8 OK 62 aster570 58 61 74.7 OK 63 opgw 61 62 78.3 OK 64 116mm2 61 62 56.5 OK 65 aster570 61 62 77.9 OK




66 opgw 62 64 83.8 OK 67 116mm2 62 64 59.1 OK 68 aster570 62 64 84.1 OK 69 opgw 64 65 26.3 OK 70 116mm2 64 65 17.7 OK 71 aster570 64 65 25.7 OK 72 opgw 65 66 50.3 OK 73 aster570 65 66 49.9 OK 74 opgw 66 67 73.1 OK 75 aster570 66 67 73.2 OK 76 opgw 67 Travée2 6.2 OK 77 116mm2 67 Travée2 4.6 OK 78 aster570 67 Travée2 6.1 OK




Check Section Summary* designates highest percent of allowable capacity.

Sec No. Cable Name From Str. No. To Str. No. WC No.

1 opgw Travée1 1 1 Hypothese A1 opgw Travée1 1 3 Hypothese B1 opgw Travée1 1 4 Hypothese EDS2 aster570 Travée1 1 1 Hypothese A2 aster570 Travée1 1 3 Hypothese B2 aster570 Travée1 1 4 Hypothese EDS3 opgw 1 2 1 Hypothese A3 opgw 1 2 3 Hypothese B3 opgw 1 2 4 Hypothese EDS4 aster570 1 2 1 Hypothese A4 aster570 1 2 3 Hypothese B4 aster570 1 2 4 Hypothese EDS5 opgw 2 3 1 Hypothese A5 opgw 2 3 3 Hypothese B5 opgw 2 3 4 Hypothese EDS6 aster570 2 3 1 Hypothese A6 aster570 2 3 3 Hypothese B6 aster570 2 3 4 Hypothese EDS7 opgw 3 4 1 Hypothese A7 opgw 3 4 3 Hypothese B7 opgw 3 4 4 Hypothese EDS8 aster570 3 4 1 Hypothese A8 aster570 3 4 3 Hypothese B8 aster570 3 4 4 Hypothese EDS9 opgw 4 5 1 Hypothese A9 opgw 4 5 3 Hypothese B9 opgw 4 5 4 Hypothese EDS10 aster570 4 5 1 Hypothese A10 aster570 4 5 3 Hypothese B10 aster570 4 5 4 Hypothese EDS

Weather Case Description




11 opgw 5 6 1 Hypothese A11 opgw 5 6 3 Hypothese B11 opgw 5 6 4 Hypothese EDS12 aster570 5 6 1 Hypothese A12 aster570 5 6 3 Hypothese B12 aster570 5 6 4 Hypothese EDS13 opgw 6 7 1 Hypothese A13 opgw 6 7 3 Hypothese B13 opgw 6 7 4 Hypothese EDS14 aster570 6 7 1 Hypothese A14 aster570 6 7 3 Hypothese B14 aster570 6 7 4 Hypothese EDS15 opgw 7 8 1 Hypothese A15 opgw 7 8 3 Hypothese B15 opgw 7 8 4 Hypothese EDS16 116mm2 7 8 1 Hypothese A16 116mm2 7 8 3 Hypothese B16 116mm2 7 8 4 Hypothese EDS17 aster570 7 8 1 Hypothese A17 aster570 7 8 3 Hypothese B17 aster570 7 8 4 Hypothese EDS18 opgw 8 11 1 Hypothese A18 opgw 8 11 3 Hypothese B18 opgw 8 11 4 Hypothese EDS19 116mm2 8 11 1 Hypothese A19 116mm2 8 11 3 Hypothese B19 116mm2 8 11 4 Hypothese EDS20 aster570 8 11 1 Hypothese A20 aster570 8 11 3 Hypothese B20 aster570 8 11 4 Hypothese EDS21 opgw 11 12 1 Hypothese A21 opgw 11 12 3 Hypothese B21 opgw 11 12 4 Hypothese EDS22 116mm2 11 12 1 Hypothese A22 116mm2 11 12 3 Hypothese B




22 116mm2 11 12 4 Hypothese EDS23 aster570 11 12 1 Hypothese A23 aster570 11 12 3 Hypothese B23 aster570 11 12 4 Hypothese EDS24 opgw 12 13 1 Hypothese A24 opgw 12 13 3 Hypothese B24 opgw 12 13 4 Hypothese EDS25 116mm2 12 13 1 Hypothese A25 116mm2 12 13 3 Hypothese B25 116mm2 12 13 4 Hypothese EDS26 aster570 12 13 1 Hypothese A26 aster570 12 13 3 Hypothese B26 aster570 12 13 4 Hypothese EDS27 opgw 13 18 1 Hypothese A27 opgw 13 18 3 Hypothese B27 opgw 13 18 4 Hypothese EDS28 116mm2 13 18 1 Hypothese A28 116mm2 13 18 3 Hypothese B28 116mm2 13 18 4 Hypothese EDS29 aster570 13 18 1 Hypothese A29 aster570 13 18 3 Hypothese B29 aster570 13 18 4 Hypothese EDS30 opgw 18 20 1 Hypothese A30 opgw 18 20 3 Hypothese B30 opgw 18 20 4 Hypothese EDS31 116mm2 18 20 1 Hypothese A31 116mm2 18 20 3 Hypothese B31 116mm2 18 20 4 Hypothese EDS32 aster570 18 20 1 Hypothese A32 aster570 18 20 3 Hypothese B32 aster570 18 20 4 Hypothese EDS33 opgw 20 25 1 Hypothese A33 opgw 20 25 3 Hypothese B33 opgw 20 25 4 Hypothese EDS34 116mm2 20 25 1 Hypothese A




