fm_cong.lst

这是一个很适合研究和学习用的电力系统仿真软件

        1       Pseq(1)

DPGdw(2)
                (.LO, .L, .UP = 0, 0, 0)
        1       Pseq(2)

DPGdw(3)
                (.LO, .L, .UP = 0, 0, 0.76)
      -15.001   cost
        1       Pseq(3)

REMAINING 29 ENTRIES SKIPPED

---- DPDup  

DPDup(1)
                (.LO, .L, .UP = 0, 0, 1.4256)
      -20       cost
       -1       Pdeq(1)

DPDup(2)
                (.LO, .L, .UP = 0, 0, 1.2804)
      -20       cost
       -1       Pdeq(2)

DPDup(3)
                (.LO, .L, .UP = 0, 0, 2.376)
      -20       cost
       -1       Pdeq(3)

REMAINING 14 ENTRIES SKIPPED

---- DPDdw  

DPDdw(1)
                (.LO, .L, .UP = 0, 0, 1.4256)
      -22       cost
        1       Pdeq(1)

DPDdw(2)
                (.LO, .L, .UP = 0, 0, 1.2804)
GAMS Rev 141  Intel /Linux                                                                        07/05/05 16:56:52 Page 14
GAMS/PSAT interface for solving the electricty market problem
Column Listing      SOLVE market Using NLP From line 1546


     DPDdw  

      -22       cost
        1       Pdeq(2)

DPDdw(3)
                (.LO, .L, .UP = 0, 0, 2.376)
      -22       cost
        1       Pdeq(3)

REMAINING 14 ENTRIES SKIPPED

---- Vc  

Vc(1)
                (.LO, .L, .UP = 0.95, 1, 1.05)
     (-17.0119) Pceq(1)
      (13.0019) Pceq(2)
       (1.1474) Pceq(3)
       (2.8626) Pceq(5)
     (-84.5033) Qceq(1)
      (69.5104) Qceq(2)
       (4.4382) Qceq(3)
      (11.0958) Qceq(5)
      (69.2799) Pijceq(1)
       (4.4096) Pijceq(2)
      (11.0844) Pijceq(3)
     (-69.5104) Pjiceq(1)
      (-4.4382) Pjiceq(2)
     (-11.0958) Pjiceq(3)

Vc(2)
                (.LO, .L, .UP = 0.95, 1, 1.05)
      (13.0019) Pceq(1)
     (-16.1804) Pceq(2)
       (1.9149) Pceq(4)
       (1.2635) Pceq(6)
      (69.5104) Qceq(1)
     (-81.2412) Qceq(2)
       (7.3969) Qceq(4)
       (4.8813) Qceq(6)
     (-69.5104) Pijceq(1)
       (7.3798) Pijceq(4)
       (4.8553) Pijceq(5)
      (69.2799) Pjiceq(1)
      (-7.3969) Pjiceq(4)
      (-4.8813) Pjiceq(5)

Vc(3)
                (.LO, .L, .UP = 0.95, 1, 1.05)
       (1.1474) Pceq(1)
      (-3.5074) Pceq(3)
       (2.0384) Pceq(9)
GAMS Rev 141  Intel /Linux                                                                        07/05/05 16:56:52 Page 15
GAMS/PSAT interface for solving the electricty market problem
Column Listing      SOLVE market Using NLP From line 1546


     Vc  

       (0.3314) Pceq(24)
       (4.4382) Qceq(1)
     (-23.9559) Qceq(3)
       (7.8758) Qceq(9)
      (12.0886) Qceq(24)
      (-4.4382) Pijceq(2)
      (-7.8758) Pijceq(6)
       (0)      Pijceq(7)
       (4.4096) Pjiceq(2)
       (7.8597) Pjiceq(6)
       (0)      Pjiceq(7)

REMAINING 21 ENTRIES SKIPPED

---- ac  

ac(1)
                (.LO, .L, .UP = -3.1416, 0, 3.1416)
     (-85.0445) Pceq(1)
      (69.5104) Pceq(2)
       (4.4382) Pceq(3)
      (11.0958) Pceq(5)
      (17.0119) Qceq(1)
     (-13.0019) Qceq(2)
      (-1.1474) Qceq(3)
      (-2.8626) Qceq(5)
     (-13.0019) Pijceq(1)
      (-1.1474) Pijceq(2)
      (-2.8626) Pijceq(3)
      (13.0019) Pjiceq(1)
       (1.1474) Pjiceq(2)
       (2.8626) Pjiceq(3)

ac(2)
                (.LO, .L, .UP = -3.1416, 0, 3.1416)
      (69.5104) Pceq(1)
     (-81.7886) Pceq(2)
       (7.3969) Pceq(4)
       (4.8813) Pceq(6)
     (-13.0019) Qceq(1)
      (16.1804) Qceq(2)
      (-1.9149) Qceq(4)
      (-1.2635) Qceq(6)
      (13.0019) Pijceq(1)
      (-1.9149) Pijceq(4)
      (-1.2635) Pijceq(5)
     (-13.0019) Pjiceq(1)
       (1.9149) Pjiceq(4)
       (1.2635) Pjiceq(5)

ac(3)
GAMS Rev 141  Intel /Linux                                                                        07/05/05 16:56:52 Page 16
GAMS/PSAT interface for solving the electricty market problem
Column Listing      SOLVE market Using NLP From line 1546


     ac  

                (.LO, .L, .UP = -3.1416, 0, 3.1416)
       (4.4382) Pceq(1)
     (-24.4026) Pceq(3)
       (7.8758) Pceq(9)
      (12.0886) Pceq(24)
      (-1.1474) Qceq(1)
       (3.5172) Qceq(3)
      (-2.0384) Qceq(9)
      (-0.3314) Qceq(24)
       (1.1474) Pijceq(2)
       (2.0384) Pijceq(6)
       (0)      Pijceq(7)
      (-1.1474) Pjiceq(2)
      (-2.0384) Pjiceq(6)
       (0)      Pjiceq(7)

