MOU MOU P Power Output k W Q

MOU

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��������� P = Power Output (k. W( Q = Flow rate (m 3/s( H = Net Head (m(. T = Turbine Efficiency (��� Hill Chart( G = Generator Efficiency (0. 965( Power Output = Turbine Output x Generator Efficiency Turbine Output = Power Output 0. 965 Q = Turbine Output 9. 81 T H

Hill Chart ��� Turbine ������� Guide vane angle Runner Blade angle 6250 Operating range

����� hill chart �������� Curve fitting Turbine Output (k. W) Net Head (m) Flow rate (m 3/s) 2000 4. 5000000 52. 3015873 2000 5. 0000000 46. 3492063 2000 5. 5000000 41. 7460317 3000 5. 0000000 70. 0000000 3000 5. 5000000 61. 7798783 3000 6. 0000000 55. 8730159 4000 6. 5000000 68. 4126984 4000 7. 0000000 62. 8412698 4000 7. 5000000 58. 1746032 5000 7. 5000000 73. 2698413 5000 8. 0000000 68. 2063492 5000 8. 5000000 63. 9682540 6000 9. 0000000 72. 4603175 6000 9. 5000000 68. 4126984 6000 10. 0000000 64. 7619048 ���� : ������������ Fit Curve ����� 45 �����

����� Data fit 9 ������������� Net Y= a+b/x 1+c*x 2+d/x 1^2+e*x 2^2+f*x 2/x 1+g/x 1^3+h*x 2^3+i*x 2^2/x 1+j*x 2/x 1^2 Flow Rate Flow rate (m 3/s( Turbine Output (k. W( Net Head (m(. a -3. 088890017 b 136. 568568250031 c 2. 25926746613206 E-03 d -708. 24138949348 e 4. 2917754000742 E-02 f 4. 01536858524052 E-02 g 979. 380491863015 h -1. 68836271460192 E-11 i 2. 78809569952317 E-06 j 0. 249652810538439

���������������� Turbine Reservoir Water Level Tail Water Level Net Head loss (0. 29 m(. Power Output (k. W( Turbine Output Generator Efficiency Correcting Coefficient of total head loss PLC

DATA COMMUNICATION