34 116mm2 20 25 3 Hypothese B34 116mm2 20 25 4 Hypothese EDS35 aster570 20 25 1 Hypothese A35 aster570 20 25 3 Hypothese B35 aster570 20 25 4 Hypothese EDS36 opgw 25 27 1 Hypothese A36 opgw 25 27 3 Hypothese B36 opgw 25 27 4 Hypothese EDS37 116mm2 25 27 1 Hypothese A37 116mm2 25 27 3 Hypothese B37 116mm2 25 27 4 Hypothese EDS38 aster570 25 27 1 Hypothese A38 aster570 25 27 3 Hypothese B38 aster570 25 27 4 Hypothese EDS39 opgw 27 31 1 Hypothese A39 opgw 27 31 3 Hypothese B39 opgw 27 31 4 Hypothese EDS40 116mm2 27 31 1 Hypothese A40 116mm2 27 31 3 Hypothese B40 116mm2 27 31 4 Hypothese EDS41 aster570 27 31 1 Hypothese A41 aster570 27 31 3 Hypothese B41 aster570 27 31 4 Hypothese EDS42 opgw 31 32 1 Hypothese A42 opgw 31 32 3 Hypothese B42 opgw 31 32 4 Hypothese EDS43 116mm2 31 32 1 Hypothese A43 116mm2 31 32 3 Hypothese B43 116mm2 31 32 4 Hypothese EDS44 aster570 31 32 1 Hypothese A44 aster570 31 32 3 Hypothese B44 aster570 31 32 4 Hypothese EDS45 opgw 32 35 1 Hypothese A45 opgw 32 35 3 Hypothese B45 opgw 32 35 4 Hypothese EDS




46 116mm2 32 35 1 Hypothese A46 116mm2 32 35 3 Hypothese B46 116mm2 32 35 4 Hypothese EDS47 aster570 32 35 1 Hypothese A47 aster570 32 35 3 Hypothese B47 aster570 32 35 4 Hypothese EDS48 opgw 35 43 1 Hypothese A48 opgw 35 43 3 Hypothese B48 opgw 35 43 4 Hypothese EDS49 116mm2 35 43 1 Hypothese A49 116mm2 35 43 3 Hypothese B49 116mm2 35 43 4 Hypothese EDS50 aster570 35 43 1 Hypothese A50 aster570 35 43 3 Hypothese B50 aster570 35 43 4 Hypothese EDS51 opgw 43 47 1 Hypothese A51 opgw 43 47 3 Hypothese B51 opgw 43 47 4 Hypothese EDS52 116mm2 43 47 1 Hypothese A52 116mm2 43 47 3 Hypothese B52 116mm2 43 47 4 Hypothese EDS53 aster570 43 47 1 Hypothese A53 aster570 43 47 3 Hypothese B53 aster570 43 47 4 Hypothese EDS54 opgw 47 51 1 Hypothese A54 opgw 47 51 3 Hypothese B54 opgw 47 51 4 Hypothese EDS55 116mm2 47 51 1 Hypothese A55 116mm2 47 51 3 Hypothese B55 116mm2 47 51 4 Hypothese EDS56 aster570 47 51 1 Hypothese A56 aster570 47 51 3 Hypothese B56 aster570 47 51 4 Hypothese EDS57 opgw 51 58 1 Hypothese A57 opgw 51 58 3 Hypothese B




57 opgw 51 58 4 Hypothese EDS58 116mm2 51 58 1 Hypothese A58 116mm2 51 58 3 Hypothese B58 116mm2 51 58 4 Hypothese EDS59 aster570 51 58 1 Hypothese A59 aster570 51 58 3 Hypothese B59 aster570 51 58 4 Hypothese EDS60 opgw 58 61 1 Hypothese A60 opgw 58 61 3 Hypothese B60 opgw 58 61 4 Hypothese EDS61 116mm2 58 61 1 Hypothese A61 116mm2 58 61 3 Hypothese B61 116mm2 58 61 4 Hypothese EDS62 aster570 58 61 1 Hypothese A62 aster570 58 61 3 Hypothese B62 aster570 58 61 4 Hypothese EDS63 opgw 61 62 1 Hypothese A63 opgw 61 62 3 Hypothese B63 opgw 61 62 4 Hypothese EDS64 116mm2 61 62 1 Hypothese A64 116mm2 61 62 3 Hypothese B64 116mm2 61 62 4 Hypothese EDS65 aster570 61 62 1 Hypothese A65 aster570 61 62 3 Hypothese B65 aster570 61 62 4 Hypothese EDS66 opgw 62 64 1 Hypothese A66 opgw 62 64 3 Hypothese B66 opgw 62 64 4 Hypothese EDS67 116mm2 62 64 1 Hypothese A67 116mm2 62 64 3 Hypothese B67 116mm2 62 64 4 Hypothese EDS68 aster570 62 64 1 Hypothese A68 aster570 62 64 3 Hypothese B68 aster570 62 64 4 Hypothese EDS69 opgw 64 65 1 Hypothese A