REMAINING 21 ENTRIES SKIPPED

---- Qgc  

Qgc(1)
                (.LO, .L, .UP = -0.5, 0, 0.8)
        1       Qceq(1)

Qgc(2)
                (.LO, .L, .UP = -0.5, 0, 0.8)
        1       Qceq(2)

Qgc(3)
                (.LO, .L, .UP = 0, 0, 0)
        1       Qceq(3)

REMAINING 21 ENTRIES SKIPPED

---- kg  

kg
                (.LO, .L, .UP = -1, 0, 1)
       (0)      Pceq(1)
       (0)      Pceq(2)
       (0)      Pceq(15)


---- lambdac  

lambdac
                (.LO, .L, .UP = 0.6125, 0.6125, 0.8)
      (-0.756)  Pceq(1)
      (-0.6784) Pceq(2)
      (-1.26)   Pceq(3)
      (-0.5181) Pceq(4)
GAMS Rev 141  Intel /Linux                                                                        07/05/05 16:56:52 Page 17
GAMS/PSAT interface for solving the electricty market problem
Column Listing      SOLVE market Using NLP From line 1546


     lambdac  

      (-0.4971) Pceq(5)
      (-0.9522) Pceq(6)
      (-0.8751) Pceq(7)
      (-1.197)  Pceq(8)
      (-1.2252) Pceq(9)
      (-1.365)  Pceq(10)
      (-1.8552) Pceq(13)
      (-1.3581) Pceq(14)
      (-2.2191) Pceq(15)
      (-0.7002) Pceq(16)
      (-2.331)  Pceq(18)
      (-1.2672) Pceq(19)
      (-0.8961) Pceq(20)
      (-0.154)  Qceq(1)
      (-0.1399) Qceq(2)
      (-0.259)  Qceq(3)
      (-0.105)  Qceq(4)
      (-0.098)  Qceq(5)
      (-0.196)  Qceq(6)
      (-0.175)  Qceq(7)
      (-0.245)  Qceq(8)
      (-0.252)  Qceq(9)
      (-0.28)   Qceq(10)
      (-0.378)  Qceq(13)
      (-0.273)  Qceq(14)
      (-0.4061) Qceq(15)
      (-0.14)   Qceq(16)
      (-0.476)  Qceq(18)
      (-0.259)  Qceq(19)
      (-0.182)  Qceq(20)

GAMS Rev 141  Intel /Linux                                                                        07/05/05 16:56:52 Page 18
GAMS/PSAT interface for solving the electricty market problem
Model Statistics    SOLVE market Using NLP From line 1546


MODEL STATISTICS

BLOCKS OF EQUATIONS      13     SINGLE EQUATIONS      300
BLOCKS OF VARIABLES      19     SINGLE VARIABLES      446
NON ZERO ELEMENTS      1920     NON LINEAR N-Z       1424
DERIVATIVE POOL          23     CONSTANT POOL         219
CODE LENGTH           36282


GENERATION TIME      =        0.048 SECONDS    3.8 Mb  LNX216-141 Jan 24, 2005


EXECUTION TIME       =        0.050 SECONDS    3.8 Mb  LNX216-141 Jan 24, 2005
GAMS Rev 141  Intel /Linux                                                                        07/05/05 16:56:52 Page 19
GAMS/PSAT interface for solving the electricty market problem
Solution Report     SOLVE market Using NLP From line 1546


               S O L V E      S U M M A R Y

     MODEL   market              OBJECTIVE  obj
     TYPE    NLP                 DIRECTION  MINIMIZE
     SOLVER  MINOS               FROM LINE  1546

**** SOLVER STATUS     1 NORMAL COMPLETION         
**** MODEL STATUS      2 LOCALLY OPTIMAL           
**** OBJECTIVE VALUE              243.8439

 RESOURCE USAGE, LIMIT          0.260      1000.000
 ITERATION COUNT, LIMIT         0         50000
 EVALUATION ERRORS              0             0
 
MINOS-Link    Jan 26, 2005 LNX.M5.M5 21.6 033.053.041.LXI GAMS/MINOS 5.51  
M I N O S  5.51     (Jun 2004)

    GAMS/MINOS 5.51, Large Scale Nonlinear Solver
    B. A. Murtagh, University of New South Wales
    P. E. Gill, University of California at San Diego,
    W. Murray, M. A. Saunders, and M. H. Wright,
    Systems Optimization Laboratory, Stanford University


 Work space allocated           --    1.55 Mb

 EXIT - Optimal Solution found, objective:        243.8439    
 
 Major, Minor Iterations     7       0
 Funobj, Funcon calls      190     190
 Superbasics                 2
 Aggregations                0
 Interpreter Usage        0.20    76.9%
 

**** ERRORS/WARNINGS IN EQUATION Pijeq(7)