69 opgw 64 65 3 Hypothese B69 opgw 64 65 4 Hypothese EDS70 116mm2 64 65 1 Hypothese A70 116mm2 64 65 3 Hypothese B70 116mm2 64 65 4 Hypothese EDS71 aster570 64 65 1 Hypothese A71 aster570 64 65 3 Hypothese B71 aster570 64 65 4 Hypothese EDS72 opgw 65 66 1 Hypothese A72 opgw 65 66 3 Hypothese B72 opgw 65 66 4 Hypothese EDS73 aster570 65 66 1 Hypothese A73 aster570 65 66 3 Hypothese B73 aster570 65 66 4 Hypothese EDS74 opgw 66 67 1 Hypothese A74 opgw 66 67 3 Hypothese B74 opgw 66 67 4 Hypothese EDS75 aster570 66 67 1 Hypothese A75 aster570 66 67 3 Hypothese B75 aster570 66 67 4 Hypothese EDS76 opgw 67 Travée2 1 Hypothese A76 opgw 67 Travée2 3 Hypothese B76 opgw 67 Travée2 4 Hypothese EDS77 116mm2 67 Travée2 1 Hypothese A77 116mm2 67 Travée2 3 Hypothese B77 116mm2 67 Travée2 4 Hypothese EDS78 aster570 67 Travée2 1 Hypothese A78 aster570 67 Travée2 3 Hypothese B78 aster570 67 Travée2 4 Hypothese EDS


LIGNE 400 kV HASSI AMEUR-TOSYALI BETHIOUACompagnie de l' Engineering de L'Electricite et du Gaz <<CEEG. Spa>>

1001-KIM-RHT-2016-DET-HAMT





Condition Allowable % of Ultimate Actual % of Ultimate Allowable Tension (daN)

Load RS 31.7 1.1 0Load RS 31.7 0.9 0Initial RS 18 0.9 0Load RS 31.7 0.8 0Load RS 31.7 0.7 0Initial RS 18 0.7 0Load RS 31.7 1.5 0Load RS 31.7 1.1 0Initial RS 18 1 0Load RS 31.7 1.4 0Load RS 31.7 1.1 0Initial RS 18 1 0Load RS 31.7 14 0Load RS 31.7 13.9 0Initial RS 18 10.1 0Load RS 31.7 13.3 0Load RS 31.7 14.7 0Initial RS 18 10.5 0Load RS 31.7 15.5 0Load RS 31.7 12.3 0Initial RS 18 10.5 0Load RS 31.7 13.7 0Load RS 31.7 11.8 0Initial RS 18 10.3 0Load RS 31.7 18.4 0Load RS 31.7 15 0Initial RS 18 12.6 0Load RS 31.7 16.6 0Load RS 31.7 14.8 0Initial RS 18 12.7 0




Load RS 31.7 18.3 0Load RS 31.7 14.9 0Initial RS 18 12.6 0Load RS 31.7 16.6 0Load RS 31.7 14.6 0Initial RS 18 12.6 0Load RS 31.7 18.3 0Load RS 31.7 14.8 0Initial RS 18 12.5 0Load RS 31.7 16.5 0Load RS 31.7 14.5 0Initial RS 18 12.6 0Load RS 31.7 18.6 0Load RS 31.7 15.5 0Initial RS 18 12.9 0Load RS 31.7 13 0Load RS 31.7 10.8 0Initial RS 18 9.4 0Load RS 31.7 16.8 0Load RS 31.7 15.1 0Initial RS 18 12.9 0Load RS 31.7 18.3 0Load RS 31.7 14.7 0Initial RS 18 12.5 0Load RS 31.7 12.8 0Load RS 31.7 10.4 0Initial RS 18 9.1 0Load RS 31.7 16.5 0Load RS 31.7 14.4 0Initial RS 18 12.5 0Load RS 31.7 19.2 0Load RS 31.7 17 0Initial RS 18 13.6 0Load RS 31.7 13.3 0Load RS 31.7 11.5 0




Initial RS 18 9.7 0Load RS 31.7 17.7 0Load RS 31.7 17.1 0Initial RS 18 13.9 0Load RS 31.7 19.8 0Load RS 31.7 18.6 0Initial RS 18 14.3 0Load RS 31.7 13.5 0Load RS 31.7 12.2 0Initial RS 18 10.1 0Load RS 31.7 18.5 0Load RS 31.7 19 0Initial RS 18 14.7 0Load RS 31.7 20.2 0Load RS 31.7 16.7 0Initial RS 18 14 0Load RS 31.7 14.1 0Load RS 31.7 11.7 0Initial RS 18 10.2 0Load RS 31.7 18.2 0Load RS 31.7 16.3 0Initial RS 18 13.9 0Load RS 31.7 19.7 0Load RS 31.7 18.3 0Initial RS 18 14.3 0Load RS 31.7 13.5 0Load RS 31.7 12 0Initial RS 18 10 0Load RS 31.7 18.4 0Load RS 31.7 18.6 0Initial RS 18 14.6 0Load RS 31.7 22.2 0Load RS 31.7 19.8 0Initial RS 18 15.9 0Load RS 31.7 15.3 0




Load RS 31.7 13.3 0Initial RS 18 11.3 0Load RS 31.7 20.5 0Load RS 31.7 19.8 0Initial RS 18 16.2 0Load RS 31.7 12.7 0Load RS 31.7 10.4 0Initial RS 18 8.7 0Load RS 31.7 8.9 0Load RS 31.7 7.3 0Initial RS 18 6.3 0Load RS 31.7 11.5 0Load RS 31.7 10.3 0Initial RS 18 8.8 0Load RS 31.7 20.6 0Load RS 31.7 17.9 0Initial RS 18 14.6 0Load RS 31.7 14.3 0Load RS 31.7 12.2 0Initial RS 18 10.4 0Load RS 31.7 18.7 0Load RS 31.7 17.6 0Initial RS 18 14.6 0Load RS 31.7 19.5 0Load RS 31.7 17.8 0Initial RS 18 14 0Load RS 31.7 13.4 0Load RS 31.7 11.8 0Initial RS 18 9.9 0Load RS 31.7 18.1 0Load RS 31.7 18 0Initial RS 18 14.3 0Load RS 31.7 20.4 0Load RS 31.7 17.5 0Initial RS 18 14.3 0




Load RS 31.7 14.2 0Load RS 31.7 12.1 0Initial RS 18 10.4 0Load RS 31.7 18.5 0Load RS 31.7 17.2 0Initial RS 18 14.3 0Load RS 31.7 20.2 0Load RS 31.7 16.8 0Initial RS 18 14 0Load RS 31.7 14.1 0Load RS 31.7 11.7 0Initial RS 18 10.2 0Load RS 31.7 18.2 0Load RS 31.7 16.4 0Initial RS 18 14 0Load RS 31.7 18.7 0Load RS 31.7 15.7 0Initial RS 18 13 0Load RS 31.7 13 0Load RS 31.7 10.8 0Initial RS 18 9.4 0Load RS 31.7 17 0Load RS 31.7 15.5 0Initial RS 18 13.1 0Load RS 31.7 20.4 0Load RS 31.7 17.3 0Initial RS 18 14.3 0Load RS 31.7 14.2 0Load RS 31.7 11.9 0Initial RS 18 10.3 0Load RS 31.7 18.4 0Load RS 31.7 16.8 0Initial RS 18 14.2 0Load RS 31.7 20.6 0Load RS 31.7 17.8 0




Initial RS 18 14.5 0Load RS 31.7 14.3 0Load RS 31.7 12.2 0Initial RS 18 10.4 0Load RS 31.7 18.7 0Load RS 31.7 17.5 0Initial RS 18 14.5 0Load RS 31.7 18.9 0Load RS 31.7 16.3 0Initial RS 18 13.3 0Load RS 31.7 13.1 0Load RS 31.7 11.1 0Initial RS 18 9.5 0Load RS 31.7 17.4 0Load RS 31.7 16.3 0Initial RS 18 13.4 0Load RS 31.7 20.2 0Load RS 31.7 17 0Initial RS 18 14.1 0Load RS 31.7 14.1 0Load RS 31.7 11.7 0Initial RS 18 10.2 0Load RS 31.7 18.2 0Load RS 31.7 16.5 0Initial RS 18 14 0Load RS 31.7 21 0Load RS 31.7 19 0Initial RS 18 15.1 0Load RS 31.7 14.4 0Load RS 31.7 12.6 0Initial RS 18 10.6 0Load RS 31.7 19.2 0Load RS 31.7 18.7 0Initial RS 18 15.1 0Load RS 31.7 7 0




Load RS 31.7 6.3 0Initial RS 18 4.7 0Load RS 31.7 4.6 0Load RS 31.7 3.8 0Initial RS 18 3.2 0Load RS 31.7 6.1 0Load RS 31.7 5.8 0Initial RS 18 4.6 0Load RS 31.7 13.1 0Load RS 31.7 11.2 0Initial RS 18 9.1 0Load RS 31.7 11.7 0Load RS 31.7 10.8 0Initial RS 18 9 0Load RS 31.7 18.8 0Load RS 31.7 15.9 0Initial RS 18 13.2 0Load RS 31.7 17.1 0Load RS 31.7 15.6 0Initial RS 18 13.2 0Load RS 31.7 1.6 0Load RS 31.7 1.2 0Initial RS 18 1.1 0Load RS 31.7 1.2 0Load RS 31.7 0.9 0Initial RS 18 0.8 0Load RS 31.7 1.4 0Load RS 31.7 1.2 0Initial RS 18 1.1 0





Actual Tension (daN) Allowable Catenary (m) Actual Catenary (m)

111.1 0 63.1 3.5 OK 94.6 0 64.7 3 OK 91.1 0 63.1 5.1 OK *153.8 0 51.4 2.6 OK 130 0 52.2 2.2 OK

124.1 0 51.4 3.7 OK *152.3 0 118.9 4.8 OK 110.6 0 121.1 3.5 OK 99.8 0 118.9 5.5 OK *252.2 0 103.6 4.3 OK 201.4 0 105.3 3.4 OK 188.3 0 103.5 5.6 OK *1403.3 0 1156.6 44.3 OK 1386.5 0 1609.1 43.8 OK 1006.3 0 1272.8 55.9 OK *2461.5 0 1112.7 41.9 OK 2720.4 0 1581.2 46.4 OK 1951.9 0 1198.2 58.5 OK *1552.7 0 1269.4 49 OK 1231.7 0 1418.2 38.9 OK 1050 0 1316.9 58.3 OK *

2534.5 0 1131.2 43.2 OK 2184.3 0 1253.4 37.2 OK 1913.3 0 1158.4 57.4 OK *1835 0 1504.3 57.9 OK

1498.1 0 1730.2 47.3 OK 1259.5 0 1584.9 70 OK *3084.8 0 1385.2 52.6 OK 2739.7 0 1582.7 46.7 OK 2353.6 0 1435.5 70.6 OK *

% of Allowable Capacity

OK or NG.




1833 0 1501.6 57.9 OK 1491 0 1720.7 47.1 OK

1256.3 0 1579.4 69.8 OK *3069.4 0 1376.7 52.3 OK 2705.9 0 1561.2 46.1 OK 2337.4 0 1423.6 70.1 OK *1829.3 0 1498.3 57.8 OK 1483.8 0 1712 46.9 OK 1252.9 0 1574.9 69.6 OK *3060.7 0 1372.4 52.2 OK 2689.3 0 1551.2 45.8 OK 2328.5 0 1417.9 69.8 OK *1863.2 0 1517.6 58.8 OK 1546.3 0 1770.2 48.8 OK 1291.1 0 1607.5 71.7 OK *1367.9 0 1464.1 41.2 OK 1129.8 0 1643.5 34 OK

983 0 1537.2 52 OK *3113.1 0 1395.2 53 OK 2789.4 0 1607.7 47.5 OK 2382.9 0 1449.3 71.4 OK *1825.1 0 1493.2 57.6 OK 1472.1 0 1696.5 46.5 OK 1247.3 0 1565.8 69.3 OK *1346.8 0 1448.7 40.5 OK 1090.1 0 1597.3 32.8 OK 957.2 0 1509.9 50.7 OK *3054.9 0 1369.2 52.1 OK 2676.5 0 1543.3 45.6 OK 2322.4 0 1413.6 69.6 OK *1920.7 0 1576 60.7 OK 1702 0 1966.3 53.7 OK

1361.8 0 1713.3 75.7 OK *1394 0 1503.9 42 OK

1205.9 0 1771.4 36.3 OK




1020.1 0 1612.6 54 OK *3287.6 0 1478.1 56 OK 3172.3 0 1834 54.1 OK 2570.3 0 1568.1 77 OK *1975.4 0 1626 62.4 OK 1856.9 0 2152.6 58.6 OK 1433.6 0 1810.9 79.6 OK *1418.9 0 1535.8 42.7 OK 1278.4 0 1884.8 38.5 OK 1056.6 0 1677.2 55.9 OK *3425.4 0 1545.9 58.4 OK 3516.6 0 2040.9 59.9 OK 2728.9 0 1672.4 81.8 OK *2015.7 0 1650.5 63.7 OK 1674.2 0 1931 52.9 OK 1397.9 0 1756 77.7 OK *1480.8 0 1594 44.6 OK 1224.8 0 1796.1 36.9 OK 1065.2 0 1681.2 56.4 OK *3365.8 0 1508.9 57.3 OK 3024.7 0 1744.3 51.5 OK 2583.9 0 1572.6 77.5 OK *1969.9 0 1617.5 62.2 OK 1833.8 0 2120.2 57.9 OK 1425.1 0 1794.2 79.2 OK *1415.5 0 1527.7 42.6 OK 1262.1 0 1854.8 38 OK 1049.7 0 1660.1 55.6 OK *3401.2 0 1531.5 58 OK 3443.8 0 1994.3 58.7 OK 2698.3 0 1649.2 80.9 OK *2218 0 1820.7 70 OK

1978.8 0 2289.2 62.5 OK 1590.1 0 2004 88.3 OK *1608.5 0 1735.5 48.4 OK




1394.2 0 2050.4 42 OK 1185.2 0 1876.3 62.8 OK *3798.2 0 1709 64.7 OK 3674.6 0 2125.8 62.6 OK 2994.1 0 1828.4 89.8 OK *1270.9 0 1026.9 40.1 OK 1040.4 0 1179.6 32.9 OK 867.3 0 1067.3 48.2 OK *934.6 0 992 28.1 OK 765.7 0 1102.6 23 OK 663.9 0 1026 35.2 OK *2133.4 0 942.3 36.4 OK 1904.6 0 1079.6 32.5 OK 1622.1 0 967.5 48.6 OK *2060.4 0 1691.7 65.1 OK 1790.9 0 2071.2 56.6 OK 1455.4 0 1833.6 80.9 OK *1500.8 0 1619.7 45.2 OK 1279.1 0 1880.6 38.5 OK 1094.1 0 1731.6 57.9 OK *3469.3 0 1561.4 59.1 OK 3257.3 0 1885.7 55.5 OK 2697.7 0 1648.8 80.9 OK *1948.2 0 1602.6 61.5 OK 1779.5 0 2061.7 56.2 OK 1397 0 1763.6 77.6 OK *

1404.3 0 1518.9 42.3 OK 1238.5 0 1824.8 37.3 OK 1035.6 0 1642.9 54.8 OK *3352.9 0 1512 57.1 OK 3336.4 0 1935 56.8 OK 2644.1 0 1619.2 79.3 OK *2043.2 0 1676.6 64.5 OK 1745.1 0 2017 55.1 OK 1433 0 1804.4 79.6 OK *




1494.9 0 1613.3 45 OK 1265 0 1859.6 38.1 OK

1086.4 0 1719.3 57.5 OK *3433.3 0 1544.5 58.5 OK 3179.1 0 1839.6 54.2 OK 2658.1 0 1623.9 79.7 OK *2019.4 0 1652.9 63.8 OK 1682.2 0 1939.2 53.1 OK 1402.9 0 1761 77.9 OK *1483.5 0 1596.3 44.6 OK 1230.5 0 1803.3 37 OK 1068.9 0 1685.8 56.6 OK *3375.8 0 1512.6 57.5 OK 3044 0 1754.3 51.9 OK

2594.7 0 1577.9 77.8 OK *1868.7 0 1530.1 59 OK 1569.5 0 1810.1 49.6 OK 1297.5 0 1629.4 72.1 OK *1366.8 0 1471.1 41.1 OK 1135.7 0 1665 34.2 OK 982.5 0 1550.1 52 OK *3154 0 1414.2 53.7 OK

2871.4 0 1656.1 48.9 OK 2424.6 0 1475.5 72.7 OK *2036.9 0 1668.1 64.3 OK 1726.2 0 1989.9 54.5 OK 1425.2 0 1789 79.2 OK *1489.9 0 1603.7 44.8 OK 1247.3 0 1827.7 37.5 OK 1078.4 0 1700.5 57.1 OK *3409.9 0 1529.9 58.1 OK 3120 0 1799.8 53.2 OK

2632.6 0 1602.7 78.9 OK *2058.3 0 1688.5 65 OK 1784.5 0 2059.5 56.4 OK




1454.2 0 1827.7 80.8 OK *1499.5 0 1617.2 45.1 OK 1276.3 0 1873 38.4 OK 1093.5 0 1727.1 57.9 OK *3464.6 0 1556.9 59 OK 3245.9 0 1873.7 55.3 OK 2695.7 0 1642.4 80.8 OK *1893.6 0 1553.8 59.8 OK 1634.2 0 1889.6 51.6 OK 1327.5 0 1672.2 73.7 OK *1378.4 0 1486.8 41.5 OK 1166.7 0 1715.4 35.1 OK 997.9 0 1579.4 52.8 OK *3217.6 0 1445.7 54.8 OK 3012.6 0 1741.9 51.3 OK 2492.4 0 1521 74.7 OK *2023.5 0 1659.8 63.9 OK 1697.8 0 1961.8 53.6 OK 1408.8 0 1773.5 78.3 OK *1481.3 0 1597.3 44.6 OK 1229.8 0 1806.7 37 OK 1067.1 0 1687.7 56.5 OK *3379.2 0 1518 57.6 OK 3060.6 0 1768.5 52.1 OK 2599.8 0 1585.9 77.9 OK *2100.2 0 1725.7 66.3 OK 1897.4 0 2195.6 59.9 OK 1507.9 0 1900.9 83.8 OK *1515.9 0 1637.4 45.6 OK 1321.5 0 1944.1 39.8 OK 1116.9 0 1768.9 59.1 OK *3563.4 0 1603.3 60.7 OK 3469.6 0 2007.4 59.1 OK 2804.8 0 1712.9 84.1 OK *695.2 0 568.5 22 OK




625.3 0 718.7 19.7 OK 472.5 0 590.3 26.3 OK *478.3 0 513 14.4 OK 393.9 0 574.1 11.9 OK 334.5 0 523.9 17.7 OK *1136.5 0 508.1 19.4 OK 1076.4 0 618 18.3 OK

858 0 518.9 25.7 OK *1307.1 0 1060.3 41.3 OK 1122.6 0 1276.4 35.5 OK 905.4 0 1117.1 50.3 OK *2176.9 0 971.9 37.1 OK 2010.5 0 1152.8 34.3 OK 1663.4 0 1005.1 49.9 OK *1883.9 0 1530.5 59.5 OK 1588.2 0 1811 50.2 OK 1315.7 0 1629.9 73.1 OK *3168.2 0 1413.6 54 OK 2889.4 0 1656.1 49.2 OK 2441.6 0 1475.2 73.2 OK *162.2 0 120.4 5.1 OK 122.5 0 123.7 3.9 OK 111.3 0 120.7 6.2 OK *122.6 0 119 3.7 OK 94.8 0 121.4 2.9 OK 87.3 0 118.9 4.6 OK *265.7 0 105 4.5 OK 217.7 0 107.5 3.7 OK 203.7 0 105.1 6.1 OK *

Structure Locations and Usage Report

MARCHE :NOM DE LA LIGNE : LIGNE 400 kV HASSI AMEUR-TOSYALI BETHIOUACLIENT : Compagnie de l' Engineering de L'Electricite et du Gaz <<CEEG. Spa>>CONSTRUCTEUR :REFERENCE DU PROFILE : 1001-KIM-RHT-2016-DET-HAMT

Structure Number Structure Name Station (m) Line Angle (deg) Constraints Req Pos Constraints Extra Cost Structure Strength Usage (%) Insulator Swing Usage (%) Pole Tip Deflection Usage (%) Minimum Required Vertical Load (Uplift)

Travée1 travee 0 0 0 24.8 0 0 OK

1 d2+9+2 43.13 12.31 Y 0 13.9 0 0 OK

2 d2+12+2 117.45 -32.42 Y 0 25.5 0 0 OK

3 d2+12+2 309.11 -55.37 Y 0 53.9 0 0 OK

4 d2+9+2 680.09 48.35 Y 0 64.2 0 0 OK

5 d2+9+2 1079.76 -19.32 Y 0 66.9 0 0 OK

6 d2+9+2 1483.38 -10.11 Y 0 71.2 0 0 OK

7 d2+9+2 1890.68 -28.67 Y 0 72.2 0 0 OK

8 scg+9+3.0p.tow 2275.68 0 0 33.8 0 0 OK

9 lt+6+3.0.tow 2695.68 0 0 49.3 54.5 0 OK

10 lt+6+3.0.tow 3120.68 0 0 48.8 54.2 0 OK

11 scg+4.5+3.0.tow 3517.12 14.57 Y 0 35 0 0 OK

12 scg+9+6.0p.tow 3847.12 0 0 66.1 0 0 OK

13 scg+9+6.0p.tow 4145.42 14.25 Y 0 66.2 0 0 OK

14 lt+0+6.0.tow 4575.43 0 0 66.2 79 0 OK

15 lt0-le90.tow 5005.43 0 0 61.3 53.5 0 OK

16 lt0-le75.tow 5435.43 0 0 60.8 53.2 0 OK

17 lt+6+3.0.tow 5845.44 0 0 50 67.8 0 OK

18 sch+0+7.5p.tow 6222.31 28.81 Y 0 44.2 0 0 OK

19 lt+0+3.0.tow 6512.31 0 0 64.7 59.3 0 OK

20 sch+0+7.5p.tow 6829.46 -29.03 Y 0 47.6 0 0 OK

21 lt+6+6.tow 7264.46 0 0 52.9 54.2 0 OK

22 lt+6+6.tow 7654.46 0 0 51.2 50.7 0 OK

23 lt+0+3.0.tow 7999.46 0 0 64.9 62.3 0 OK

24 lt+0+3.0.tow 8344.46 0 0 65.1 67 0 OK

25 sch+9+7.5.tow 8709.27 -31.25 Y 0 48.9 0 0 OK

26 hts.tow 8899.26 0 0 91.8 33.1 0 OK

27 sch+0+6p.tow 9199.11 31.46 Y 0 46.6 0 0 OK

28 lt+0+3.0.tow 9569.11 0 0 65.8 58.6 0 OK

29 lt+0.tow 9939.11 0 0 65.7 55.6 0 OK

30 lt+0+6.0.tow 10319.11 0 0 65.9 53.6 0 OK

31 sch+0+7.5p.tow 10700.43 -40.71 Y 0 56.2 0 0 OK

32 sch+0.tow 11013.52 44.24 Y 0 59.1 0 0 OK

33 lt+0.tow 11398.51 0 0 66.2 55.7 0 OK

34 lt+0.tow 11788.51 0 0 66.2 54.8 0 OK

35 sch+0+6p.tow 12175.14 37.31 Y 0 54 0 0 OK

36 lt+6+3.0.tow 12565.13 0 0 49 53.2 0 OK

37 lt+0+6.0.tow 12890.13 0 0 65.7 56.5 0 OK

38 lt+6.tow 13320.13 0 0 51.3 53.7 0 OK

39 lt+6+3.0.tow 13740.13 0 0 51.3 56.4 0 OK

40 lt+6+6.tow 14175.13 0 0 51.6 53.9 0 OK

41 lt+6+3.0.tow 14605.13 0 0 51.3 58.5 0 OK

42 lt+0+3.0.tow 15030.13 0 0 67.1 52.3 0 OK

43 sch+0+6p.tow 15449.56 45.05 Y 0 58 0 0 OK

44 lt+0+3.0.tow 15649.56 0 0 63.7 86 0 OK

45 lt+6+3.0.tow 16029.56 0 0 48.4 54 0 OK

46 lt+6+3.0.tow 16419.56 0 0 48.9 52.5 0 OK

47 sch+0+7.5p.tow 16828.38 -36 Y 0 51.6 0 0 OK

48 lt+6+3.0.tow 17203.37 0 0 50.4 54 0 OK

49 lt+6+3.0.tow 17618.37 0 0 51.1 51 0 OK

50 lt+6+3.0.tow 18028.37 0 0 50.6 50.6 0 OK

51 scg+0.tow 18418.94 -19.8 Y 0 43 0 0 OK

52 lt+0+6.0.tow 18818.94 0 0 65.8 73.6 0 OK

53 lt0-le75.tow 19218.94 0 0 59.6 68.1 0 OK

54 lt+0.tow 19618.94 0 0 65.7 77.5 0 OK

55 lt+0.tow 20018.94 0 0 66.2 56.1 0 OK

56 lt+0+3.0.tow 20418.94 0 0 65.2 72.5 0 OK

57 lt0-le75.tow 20713.94 0 0 56.6 93.3 0 OK

58 scg+0+7.5p.tow 21005.83 -17.48 Y 0 37.1 0 0 OK

59 lt+6+3.0.tow 21395.82 0 0 47.5 51.7 0 OK

60 lt+0+3.0.tow 21715.82 0 0 64.3 69.4 0 OK

61 scg+0.tow 22039.41 -5.44 Y 0 34.2 0 0 OK

62 scg+9.tow 22447.84 -17.82 Y 0 41.3 0 0 OK

63 lt+0+3.0.tow 22797.84 0 0 64.8 72.5 0 OK

64 sch+4.5+7.5p.tow 23148.59 -32.35 Y 0 67.1 0 0 OK

65 sch+9.tow 23265.45 -43.1 Y 0 40.6 0 0 OK

66 d2+12+2 23507.47 17.54 Y 0 90.2 0 0 OK

67 sch+9+7.5.tow 23880.11 -4.5 Y 0 57.2 0 0 OK

Travée2 travee 23946.11 0 0 34.5 0 0 OK

Constraints Prohib Zone

Wind & Weight Span Report



LC # WC # Weather Case Description Cable1 1 Hypothese A Load RS2 2 Hypothese AV/2 Load RS3 3 Hypothese B Load RS4 4 Hypothese EDS Creep RS5 8 Hypothèse Repartion 400Kv 75° Creep RS

Heaviest Cable Wind & Weight Spans

Str. No. Station (m) R e q Structure File Name

Travée1 0 N travee 01 43.13 Y d2+9+2 12.312 117.45 Y d2+12+2 -32.423 309.11 Y d2+12+2 -55.374 680.09 Y d2+9+2 48.355 1079.76 Y d2+9+2 -19.326 1483.38 Y d2+9+2 -10.117 1890.68 Y d2+9+2 -28.678 2275.68 N scg+9+3.0p.tow 09 2695.68 N lt+6+3.0.tow 010 3120.68 N lt+6+3.0.tow 011 3517.12 Y scg+4.5+3.0.tow 14.5712 3847.12 N scg+9+6.0p.tow 013 4145.42 Y scg+9+6.0p.tow 14.2514 4575.43 N lt+0+6.0.tow 015 5005.43 N lt0-le90.tow 016 5435.43 N lt0-le75.tow 017 5845.44 N lt+6+3.0.tow 018 6222.31 Y sch+0+7.5p.tow 28.81

Line Angle (deg)



19 6512.31 N lt+0+3.0.tow 020 6829.46 Y sch+0+7.5p.tow -29.0321 7264.46 N lt+6+6.tow 022 7654.46 N lt+6+6.tow 023 7999.46 N lt+0+3.0.tow 024 8344.46 N lt+0+3.0.tow 025 8709.27 Y sch+9+7.5.tow -31.2526 8899.26 N hts.tow 027 9199.11 Y sch+0+6p.tow 31.4628 9569.11 N lt+0+3.0.tow 029 9939.11 N lt+0.tow 030 10319.11 N lt+0+6.0.tow 031 10700.43 Y sch+0+7.5p.tow -40.7132 11013.52 Y sch+0.tow 44.2433 11398.51 N lt+0.tow 034 11788.51 N lt+0.tow 035 12175.14 Y sch+0+6p.tow 37.3136 12565.13 N lt+6+3.0.tow 037 12890.13 N lt+0+6.0.tow 038 13320.13 N lt+6.tow 039 13740.13 N lt+6+3.0.tow 040 14175.13 N lt+6+6.tow 041 14605.13 N lt+6+3.0.tow 042 15030.13 N lt+0+3.0.tow 043 15449.56 Y sch+0+6p.tow 45.0544 15649.56 N lt+0+3.0.tow 045 16029.56 N lt+6+3.0.tow 046 16419.56 N lt+6+3.0.tow 047 16828.38 Y sch+0+7.5p.tow -3648 17203.37 N lt+6+3.0.tow 049 17618.37 N lt+6+3.0.tow 050 18028.37 N lt+6+3.0.tow 051 18418.94 Y scg+0.tow -19.852 18818.94 N lt+0+6.0.tow 0



53 19218.94 N lt0-le75.tow 054 19618.94 N lt+0.tow 055 20018.94 N lt+0.tow 056 20418.94 N lt+0+3.0.tow 057 20713.94 N lt0-le75.tow 058 21005.83 Y scg+0+7.5p.tow -17.4859 21395.82 N lt+6+3.0.tow 060 21715.82 N lt+0+3.0.tow 061 22039.41 Y scg+0.tow -5.4462 22447.84 Y scg+9.tow -17.8263 22797.84 N lt+0+3.0.tow 064 23148.59 Y sch+4.5+7.5p.tow -32.3565 23265.45 Y sch+9.tow -43.166 23507.47 Y d2+12+2 17.5467 23880.11 Y sch+9+7.5.tow -4.5

Travée2 23946.11 N travee 0






Extra Cost Wind Span (m)

0 25 -13 -8 -7 -60 62 83 81 81 800 133 153 150 149 1490 281 323 316 318 3130 385 346 353 351 3570 402 393 394 394 3950 405 427 424 424 4220 396 433 427 430 4240 403 351 360 356 3650 423 430 429 429 4280 411 420 419 419 4180 363 295 306 298 3130 314 361 353 358 3490 364 400 395 399 3920 430 380 389 385 3930 430 431 431 430 4310 420 436 433 434 4320 393 450 441 444 4360 334 343 342 347 341

Weight Span LC# 1 (m)






1001-KIM-RHT-2016-DET-HAMT0 304 314 312 314 3110 376 324 332 323 3370 413 436 433 435 4310 368 406 400 405 3970 345 287 296 289 3020 355 283 294 285 3010 278 220 232 231 2370 246 501 457 474 4340 336 225 245 238 2550 370 353 356 354 3580 375 366 368 367 3690 381 406 402 404 4000 347 352 351 352 3510 349 331 334 331 3360 387 390 390 390 3900 388 403 401 402 4000 388 355 360 358 3640 358 387 382 384 3800 378 361 364 363 3660 425 436 435 435 4340 428 411 413 412 4150 433 442 441 441 4400 428 390 396 393 4000 422 461 455 457 4520 310 410 394 401 3840 290 155 177 167 1900 385 392 391 391 3910 399 437 431 434 4280 392 350 357 353 3610 395 419 416 417 4130 413 454 447 450 4440 400 448 440 444 4360 395 339 349 344 3540 400 424 421 423 419



1001-KIM-RHT-2016-DET-HAMT0 400 401 401 401 4010 400 393 394 393 3950 400 387 389 388 3910 348 461 443 454 4330 294 198 213 204 2220 341 332 333 332 3340 355 387 382 385 3790 322 232 246 237 2550 366 397 392 396 3890 379 456 444 453 4370 350 251 266 253 2760 234 223 226 224 2270 180 135 142 139 1460 308 541 503 522 4810 221 133 147 136 1560 35 -9 -1 -1 2





Comment

-580148310360397420421371428418323343387399432431430337




1001-KIM-RHT-2016-DET-HAMT310347428392311312241407267360370397350339390398368377368433418440405448373206391424366411439431361416


1001-KIM-RHT-2016-DET-HAMT4023973934182353363752673864272912291514541713

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